Industrial Project Report

January’2013

Happy New Year

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TOXIN FREE PAN MASALA, TOBACCO LESS GUTKHA AND ZARDA INTRODUCTION Now and in the upcoming time toxin free Panmasala, tobacco less gutkhaless tobacco Zarda demand is growing day by days are very common common food products. products. Generally they are taken by the peoplesof all age group group after their meals. Panmasala tobacco is the refined tobacco with catechu, chuna, flavouring agents and perfumery compounds etc. It refreshens the mouth and gives the feeling of cold in throat when taken in small amount. Panmasala tobacco is chewed either with pan or directly without any other thing. Zarda of various grades, specified by different numbers, constitutes different proportions of zarda in tobacco. The higher the grade number of zarda panmasala, the higher it will contain zarda content. Zarda if taken in high dose is injurious to health and gives the feeling of laziness and unconsciousness. unconsciousness. Kimam is the sweetened masala, usually taken by peoples who are not in regular routine of of chewing tobacco. It is generally a mouth freshner and believed believed to increase appetite by improving digestion system. CHEWING TOBACCO

Chewing tobacco is cultivated in almost every state of the Indian Union. The important growing states are Chennai, Chennai, Bihar, West Bengal, Beng al, Punjab Pu njab and U.P U.P.. Generally Gener ally the same variety is consumed in a number of forms. Thus the disvariety (N. Tobacco) in Bihar is used used both for hookah and and chewing. chewing. The best middle leaves of Jati (N-tobacco and motihari motihari M. Vasa Vasatica) tica) with with a brown colour thick texture texture and pungent taste taste are used. In Bengal for chewing while the rest of the leaves are are used for hookah. The desi tobacco grown around Biswan in sitapur district is considered, suitable for chewing though it is also used to some extent for hookah. PRODUCT USE

They are used in pan making or is consumed without pan ie., chewing the product. It is a very important ingredient of pan as it enhances the taste of all other ingredients of pan and also provides desired taste and freshness to the consumer consumer.. As already specified it is consumed after meals generally but its increasing practice has made it very common. It is used as freshner and it is believed to improve appetite by improving functioning of digestive systems. Tobacco if taken taken regularly in high dose, makes the person lazy and further is very injurious to health. It causes diseases diseases mainly of abdomen, lungs, throat and also problems in mouth related to teeth, tongue etc.

HI-Tech Projects, Jan' 2013 # 03

Pan Masala tobacco, zarda of different grades and kimam is available in convenient sizes in pouches and also containers (tins) of metal, cardboard paper, plastics etc. The packages are sealed properly to maintain original freshness and taste and is made of attractive materials, which increases the interest of consumer. consumer. MARKET POSITION

Now a days Pan Masala has very good market demand due to consumers habit. There is very good scope of pan masala. Actuallys on pan pan masala masala market, market, data is not available but tobacco based product has market survey data. Basically pan masala a substitute of tobacco products. Users of tobacco products largely converted to use pan masala. PAN MASALA INGREDIENTS 1. LIME

The quick lime available available from the market market is in the form of lumps. It is first first slaked with water to form hydrated or slacked lime. Care should be taken while adding the water as excess of water will made the lime in paste form. Otherwise a powdered lime will be added as requirem requirement. ent. To make a fine powder it may be further ground and pulverised. in paste form. Otherwise a powdered lime will be added as requirement. To make a fine powder it may be further ground and pulverised.

14 PROFITABLE POTATO & POTATO BASED PROJECTS @ 13,485/for all 14 Project Reports in Cd.

14 PROJECT NAME

PROJECT COST

1. ALCOHOL FROM POTATOES 39 Cr. 2. DEXTROSE POWDER FROM POTATO1.55 Cr. 3. FROZEN FINGER CHIPS 74 Lacs 4. IM F L (WHISKY) (WHIS KY) FROM POTATOES 41 Cr. 5.LIQUID GLUCOSE 74 Lacs 6.POTATO CHIPS/WAFFER 97 Lacs 7.POTATO POWD.(A POWD.(AUTOMATICPLANT) UTOMATICPLANT) 3.53 Cr. 8.POTATO STARCH 83 Lacs 9. POTATO CHIPS 97 Lacs 10.POTATO 10.POTA TO AND ONION FLAKES 63 Lacs 11.POTABLE 11.POT ABLE BEER (ALCOHOLIC) BASED ON PO POT TATO & BA BARL RLEY EY/M /MAL ALT T 15.3 15 .34 4 Cr Cr. 12. POTATO POWDER 1.97 Cr. 13.SAGO SEEDS (SABOO DANA) 89 Lacs 14. VODKAFR VODKAFROMPOTATOES OMPOTATOES 22.44 Cr.

Each Project Report covers in this CD contains Introduction, Uses, Market, Process with Product Formulae, Suppliers of Plant and Equipments, Cost Economics with Profitability Analysis, BEP BEP,, Resources of Finance etc. Price of this CD containing all above 14 Project Reports is Rs. 13,485/-. Payable fully in advance through Draft/M.O. in favour of ENGINEERS INDIA RESEARCH INSTITUTE, DELHI. Delivery wit hin 1 day. (To Order please dial : 98114-37895).

2. BETAL NUTS

The betal nuts are first crushed or cut into small pieces. It is wetted in water in a tank over night so that the piece become quite soft. 3. CARDAMOM

Cardamom is peeled off its shell and the seeds are taken out. These seeds are then grounded grounded and pulverised into a fine mesh size. 4. ATT ATTAR AR & PERFUM PERFUMES ES

Attar & perfumes are then mixed and blended well before adding to the main mixture.

ISBN- 978-93-80772-03-5

Price-990/-

Cost Estimation

Plant Capacity 450 KGS/Day Land & Build.(Area 800 sq.mt.) Rs. 58 Lacs Plant & Machinery (Betal Nut Cutter, Dryer, Dryer, Vibro Shifter, Spiral Mixer, Sieve, Grinder, Mixing Vat, FFS Packaging Machine, Storage Vessel, Packaging Conveyer, Tin Packaging Machine, Reaction Vessel, Tobacco Leaf Shr edder, D.G. Set etc. Rs. 32 Lacs W.C. for 3 Months Rs. 1.75 Cr. Total Capital Investment Rs. 2.81 Cr. Rate of Return 75% Break Even Point 39%

Modern Technology of Acid Slurry, Surfactants, Soap and Detergents with Formulae Surfactants, The book Modern Technology of Acid Slurry, Surfactants, Soap and Detergents with Formulae covers Soap, Fatty Acids and Synthetic Detergents, Detergent Components, Surfactants, Builders, Raw Materials, Analysis and Testing, Manufacture of Acid Slurry, Manufacture of Soap, Technology of Surfactants, Manufacture of Synthetic Detergents, Detergent Soap and Additives.

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START ST ART YOUR YOU R OWN INDUSTRY 160 NEW EXPORT ORIENTED UNITS & MOST PROFITABLE PROJECTS Rs. 33,708/- CD

160 PROJECT NAME

PROJECT COST

1. 2. 3. 4. 5. 6. 7.

ACTIVATED CARBO ACTIVA CARBON N 77 Lacs ADHESIVE (FEVICOL TYPE) 28 Lacs AGARBAT AGARB ATTI TI PERFU PERFUMERY MERY COM. 73 Lacs AIR CONDITIONERS & PART PARTS S 60 Lacs ALUMINIUM FOIL MAKING PLANT 1.34 Cr. AUTO. BISCUIT PLANT (E.O.U.) 62 Lacs ACID SLURRY, SLURRY, DETERGE DETERGENT NT POWDER 76 Lacs 8. ALUMINIUM WIRE DRAWING 1.43 Cr. 9. AFTER SHAVE LOTION 33 Lacs 10. AYURV AYURVEDIC EDIC MEDICINES 2.98 Cr. 11. ALUMINIUM UTENSILS 3.61 Cr. 12. AUTO TUBES 56 Lacs 13. BAKERY UNIT 27 Lacs 14. B.ED AND LAW COLLEGE 3.46 Cr. 15. BEER PLANT (E.O.U.) 18.62 Cr. 16. BOPP ADHESIVE TAPES 50 Lacs 17. BRICKS FROM FLY ASH 1.28 Cr. 18. BUFFALOW MEAT MEAT PROCESSING (E.O.U.) 2.37 Cr. 19. BUSINESS PROCESS OUTSOURCING 1.30 Cr. 20. BREAD PLANT 1.89 Cr. 21. BANANA POWDER (E.O.U.) 69 Lacs 22. CATTLE AND POULTRY FEED 1.57 Cr. 23. CEILING FAN (E.O.U.) 42 Lacs 24. CALL CENTRE (INTERNATI (INTERNATIONAL) ONAL) 4 Cr. 25. CANDLE MAKING UNIT SEMI AUTOMATIC AUTOMATIC 34 Lacs 26. CASTOR OIL DERIVATIVE DERIVATIVE OLEORESIN 2.08 Cr. 27. COCONUT OIL FROM COPRA 3.62 Cr. 28. COLD DRINKS 5 Lacs 29. COMPUTER SOFTWARE (E.O.U.) 30 Lacs 30. CONFECTIONERY (TOFFEE (TOFFEE & CANDY) 42 Lacs 31. CORN FLAKES 86 Lacs 32. CORRUGATE CORRUGATED D BOARD & BOXES 1.15 Cr. 33. CYBER CAFE 13 Lacs 34. CHEWING TOBACCO (KHAINE) (KHAINE) (E.O.U.) 21 Lacs 35. CALCIUM CARBONA CARBONATE TE 3.50 Cr. 36. COOLANT (ENGING) 32 Lacs 37. CIGARETTE PLANT 15.82 Cr. 38. COSMETICS INDUSTRY (E.O.U.) 3.29 Cr. 39. CEMENT PAINT 11 Lacs 40. C.P C.P.. BATHRO BATHROOM OM FITTINGS 89 Lacs 41. CHROME PLATING 20 Lacs 42. COPPER WIRE DRAWING & ENAMELLING 2.02 Cr. 43. COATED PAPER PAPER & BOARD (ART/CHROMO) 1.38 Cr. 44. CARBON PAPER 19 Lacs 45.. CY 45 CYCL CLE E TYRE TYRES S AND AND TUB TUBES ES (E. (E.O. O.U. U.)) 3 Cr. Cr. 46. DISPOSABLE PLASTIC SYRINGES 72 Lacs 47. DAIRY PRODUCTS & MILK PACKAGING PACKAGING 1.73 Cr. 48. DETERGENT CAKE & POWDER 6 Lacs 49.DET 49 .DETE ERG RGEN ENT T PO POWD WDER ER (E (E.O .O.U .U.) .) 9 La Lacs cs 50. ETHANOL (BIOFUEL) FROM FROM MOLASSES 14.77 Cr. 51. EXTRACTION OF ESSENTIAL OIL 58 Lacs 52. EMULSION PAINTS 1.50 Cr. 53. EUCALYPTU EUCALYPTUS S OIL 60 Lacs 54. EVA FOOT WEAR INJECT 1.45 Cr. 55. EXERCISE NOTE BOOK & REGISTER (E.O.U.) 30 Lacs 56. EGG TRAY 58 Lacs 57. ELECTRIC SWITCHES, PLUGS, SOCKETS SOCKETS 38 Lacs 58. FOUNDRY 1.01 Cr.

HI-Tech Projects, Jan’ 2013 # 04

PROJECT NAME

PROJECT COST

59. FIBER GLASS 38 Lacs 60. FLORICUL FLORICULTURE TURE (CUT FLOWERS) (E.O.U.) 1.45 Cr. 61. FRUIT JUICE MAKING & PACKING PACKING (EOU) 3.66 Cr. 62.FOO 62 .FOOD D DEH DEHYD YDRA RATI TION ON (E (E.O .O.U .U.) .) 1.9 .92 2 Cr. Cr. 63. FISH FARMING 23 Lacs 64. FOOD PROCESSING 1.13 Cr. 65. GARLIC OIL ——— 66. G OA OAT AND SHEEP FARMING 27 La Lacs 67. GOLD ELECTROPLA ELECTROPLATING TING 22 Lacs 68. GOLD CYANIDE POWDER (GPC) 1.20 Cr. 69. GINGER OIL 69 Lacs 70. GINGER GINGER PROCESSI PROCESSING NG (E.O.UNIT (E.O.UNIT)) 1.16 Cr. Cr. 71. GUAR GUM 2.86 Cr. 72. GALV GALVANISED ANISED IRON (G.I.) WIRE 3.22 Cr. 73. HAND MADE PAPER (E.O.UNIT) 60 Lacs 74. HERBAL COSMETIC (E.O.UNIT) 40 Lacs 75. HOLIDAY RESORTS 7.16 Cr. 76. HDPE/PP WOVEN SACKS (BAGS) 2.14 Cr. 77. HERBAL EXTRACTS (E.O.UNIT) 7.58 Cr. 78. ICE CREAM OF DIFFERENT FLAVOURS 91 Lacs 79. INTERNET SERVICE PROVIDER 1.93 Cr. 80. JAM, JELLY, JELLY, CHUTNEY, PICKLE & SQUASH 43 Lacs 81.KN 81 .KNIT ITTE TED D CLO LOTH TH (S (SHR HRIN INKE KED) D) 1.0 .07 7 Cr Cr.. 82. LEATHER GARMENTS, GARMENTS, SHOE & CHAPPAL 2.64 Cr. 83. LUBE OIL AND GREASES 7 Lacs 84. LIQUID ADHESIVE (CORRUGATED (CORRUGATED BOX) 21 Lacs 85. LEATHER TO LEATHER LEATHER ADHESIVE 46 Lacs 86. LATEX RUBBER RUBBER CONDOMS (E.O.UNIT) 52 Lacs 87. MINIATUR MINIATURE E CIRCUIT BREAKER 88 Lacs 88. MUSICAL DOOR BELL 17 Lacs 89. MINI FLOUR MILL 17 Lacs 90. MANGO PROCESSING PROCESSING & CANNING 49 Lacs 91. MEDICINAL PLANT EXTRACTS (E.O.U.) 71 Lacs 92. MEDICAL TRANSCRIPTION TRANSCRIPTION CENTRE 32 Lacs 93. MENTHOL BOLD CRYSTALS CRYSTALS (E.O.UNIT) 29 Lacs 94. MINERAL WATER WATER IN POUCH & BOTTLES 59 Lacs 95. MOSQUITO COILS AND MATS 35 Lacs 96. MOTEL/SMALL HOTEL 2.12 Cr. 97. MUSHROOM CULTIVATION CULTIVATION & PROCESS 54 Lacs 98. MASALA/SPICES (E.O.UNIT) 51 Lacs 99. MUSTARD OIL (EDIBLE OIL) 3.51 Cr. 100.MANAGEMENT INSTITUTE FOR MBA, BBA, BCA, B.COM, BSIT BSIT,, EXMBA, MCA... 4.85 Cr. 101.N.C.PUTTY 38 Lacs 102.NAMKEEN 102.NA MKEEN (BHUJ (BHUJIA, IA, CHANAC CHANACHUR) HUR) 8 Lacs Lacs 103.NUTS, BOLTS, RIVETS & WASHERS 66 Lacs 104.OLEORESINS FROM CHILLY & GINGER 1.93 Cr. 105.OIL SEALS (E.O.UNIT) 36 Lacs 106.PAPER GLASSES FOR BEVERAGE 50 Lacs 107.PROCESSED CHEESE 34 Lacs 108.PAN MASALA IN POUCH AND TIN PACK 26 Lacs 109.PAPER BAGS (SHOPPING BAGS) 32 Lacs 110 10.P .PAP APP PAD PL PLAN ANT T (AU (AUTO TOMA MATI TIC) C) 30 La Lacs cs 111.PET 11 1.PET BOTTLES BOTTLES/CONTAINERS /CONTAINERS 4.85 Cr. 112.PET BOTTLES FROM PRE-FORM 12 Lacs 113.PICKLE, MURABBA MURABBA & SAUCE ETC. (EOU) 91 Lacs 114.PLASTIC TOYS (E.O.UNIT) 37 Lacs 115. PLYWOOD AND PLYBOARD 1.57 Cr. 116. POTATO WAFFERS/CHIPS (E.O.UNIT) 1.47 Cr. 117.POUCH MAKING & GRAVURE PTG. 20 Cr. 118.POULTRY & BROILER FARMING (E.O.U.) 2.18 Cr. 119.PAINT 119.P AINT INDUSTRY (E.O.UNIT) 15 Lacs 120.PAPER CARRY BAGS 1.05 Cr. 121.PLASTIC INJECTION MOULDING PDTS. 14 Lacs

PROJECT NAME

PROJECT COST

122. PLASTIC TANKS H.D.P.E (SINTEX TYPE) 2.25 Cr. 123.PLASTIC MAT 42 Lacs 124. 12 4.P P.V .V.C .C.. PIP IPES ES AN AND D FI FITT TTIN INGS GS 1.57 1. 57 Cr. 125.P.V.C. 125.P.V .C. FILMS 1 Cr. 126.PRESSURE COOKER (E.O.UNIT) 41 Lacs 127.POTATO 127.POTA TO POWDER (E.O.UNIT) 48 Lacs 128.RUBBER GOODS FROM WASTE 30 Lacs 129.ROLLING MILL 5.07 Cr. 130.READYMADE GARMENTS (E.O.UNIT) 34 Lacs 131.RESTAURANTS 131.RESTA URANTS WITH PUB 43 Lacs 132.RICE MILL 6.55 Cr. 133.SOCKS KNITTING 25 Lacs 134.SOYABEAN 134.SOYAB EAN PRODUCTS (E.O.UNIT) 4.70 Cr. 135.STRAWBERY CULTIVATION & PROCESS 3 Cr. 136.SHAMPOO (E.O.UNIT) 29 Lacs 137.SOLAR CELLS 1.66 Cr. 138.SILVER EXTRACTION FROM WASTE 8 Lacs 139. 13 9.SE SENI NIOR OR SEC SECON ONDA DARY RY SC SCHO HOOL OL 4.46 4. 46 Cr Cr. 140.STARCH 140.STARC H & DEXTRIN BASED ADHESIVE 20 Lacs 141.SUGAR PLANT (E.O.UNIT) 24 Cr. 142.SATTU 55 Lacs 143.SAFED MUSLI (EXTRACT & POWDER) 62 Lacs 144. STEVIA CULTIVATION & EXTRACTION 1.24 Cr. 145.THINNERS 30 Lacs 146.TABLET 146.TABLE T, CAPSULE (PHARMACEUTICAL) 1.27 Cr. 147.TEA BAGS (E.O.UNIT) 69 Lacs 148.TEA PACKING (E.O.UNIT) 4.49 Cr. 149.THERMOCOLE 40 Lacs 150. THREE STAR HOTEL 9.57 Cr. 151. TISSUE PAPER AND FACIAL TISSUES 13.03 Cr. 152.TOILET SOAP (E.O.UNIT) 40 Lacs 153.TOMATO 153.TOMA TO PRODUCTS (E.O.UNIT) 43 Lacs 154. TYRE RETREADING BY COLD PROCESS 49 Lacs 155.U.P.S. 55 Lacs 156.VERMICELLI 10 Lacs 157.WALL PUTTY 20 Lacs 158.WELDING ELECTRODES 96 Lacs 159.WOODEN FURNITURE (E.O.UNIT) 11 Lacs 160.ZARDA KIMAM & TOBACCO (E.O.UNIT)

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DISPOSABLE SURGICAL CAPS & MASKS

BAND-AID (JOHNSON & JOHNSON TYPE)

Disposable surgical caps and masks are becoming very popular these days owing to their versatility of use by surgeons who wear the mask and cap while performing an operation and then these are disposed of after the operation that is why they are called disposable surgical caps and masks. In modern times surgery has advanced considerably with lots of innovation, which necessitates surgical operational measures to be adopted. For that reason, these disposable surgical caps and masks are extensively required. While manufacturing disposable surgical caps and masks, prior to packing, these are made sterile (i.e asceptic) by sterilization process so that no infection pervades while performing an operation. The raw material used for the manufacture of these disposable surgical caps and masks is tissue paper; which has very fine pores which permit the passage of air to the surgeon for breathing while performing an operation.

Band-Aid (Johnson & Johnson) is the safest First Aid for the treatment of wounds, etc. These are mainly used in hospital/dispensaries hospital/dispensarie s homes for the wounds. Band-Aids are very convenient to use for instantly covering wounds which are healed. The mode of application of Band-aid is very simple and convenient as compared to surgical dressing, etc. Band-Aid has antiseptic which helps in healing process of wounds,injuries,etc. It is very convenient to apply on the affected area of the body which has met an injury. Band-Aid (Johnson & Johnson type) is used for instant covering covering of wounds and other skin damages met by injuries traumas and is very convenient to use on the spot. Band-Aid (Johnson & Johnson Type) is becoming very prominent and much demandable item in Hospitals, Nursing Homes, Dispensaries and home,etc, for instant covering of wounds, injuries,traumas which provide antiseptic action and help in prompt healing of wounds. In view of their broad horizons of usage and to cater to the increasing demand scenario scenario of the product there is an imperative need for the setting up of more number of units for the production of this item. Thus in the limelight of the facts enumerated above a new entrepreneur can well venture into this field. It is a lucrative project with bright future prospects.

Cost Estimation

Plant Capacity 10000 Nos./Day Land & Building (Area 500 sq.mt.) Rs. 9 Lacs Plant & Machinery Rs. 35 Th. W.C. for 1 Months Rs. 1 Lac Total Capital Investment Rs. 12 Lacs Rate of Return 33% Break Even Point 65%

BANDAGE CLOTH WEAVING ON POWER LOOM The weaving of cloth developed at an unknown date and reached a point of excellence in nations where culture reached a high point. point. Peoples of the fertile creseent and egypt and the ineas in South America wove linen, cotton, wool, and metals into fabries comparable to the best manufactured by modern technical methods. The textiles fabrics are the one of the most important basic needs of human beings we dont deny that the Food captures the first place & the second basic need goes for clothings only. Clothes are provided by textile industry. The textile industry in India can be classified into four main sectors as. i) Organisms Mills sector producing Fabrics on power looms. ii) Disorganisms Power looms sector. iii) Handlooms Sector producing Fancy clothes, Suitings, Shirtings & Tappestxy clothes & Bed sheets etc. etc. iv) Handloom secor secor for fulfilling weather sections needs by producing, Mats, Coir & Khadder, or jute Fabricks etc. The mill & power looms sectors largely cater to the basic needs of people who chook fine &medium varieties of Fabrics with sophisticated Finishing for their use. use. This project peofile mainly deals with Medium varieties of a for said products.

Cost Estimation

Plant Capacity 30000 Nos./Day Land & Building (Area 750 sq.mt.) Rs. 19 Lacs Plant & Machinery Rs. 23 Lacs W.C. for 2 Months Rs. 8 Lacs Total Capital Investment Rs. 53 Lacs Rate of Return 50% Break Even Point 50%

ISBN- 9789380772073

Price-1540/-

Technology of Oilseeds Processing, Oils & Fats and Refining

Cost Estimation

Plant Capacity 1671 Mts./Day Land & Building (Area 300 sq.mt.) Rs. 7 Lacs Plant & Machinery Rs. 7 Lacs W.C. for 1 Months Rs. 2 Lacs Total Capital Investment Rs. 17 Lacs Rate of Return 164% Break Even Point 28%


The book Technology of Oilseeds Processing, Oils & Fats and Refining covers Chemical constituents of Fats, Oleaginous Seeds and their oils, Olive and Olive Oil, Palm Oil and Its Fractions, Animal Fat, Technology of Refining Refining of Fats, Hydrogenation Technology, Fractionation Technology, Margarine Technology, Production of Neat Soap with 63% fatty acids, Oilseed Processing Technology. Technology.

CREPE BANDAGE A crepe bandage is a lightweight bandage that is generally applied to provide warmth, insulation and support in a variety of medical health situations. It can be used to treat sprains and strains, to help correct fractures and other bone problems in orthopedics, to serve as a compression bandage to support already bandaged varicose veins, and to support surgical gauze bandage dressings; a crepe bandage is never directly applied to wounds. The characteristic feature of this bandage is its elastic, stretchable property. This allows the bandage to be wrapped without trouble and with comfort over different body parts. It is very easy and quick to apply a crepe elastic bandage. It is important, however, however, to make sure that it is not applied too tight, otherwise the bandage may inadvertently act as a tourniquet, cut off blood circulation, and even create a potentially lifethreatening situation. The bandage layers should allow for easy movement of limbs and should be able to expand if there is any swelling. Cost Estimation

Plant Capacity 25000 Nos./Day Land & Building (Area 500 sq.mt.) Rs. 26 Lacs Plant & Machinery Rs. 8 Lacs W.C. for 1 Months Rs. 1.24 Cr. Total Capital Investment Rs. 1.62 Cr. Rate of Return 131% Break Even Point 16%

I.V. CANNULA SET A Cannula is a tube inserted into a cavity or another tube in the body for various purposes, usually by percutaneous insertion into a blood vessel and for long period of time. Apart from from blood compatibility , the main problem associated with such devices is to prevent motion, irritation, infection, and the formation of a sinus tract with weeping of fluid. These objectives can be achieved by anchoring the devices in in various ways. For example, the attachment of material containing holes or fenestrations for tissue in growth or a textured surfaces interest interest with with the surrounding tissues and a bond is formed. Unfortunately, however, these texturised surfaces may be extruded gradually as a natural consequence of cell maturation which results in cells migrating toward the surface. Since the texturised implant is bonded to these cells, it is also carried toward the surface and extruded. It may may be possible to solve this problem by special surgical techniques. In the case of prolonged renal dialysis, cannulas are usually placed on the nondominant forearm of the patient to allow ready access access to the blood vessels. These cannula often cause infection, hemorrhaging or irritation, irritation, new surgical techniques may alleviate these problems. Cost Estimation

Plant Capacity 2000 Pcs/Day Land & Building (Area 1000 sq.mt.) Rs. 23 Lacs Plant & Machinery Rs. 28 Lacs W.C. for 1 Months Rs. 3 Lacs Total Capital Investment Rs. 55 Lacs Rate of Return 35% Break Even Point 24%

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START ST ART YOUR YOU R OWN INDUSTRY SURGICAL COTTON AND BANDAGE Surgical Bandages are the products manufactured from White Bleached Cotton gauge Cloth of suitable quality quality.. These are availble in various width running from 2.5 cm to 15 cms and of length from 3 meters or 4 metres. These are packed in a unit of doz. for sale. These are mainly used in hospital/Dispensaries for tying the wounds after dressing. Surgical Cotton is mainly used for cleaning and dressing the wounds by Doctor and Jauhrus’s. Jauhrus’s. It is also used by Tailors for putting pads in Woollen Suits etc. and making making Novelties Novelties items items by artists. Of course the Doctors consume the maximum quantity of Surgical Cotton produced in India. At present the number of doctors are increasing drastically thereby increasing the demand for surgical cotton cotton at very fast rate. rate. It also carried a good potential. Medium stapple cottons, Bonde was to from cotton Mills or Linters from spinning Mills are used as raw materials for the manufacture of this product. To manufacture surgical cotton anyone of these three materials may be used separately or fairly economical blend produce good quality surgical cotton. Cotton Raw material is cleaned and washed and bleached and sterilized properly by undergoing through a series of processes and render Hydrophile in character by sides rendering it pretty free from external organic impurities. Cost Estimation

Plant Capacity 1 MT MT./Day ./Day Land & Building (Area 1500 sq.mt.)Rs. 95 Lacs Plant & Machinery Rs. 39 Lacs W.C. for 3 Months Rs. 65 Lacs Total Capital Investment Rs. 2.05 Cr. Rate of Return 21% Break Even Point 69%

DAIRY FARMING FOR MILK PRODUCTION TECHNOLOGY ISBN – 9789380772097 Price Rs. 1105/-


50 PROJECT NAME

50 ELECTRICAL, ELECTRONIC & COMPUTER/IT BASED INDUSTRIES IN CD (50 PROJECT REPORTS) Rs. 20,225/- FOR 50 REPORTS PROJECT COST

1. AIR CONDITIONERS & PAR PARTS TS 49 Lacs 2. AA AAC C & ACSR ACSR ALUMINIUM CONDUCTORS 4.72 Cr. 3. B.P.O. 1.45 Cr. 4. CYBER CAFE 13 Lacs 5. CALL CENTRE (INTERNA (INTERNATIONAL) TIONAL) 4 Cr. 6. CALL CENTRE (DOMESTIC) 1.33 Cr. 7. CEILING FAN 42 Lacs 8. CH CHOKES & PATTIES 58 Lacs 9. CHOKES & START STARTERS ERS 23 Lacs 10. CHOKE OF FLUORESC FLUORESCENT ENT TUBES 24 Lacs Lacs 11. COMPACT DISK 4.80 Cr. 12. COMPUTER EDUCATION EDUCATION INSTITUTE13 Lacs 13. COMPUTER ASSEMBLY 22 Lacs 14. COMPUTER CONTINUOUS STATIONERY 95 Lacs 15. COMPUTER SOFTWARE 2.61 Cr. 16. CELLO TAPE 8 Lacs 17. COMPACT COMPACT FLUORESCENT LAMPS 1.74 Cr. 18. DISTRIBUTION TRANSFORMER 96 Lacs 19. DOMESTIC TRANSFORMER 25 Lacs 20. ELECTRICAL PANEL BOARDS 26 Lacs 21. ELECTRICAL DOMESTIC APPLIANCES 49 Lacs 22. EL ELECTRIC EN ENERGY ME METERS 58 La Lacs 23. ELECTRIC FANS 42 Lacs 24. ELECTRIC MOTORS 4.26 Cr. 25. ELECT ELECTRIC RIC SWITCHE SWITCHES S & SOCKETS SOCKETS 41 Lacs Lacs 26. ELE ELECTR CTRONI ONIC C CHOKE CHOKE (BA (BALLA LLAST) ST) 27 Lacs Lacs 27. ELECTRONIC TOYS (E.O.U.) 51 Lacs 28. ELECTRICAL STAMPING FOR TRANSFORMER 24 Lacs 29. ELECTRICAL REPAIRING 4 Lacs 30. EPOXY TRANSFORMERS 12 Lacs 31. F.H.P. MOTORS 43 Lacs 32. GLS LAMPS 26 Lacs 33. GLS LAMPS & FLUORESCENT TUBES 6.44 Cr. 34. H.T. & L.T. INSULATOR, HT AIR BRAKE SWITCHES D.O. FUSE, LIGHTENING ARRESTOR 65 Lacs 35. INTEGRATED CIRCUITS 70 Lacs 36.LIGHT EMI EMITTI TTING NG DIOD DIODES ES (L.E (L.E.D. .D.)) 22 Lacs Lacs 37.. MI 37 MINI NIA ATU TURE RE CI CIRC RCUI UIT T BR BREA EAKE KER R 88 La Lacs cs 38. MIXER/GRINDER (MIXI) 62 Lacs 39. MEDICAL TRANSCRIPTION 26 Lacs 40. PRINTED PRINTED CIRCUIT CIRCUIT BOARD BOARDS S (PCB) 8.17 Cr. Cr. 41. PVC WIRES AND CABLES 72 Lacs 42. POWER INVERTERS 72 Lacs 43. POWER TRANSFORMER 3.19 Cr. 44. PORTAL 9.28 Cr. 45. SOLAR CELLS 1.66 Cr. 46. TUBULAR POLES FOR ELECTRICAL TRANSMISSION 1.19 Cr. 47. TELEPHONE (PUSH BUTTON & CORDLESS) 1.50 Cr. 48. UN INTERUPTE INTERUPTED D POWER SUPPL SUPPLY Y 11 Lacs 49. SERVO CONTROLLED STABILIZER STABILIZER 34 Lacs 50. VOLTAGE STABILIZER 34 Lacs Each Project Report covers in this CD contains Introduction, Uses, Market, Process with Product Formulae, Suppliers of Plant and Equipments, Cost Economics with Profitability Analysis, BEP, BEP, Resources of Finance etc. Price of this CD containing all above 50 Project Reports is Rs. 20,225/-. 20,225/-. Payable fully in advance through Draft/M.O. in favour of ENGINEERS INDIA RESEARCH INSTITUTE, DELHI. Delivery within 1 day. (To Order please dial : 98114-37895).

11 PROFITABLE SOLAR & SOLAR BASED PRODUCTS IN CD Rs. 16,855/-

11 PROJECT NAME

PROJECT COST

1. SOLAR ELECT ELECTRICAL RICAL CELLS & PANEL PANEL 1.94 Cr. 2. SOLAR COOKER 80 Lacs 3. SOLAR ENERG ENERGY Y WA WATER TER HEA HEATER TER 72 Lacs 4. SOLAR PUMP 3.18 Cr. 5. SOLAR MODULES 2.10 Cr. 6. SOLAR LIGHTING SYSTEM 2.10 Cr. 7. SOLAR LANTERS 47 Lacs 8. SOLAR WA WATER TER HEA HEATING TING PA PANELS NELS 1.25 Cr Cr.. 9. SOLAR PRODUCTS 1.71 Cr. 10.SOLAR PHOT PHOTO O VOLT VOLTAIC SYST SYSTEM EM 50 Lacs Lacs 11. SOLAR POWER (ENERGY) PLANT 4.66 Cr.

Each Project Report covers in this CD contains Introduction, Uses, Market, Process with Product Formulae, Suppliers of Plant and Equipments, Cost Economics with Profitability Analysis, BEP, BEP, Resources of Finance etc. Price of this CD containing all above 11 Project Reports is Rs. 16,855/-. Payable fully in advance through Draft/M.O. in favour of ENGINEERS INDIA RESEARCH INSTITUTE, DELHI. Delivery wit hin 1 day. (To Order please dial : 98114-37895).

SURGICAL TAPE (ADHESIVE TAPE) Surgical tape or surgical adhesive tape is a strip of cotton fabric whose one side is asted with the antiseptic paste. These tapes are used for readymade bandages. No any dditional medicine is required in this case. At the starting of the medical age the wounds(small) cuts, pimples etc. were cured by using specific roots of trees and plants. As the medical science became advanced, the gauge has been started in practice for binding the medicine with the wounds cuts etc. ew introductions in the bandage field come up and these surgical tape is the latest one. There are some parts of body where the cotton bandage is not possible to be tied and at such places these adhesive tapes are frequently used. This is the most important dvantage of this tape. Another importance is that the bandaging by this tape consumes very few time. And hence saves much time. This tape is very convenient in use and quite handy. Cost Estimation

Plant Capacity 1000 Meter/Day Land & Building (Area 5000 sq.mt.) Rs. 11 Lacs Plant & Machinery Rs. 5 Lacs W.C. for 1 Months Rs. 8 Lacs Total Capital Investment Rs. 28 Lacs Rate of Return 51% Break Even Point 42%

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SURGICAL GLOVES FROM LATEX In the light of the remarkable performance performance of the latex products sector. sector. It is no wonder that the sector has now attracted a greater share of the interest interest in manufacturing. However the smallness of domestic market will have to be realised and new entrepreneur will have to look towards international demand. The consumption consumption of NR latex is increasing continuously in world since 1980. Some of the latex product like surgical gloves are likely to have very high demand. Malaysia with its comparative cost advantage can exploit this opportunity opportunity.. Malaysia at present present in satisfying satisfying 3/4 of world demand demand for N.R. latexes. But in latex products products it’s it’s share is much smaller than this. The demand for Gloves and condoms is increasing very fast due to AIDS (Acquired Immune Deficiency Syndroine) Malaysia can provide more cheaper gloves and explist some 50 percent of the world market. It was found that the use of rubber made inspection gloves and examination would prevent direct human contact with AIDS (Acquired Immune deficiency syndromes) virus-contaminat virus-contaminated ed objects and thus save them from contracting the deadly and dreaded disease. Solid brown or white in color. color. Thickness of gloves is around 0.010 inches. Cost Estimation

Plant Capacity 900000 Doz/Day Land & Building (Area 2000 sq.mt.) Rs. 95 Lacs Plant & Machinery Rs. 75 Lacs W.C. for 2 Months Rs. 36 Lacs Total Capital Investment Rs. 2.21 Cr. Rate of Return 25% Break Even Point 61%

ISBN- 9788189765118

Price-1540/-

HAND BOOK OF FLAVOURS & FOOD COLOURANTS TECH TE CHNO NOLO LOGY GY The book covers Flavours and Its study, Changes in Food Flavour Due to Processing , Flavouring Materials Made by Processing, Flavouring Material of Natural Origin, Natural Flavouring Materials, Manufacturing Technolog echnology y of Flavours, Food Colourants.


SURGICAL/MEDICAL INSTRUMENTS, EQUIPMENTS, FURNITURE AND OTHER PRODUCTS REQUIRED FOR SURGERY AND DIAGNOSTICS In pursuit of this objective for human welfare and Doctors support. We are providing the Surgical instruments & Tools are specially designed tools / devices used by the experts in the Medical fraternity for performing specific actions during surgeries or operations. Over the times, These tools and Instruments have been consistently modified to reduce the trauma, make the process more efficient and improve the techniques involved. Some of the Surgical instruments and tools are designed for general use in surgery,, while others may find application in surgery specific procedure or surgery. Surgical tools and instruments are designed with single motive of improving the surgical experience. The modern age surgical instruments are more reliable, intuitive and less complicated to to use. However, Surgical instruments & Hospital equipments require special care and handling for extended use. Cost Estimation

Land & Building (Area 4050 sq.mt.)Rs. 3.50 Cr. Plant & Machinery Rs. 2.89 Cr. W.C. for 1 Months Rs. 1.11 Cr. Total Capital Investment Rs. 7.82 Cr. Rate of Return 37% Break Even Point 44%

I.V. FLUID I.V. FLU ID (FFS OR BFS TECHNOLOGY) Intra venous fluids, in general are used as I.V drips for patients in nursing homes and hospitals suffering from acute dehydration or considerable debilitating conditions. These I.V I.V fluids replanish the body fluids. Though a number of I.V fluids are there, generally three types of I.V fluids are used in hospitals as I.V drips. They are as follows:- 1. Dextrose injection fluid, 2. Dextrose and sodium chloride injection injection fluid, When saline is injected intravenously,, it compensate the intravenously deficiency of sodium ions when dextrose is injected it gives energy due to glucose content of it when dextro-saline is given in combination, it replanishes the dehydration as well as gives energy thereby recouping debility syndrome and also in general take care of malaise. Intravenous fluids are chemically prepared solutions that are administered to the patient. Cost Estimation

Plant Capacity 12000 Btl/Day Land & Building (Area 9000 sq.mt.)Rs. 3.58 Cr. Plant & Machinery Rs. 5.43 Cr. W.C. for 2 Months Rs. 2.03 Cr. Total Capital Investment Rs. 11.60 Cr. Rate of Return 22% Break Even Point 66%

ALUMINIUM EXTRUSION These properties have made aluminium highly useful in manufacture of aircraft, passenger cars, railway railway rolling stock, ship building, electrical eng. manufacture of cine and photographic equipments, radio components, window frames and doors, railings, refinery refinery equipments, equipments, foils, extruded sections and pipes for a wide range of uses. Aluminium powder is also used in paints and anodising industries. Extruded aluminium products are finding growing exports prospects. Aluminium extruded products are mainly tubes, pipes and blanks. These are manufactured manufactured in various various forms forms and can can be broadly classified in (a) rods & (b) sections. sections. Sections include leath leath hollow and solid sections. In extrusion, the cylindrical rod called billet, is squeezed hydraulically into any shape by forcing the hot billet through the die orifice. Extrusion presses of various sizes are available ranging from 200 ton to 5000 tons capacity capacity.. These presses can be designed from simple to very complicated type with intricate and most sophisticated components equipments. Aluminium luminium extrusion products are widely used in transport industry industry,, rail roads, electronics and housing industry etc. The manufacturing of extruded products started long back. back. But, the the industry expanded rapidly during last two decades. Cost Estimation

Plant Capacity Land & Building (Area 5 Acres) Plant & Machinery W.C. for 2 Months Total Capital Investment Rate of Return Break Even Point

ISBN- 8186732721

9 MT MT./Day ./Day Rs. 5.85 Cr. Rs. 7.74 Cr. Rs. 7.48 Cr. Rs. 22.60 Cr. 24% 62%

Price-1140/-

FLORICULTURE HAND BOOK (HAND BOOK OF FLOWERS GROWING TECHNOLOGY) The book covers Antirrhinum, Anthurium, Amaryllis & Hippeastrum, Bird of Paradise, Chrysanthemum, Carnation, China Aster, Dahlia, Gladiolus, Gerbera, Gloriosa, Jasmine, Lilium, Lotus, Marigold, Orchids, Rose, Tuberose, Other Flowers, Plant Economics.

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START ST ART YOUR YOU R OWN INDUSTRY BOTTLING PLANT (COUNTRY LIQUOR) The history of distilling potable spirit is for shorter than that of making non-distilled alcoholic beverages. There are evertheless several very early references which can be taken to indicate that a potable spirit (like country liquor) was known many thousands of years ago. The earliest regarding excessive consumption of potable distilled spirit, i.e. country liquor and other products, appear to have come from China, some 1000 years B.C. Aristotle later mentions purifying sea water by evaporation, and also “wine which produces a spirit”. For centuries the art of distilling remained firmly in the hands of alchemists. Herbs had long been thought to cure various maladies, agriurduly for Jaundice, Jaundice, fox glore, for blisters and it would seem that the alchemists argued that, if the juice of one of these herbs could be, say, quadrupled in strength, then the efficiency efficiency of cure would be multiplied four fold. The alchemists were responsible for many many improvements improvements in the art of distilling. An Overview of the Indian Liquor Industry, The alcohol industry is very important for the government. It generates an estimated Rs. 16,000 crore per annum in spite of the fact that the per capita consumption of liquor in India is the lowest in the world. Cost Estimation

Plant Capacity 10000 Ltrs./Day Land & Building (Area 1.52 Acres) Rs. 2.11 2.11 Cr. Plant & Machinery Rs. 1.20 Cr. W.C. for 1 Months Rs. 1.31 Cr. Total Capital Investment Rs. 4.89 Cr. Rate of Return 52% Break Even Point 39%

ICE PACKS (SOLUTIONS TYPE, WHITE GEL TYPE, VIOLETVIOLET-SEMI SEMI SOLID POLYMER TYPES) Ice Pack is one of the important product of new generation, for cooling of various products or keep chilling of various products viz. medicines, injection vials, or heat sensitive products like fruits and vegetables meat, fishes, blood bags, semen bags, body injectibles, I.V. fluids and other so many items items for longer periods. It is mainly used for chilling purposes for longer shelf life by checking growth of thermophilic bacterials in the products. It is used for chilling of various chemicals which are thermosensitive in nature and loses their original characteristics at higher temperatures. The ice packs have vary unique important characteristic, that it can be repeatedly re-used several times by freezing and using, using, again again and again. Its cooling and chilling chilling characteristics remain as usual for very long period. It is now one of the conveniently useable items which directly substitutes the consumption of ice or ultimately ultimately reduces the ice application in various transportation methods. It’s important property is that it donot leave leave water in the system like ice, when absorbs heat it starts melting and leaving behind the water water.. Cost Estimation

Plant Capacity 3000 KGS/Day Land & Building (Area 2000 sq.mt.) Rs. 1.29 Cr. Plant & Machinery Rs. 2.18 Cr. W.C. for 2 Months Rs. 68 Lacs Total Capital Investment Rs. 4.58 Cr. Rate of Return 24% Break Even Point 58%

PLASTICIZERS

Modern Technology Of Extrusi Extrusion on & Extruded Products Isbn- 9789380772042

Price-940/The book covers Introduction of Extrusion Processes, Extrusion, Type of Dies for Film Extrusion, Extrusion of Plastic Films, Blown Film Extrusion Trouble Shooter's Guide, Extrusion Instabilities of Variabilitie Variabilities, s, Blown Film Extrusion, Plants for Multilayer Films, Lamination, High Speed Production of Thin CPP Films, Linear low density Polyethylene Mulch Film, Extruder Operation, Details of Processing Equipments, Post Extrusion Process, Vacuum Metallizing, Co-extruded Film Manufacturing, Production of Breathable Films and Laminates, Manufacture of Extruded Thermoplastic Foam, Plastic Pipes for Water Supply, New Opportunities with PP for Window Profiles, Corrugator Multilayer Pipe Technology, Option for Cable Conduit Systems.


Plasticizers (UK = plasticisers) or dispersants are additives that increase the plasticity or fluidity of a material. The dominant applications are for plastics, especially polyvinyl chloride (PVC). The properties of other materials are also improved when blended with plasticizers including concrete, clays, and related products. The worldwide market for plasticizers in 2000 was estimated to be several million tons per year. Throughout the period from 1970 to 1995, the worldwide plasticizer markets grew at rates above the various GNPs; however this trend has started to decrease in North America and in Europe. In recent years, the average growth rate in those regions has ranged between 2 and 3%, with projected growth rates of only 1/2%. Cost Estimation

Plant Capacity 20 Ton/Day Land & Building (Area 10000 sq.mt.) Rs. 11.28 Cr. Plant & Machinery Rs. 3.41 Cr. W.C. for 3 Months Rs. 27.26 Cr. Total Capital Investment Rs. 42.86 Cr. Rate of Return 21%

ISBN- 9788189765095

Price-1290/-

HAND BOOK OF PULP & PAPER, PAPER BOARD AND PAPER BASED TECHNOLOGY The book co vers Pulpwood Technology, Alkaline Pulping Recovery Units, Bleaching Chlorination Stage, Bleaching Alkaline Extraction, Bleaching Hypochlorite Stage, Hydrosulfite Bleaching, Peroxide Bleaching, Beating and Refining Action Upon Fibres, Consistency Control, Sizing of Paper, Dyeing of Paper, Wet Strength in Paper and Paperboard, Paper Machine, Forming Section, Paper Machine Press Section, Paper Machine-Dryer Section, Paper Machine Automation, Calendering, Felts, Paper Machine Wires, Coated Paper, Finishing and Converting, Corrugated Containers, Boxboard, Paper Testing, Board and Hand Made Paper, Equipment Used in Paper Making Laboratory, Paper and Board Properties, Varieties of Paper Grades and their Properties, Transfer Paper, Teletape Rolls, Toilet Paper Plant, Wall Paper, Wax Coated paper, Xerographic Paper, Paper Bags and Envelopes, Paper Board Making Plant, Paper Cups for Ice-cream, Paper Cones and Tubes, Paper Draperies, Egg Tray from Waste Paper, Kraft Bag Making Plant, Note Book, Register and File, Napkins and Facial Tissues, Playing Cards, Drinking Straws, Card Board, Corrugated Board and Boxes, Grey Board, Straw Board (Manual Process), Straw Board (Automatic Process), Plant Economics of Carbon Paper, Plant Economics of Coated paper and Board Plant, Plant Economics of Corrugated Sheet Board and Boxes, Plant Economics of Egg Tray from Pulp, Plant Economics of Exercise Note Book and Register, Plant Economics of Hard Board from Rice Husk, Plant Economics of Hand Made Paper, Plant Economics of Paper Cones and Tubes, Plant Economics of Paper Hand Carrier Bags, Plant Economics of paper Waste Recycling Plant.

Patrons you can deposit the amount in EIRI Account STATE STA TE BANK BAN K OF INDIA CA-30408535340 (IFS Code: SBIN 0001067) www.eiriindia.org

PLASTIC GRANULES FROM PLASTIC WASTE AND PLASTIC ROPE (SUTLI) MAKING PLANT

ISBN- 8186732810

Price-1090/-

Profitable Small Scale Manufacture Of Cosmetics The book covers Drugs and Cosmetics Acts and Rules, Most Commonly Used Cosmetics Raw Materials, Hair Structure and Its Chemistry, Hair Shampoos, Hair Tonics and and Conditioners, Conditioners, Hair Hair Wave Sets, Sets, Lacquers and Rinses, Hair Grooming Preparations, Permanent hair Waving Preparations and Hair Straightness, Hair Bleachers and Hair Colourants, Depilatories, Shaving Soaps and Creams, Skin Creams and Lotions, Suntan and Anti Sunburn Preparations, Skin Bleach Creams, Astringents and Skin Tonics, Antiperspirants and Deodorants, Face Powders Powders and and Other Other Coloured Coloured Make-up Preparations, Body Powders (T (Talcum alcum Powders), Face Packs and Masks, Nail Lacquers and Removers, Toothpastes, Tooth Powders, Mouthwashes, Hair Oils & Hair Lotions, Preservation of Cosmetics, Cosmetics, Plant and Equipment for herbal Cosmetics Manufacture, Packaging of Herbal Cosmetics, Miscellaneous Formulae, Indigenous Materials & Technologies for herbal Cosmetics, Present Manufacturing of Cosmetics Products, Suppliers of Plant and Equipments, Cosmetics , Raw Materials and Chemicals Manufactuers/Suppliers, Manufacturers/Raw Materials Suppliers of Herbs/Plants and their Extracts.

MODERN RUBBER CHEMICALS, COMPOUNDS & RUBBER GOODS TECHNOLOGY ISBN-9788189765194

PRICE 1640/-

The book covers Natural Rubber, Basic Concepts of Synthetic Rubber, Styrene Butadiene Rubber, Polybutadiene, Polychloroprene and Polyisoprene Rubbers, Butyl and Nitrile Rubber, Miscellaneous Rubbers, Latex Product Manufacturing Technology, Technology, Foam Products Manufacturing Technology, Plasticisers, Factice and Blowing Agents, Moulding and Finishing of Rubber Components, Compounding Ingredients and Compound Design, Footwear Technology, Technology, Conveyor Belt Technology, Technology, V-Belt and Fan Belt Manufacturing Technology, Hose Technology, Rubber Sports Goods Manufacturing Technology, Cable Technology, Technology, Rubber-To-Metal Bonding Components, Rubber-Covered Rolls, Sealing Technology, Nitrile Rubber and Its Application in Construction Industry, Industry, Rubber-Resin Pressure Sensitive Sensitive Adhesive Tape Technology Technology,, Test Methods in Rubber Industry, Recycling of Wastes from Rubbers and Plastics.


A plastic is any one of a large and varied group of materials which consists of an essential ingredient ingredient combinations combinations of carbon with oxygen, hydrogen, nitrogen and other organic and inorganic elements. While solid in the finished finished state, state, at some stage in its manufacture it has been or can be formed into various various shapes by flow-usually flow-usually through the application singly or together of heat and pressure. Thermoplastics are those which soften under heat and again harden when cooled and this process can be repeated a number number of times times without any appreciable was in the physical properties. Plastics today have a prominent place place in the spectrum of materials frequently used by materials engineers and designers. They have earned this this placed placed on the basis basis of performance at a price, plus the apparently unlimited ability of the plastics industry to develop new plastics or new grades of older plastics to meet specific needs of modern industry. industry. With this status and the tremendous tremendous growth of new uses has come an important need for meaningful data on fundamental plastics behaviour under realistic stresses and strains, couched in engineering terms, in short, engineering properties as contrasted with data sheet properties.

uPVC DOORS & WINDOWS Windows and doors are the connection between rooms and the outside world. They allow light and air into the house and enable you to see the world outside while protecting from wind, harmful rays of sun and rain. They keep us warm in the winter and cool in the the summer. PVC rods, sheets and profiles that are manufactured using extrusion technique. uPVC offers excellent physical and mechanical properties. Cost Estimation

Plant Capacity 3 Ton/Day Land & Buildi Building ng (Area 750 sq. sq.mt.) mt.) Rs. 71 Lacs Lacs Plant & Machinery Rs. 1.25 Cr. W.C. for 3 Months Rs. 2.22 Cr. Total Capital Investment Rs. 4.43 Cr. Rate of Return 84% Break Even Point 33%

Cost Estimation

Land & Building (Area 2000 sq.mt.)Rs. 99 Lacs Plant & Machinery Rs. 38 Lacs W.C. for 1 Months Rs. 26 Lacs Total Capital Investment Rs. 1.81 Cr. Rate of Return 22% Break Even Point 67%

CORRUGATED BOXES PLANT CORRUGATED (SEMI AUTOMATIC) Though no authentic record is available about when when any any thing like a paper box was first made, it is held that the ancient Egyptians made certain kinds of containers from an aquatic aquatic plant supplied fibers for paper sheets. There are also records, though not clear of reaptacles made from rice paper in china during the Eleventh Century Century.. In America and England corrugated cartons had been made at least early as in 10th Century,, but the cartons were all hand Century made. Corrugated cartons were firstly developed by the Thomsan and Norris Company in 1980, and the first regular slotted style containers were the products of the Robert Gair Gair Company Company.. The first first use of corrugated cartons in freight shipments was for lamp and Chimenys. Chimenys. Official Official recognition of these containers by the official freight classification committee committee came in 1900. Cost Estimation

Plant Capacity 6800 KGS/Day Land & Building (Area 2099.50 sq.mt.) Rs. 3.47 Cr. Plant & Machinery Rs. 66 Lacs W.C. for 1 Months Rs. 54 Lacs Total Capital Investment Rs. 4.81 Cr. Rate of Return 26% Break Even Point 52%

ISBN- 978-93-80772-02-8

Price-1240/-

Modern Technology of Non-Ferrous Metals and Metal Extraction The book Modern Technology of Non-Ferrous Metals and Metal Extraction covers Non Ferrous metals and Materials, Processing of copper from Its ore, Lead and Zinc Recycling, Chromium Wastes and Their Recycling for the Reclamation of Chromium, Electrodeposition of cobalt from Cobalt chloride N(N-Butyl) Pyridinium Chloride Molten Salt, Pyrohydrolysis, Processing of Low Grade Tungsten Ore, Extraction of Copper, Nickel and Cobalt, Extraction of Nickel and Other Valuable Metals, Production of Uranium Metal, Alumina-Aluminium Processing, High Temperature Aluminium Alloys, Alum iniu m Prod ucti on Proc ess, Refr acto ries , Aluminium Based Composites, Drawing of Copper and Aluminium Conductor, Process for the Enrichment of Nickel, Non-Ferrous Extraction, Metal Extraction, Silica, Extractive Metallurgy of Copper, Processing of Lead Zinc Raw Materials, Zirconium, Titanium and Magnesium Extraction, Extraction of Titanium, Special Metals Extraction, Niobium, Tantalum, Hafnium and Gallium Production, Extraction of Metals, Extraction of Copper by Di-(2Ethylhexyl) Dithiophosphate Salts, The Purification of Electrolytes from copper and Iron, Extraction of Rare Metals from Industrial Products of Lead-Zinc Production, Extraction of Cadmium, Solvent Extraction in the Processing of Leach and Waste Solutions, Recover of Tungsten from Alkaline Solution of Wolframite Concentrate, Recovery of Chromium and Gallium, Metallic Waste from Indian Zinc and Lead Industries, Molybdenum, Zirconium, Rare Earths, Bauxite Beneficiation .

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PROJECT PROPOSALS FOR NEW ENTREPRENEURS ORGANIC CHEMICALS & SOLVENTS

TAMARIND KERNEL POWDER

Phthalide is an organic chemical compound with the molecular formula C8H6O2. It is a lactone that serves as the core chemical structure for a variety of more complex chemical compounds including dyes (such as phenolphthalein), fungicides (such as tetrachlorophthalide, often referred to simply as “phthalide”) and natural oils (such as butylphthalide). Phthalides are a group of secondary metabolites or phytochemical compounds classified under lactones. Phthalides are known to provide health benefits by stimulating and/or inhibiting various enzymes in the body. Studies have shown that these compounds can help lower blood pressure, provide an anti-inflammatory function, improve circulation, rid the body of toxins such as uric acid crystals, inhibit malignancy and offer a calming effect. Many of the major phthalides have been isolated from plants mainly medicinal herbs, celery stalks, celery seeds and essential oils of their plant of origin. There are numerous reports on the bioactivities of phthalides but investigations concerning the mode of action are few. Phthalides (isobenzofuranone), a family of five-membered lactones in plants, are important building blocks in a large number of biologically active compounds. 3 Arylphthalides, for example, are useful intermediates for the synthesis of tri and tetracyclic natural products such as anthracycline antibiotics.

Tamarind powder is produced from the Kernels of Tamarinds. It is used in the manufacture of the tamarind gum. Tamarind gum is seed gum with potential industrial application. It is obtained from the seed kernels of the tamarind. Free, tamarind indica, which is cultivated in India and Bangladesh. The seed are a by product from production of tamarind pulp which is used as a food flavour. flavour. Seed production is 1,50,000 t/year. The seeds consist of a hard outer testor which can be removed by a variety of heating and milling procedures and a kernel (70%) which after separation is milled to give tamarind kernel powder consisting of gum 65% protein 15-20%, Oil 6% and Ash 3%. Tamarind trees (Tamarindus (T amarindus indica) are are found naturalized almost throughout the plains and sub Himalyan tracts of India. The pulp of tamarind fruit known as emli is used used as an acid flavouring agent. The seed constitute 34 % of the fruits and contain contain on an average 60% starch. Statistical information on the annual production of fruit pulp is not available. But of seed is upto some extent available. Dandakarnya region in M.P. and Koraput district in Orissa are also very rich in tamarind trees. This industry is resource based requiring raw materials in bulk and should be located near the source of of raw materials.

Cost Estimation

Plant Capacity 360000 KGS/Day Land & Building (Area 5000 sq.mt.) Rs. 5.91 Cr. Plant & Machinery Rs. 2.14 Cr. W.C. for 3 Months Rs. 2.88 Cr. Total Capital Investment Rs. 11.53 Cr. Rate of Return 31% Break Even Point 57%

INDIAN MADE FOREIGN LIQUOR (IMFL) Gin, vodka, and related spirits like aquarit are distinguishable from whisky, rum and brandy which themselves have a number of common characteristics. The most evident difference is in colour, with gin an vodka normally being colourless white whisky, rum and brandy vary in shade from straw-coloured to the deepest brown. This immediate difference is linked with distinguishing features of composition and flavour which are reflected in the methods of production of the two troup of sprits. The aurd whisky comes from the Gaelic word wisgebeatha, as the Irish called it, incoming the water of life. Cost Estimation

Plant Capacity 60000 LIT LIT./Day ./Day Land & Building (Area 10 Acres) Rs. 4.86 Cr. Plant & Machinery Rs. 18.66 Cr. W.C. for 3 Months Rs. 15.16 Cr. Total Capital Investment Rs. 47.32 Cr. Rate of Return 141% Break Even Point 22%


Cost Estimation

Plant Capacity 5 MT./Day Land & Building (Area 2000 sq.mt.)Rs. 1.79 Cr. Plant & Machinery Rs. 1.97 Cr. W.C. for 2 Months Rs. 68 Lacs Total Capital Investment Rs. 4.72 Cr. Rate of Return 49% Break Even Point 47%

UNDER GARMENTS Knitted Cotton Gloves are the demandable item of modern time, great progress has been made in gloves manufacturing industry. industry. Cotton Products like knitted cotton gloves are primarily produced from cotton yarn which is abundantly available. Knitting may be done by hand or by machine.Few seqments of the textile industry have grown so rapidly in recent years as has the knitting industry industry.. The Like woven fabrics, plain coloured knits can be made from fibers or yarns that have been coloured,or the finished goods can be dyed. Cost Estimation

Land & Building Building (Area 450 450 sq.m sq.mt.) t.) Rs. 44 Lacs Plant & Machinery Rs. 10 Lacs W.C. for 2 Months Rs. 30 Lacs Total Capital Investment Rs. 85 Lacs Rate of Return 85% Break Even Point 37%

P.V.C. INSULATION TAPE The original electrical insulating tape was made of cloth tape impregnated with Chatterton’s compound, an adhesive material manufactured using Gutta-percha. This type of tape was often used to insulate soldered splices on knob and tube wiring. In the early 1940s, vinyl plastic emerged as a versatile material for a wide range of applications, from shower curtains to cable insulation. A major ingredient in vinyl film was tricresyl phosphate (TCP), which was used as a plasticizer. Unfortunately, Unfortun ately, TCP tended to migrate, giving the surface of the vinyl film an oily quality and degrading every tape adhesive known. Research chemists and engineers at 3M set out to create a dependable, pressure-sensitive tape made of vinyl film that would have the required electrical, physical and chemical properties. Experiments were conducted combining new plasticizers with the white, flour-like vinyl resin. Finally, in January 1946, inventors Snell, Oace, and Eastwold of 3M applied for a patent for a vinyl electrical tape with a plasticizer system and non-sulfur-based rubber adhesive that were compatible. The first commercially available version of the tape was sold for use as a wire-harness wrapping. Interestingly, this original black tape wasn’t black at all. Cost Estimation

Plant Capacity 5 MT./Day Land & Building (Area 5000 sq.mt.)Rs. 5.91 Cr. Plant & Machinery Rs. 4.61 Cr. W.C. for 1 Months Rs. 2.15 Cr. Total Capital Investment Rs. 13.56 Cr. Rate of Return 52% Break Even Point 37%

COUNTRY LIQUOR BOTTLING PLANT The history of distilling potable spirit is for shorter than that of making non-distilled alcoholic beverages. There are nevertheless several very early references which can be taken to indicate that a potable spirit (like country liquor) was known many thousands of years ago. The earliest regarding excessive consumption of potable distilled spirit, spirit, i.e. country liquor liquor and other products, appear to have come from China, some 1000 years B.C. Aristotle later mentions purifying sea water by evaporation, and also “wine which produces a spirit”. For centuries the art of distilling remained firmly in the hands of alchemists. Cost Estimation

Plant Capacity 100000 Ltr./Day Land & Building (Area 9000 sq.mt.)Rs. 4.08 Cr. Plant & Machinery Rs. 2.05 Cr. W.C. for 3 Months Rs. 37.61 Cr. Total Capital Investment Rs. 44.11 Cr. Rate of Return 65% Break Even Point 21%

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WALNUT & PINUS (CHILGOZA) OIL, SHELL POWDER PROCESSING PLANT A walnut is an edible seed of any tree tree of the genus Juglans, especially the Persian walnut, Juglans regia. Broken nutmeats of the eastern black walnut, from the tree Juglans nigra, are also commercially available in small quantities, as are foods prepared with butternut nutmeats. Walnut seeds are high density source of nutrients, particularly proteins and essential fatty acids. Walnut seeds, like other tree nuts, must be processed and stored properly. Poor storage makes walnut seeds susceptible to insect and fungal mold infestations; the latter produces aflatoxin - a potent carcinogen. Mold infested walnut seed batch should not be screened then consumed; the entire batch should be discarded. In certain parts of the world, walnuts are locally known as waln|sse, noix, nuiz, nuc, kurumi. Walnuts are rounded, single-seeded stone fruits of the walnut tree. The walnut fruit is enclosed in a green, leathery, fleshy husk. This husk is inedible. After harvest, the removal of the husk reveals the wrinkly walnut shell, which is in two halves. Cost Estimation

Plant Capacity 1 MT./Day Land & Building (Area 3500 sq.mt.)Rs. 1.18 Cr. Plant & Machinery Rs. 75 Lacs W.C. for 2 Months Rs. 1.72 Cr. Total Capital Investment Rs. 3.77 Cr. Rate of Return 36% Break Even Point 48%

PSA BASED NITROGEN GENERATOR The pressure swing adsorption processes for the continuous and regenerative purification of air and gases have been well established since the discovery of the basic process over fifty years ago. Recent advances in the adsorption process have resulted in improved separation efficiencies and lower energy consumption. Purity requirements for clean, dry air have become more stringent in recent years to meet the increased demands of industry and laboratories. Thirty years ago, pure air was required to have a moisture dew point of — 400C or lower and less than 1 ppmv hydrocarbon content (as methane). The levels were gradually lowered to -760C dew point and less than 0.5 ppmv total hydrocarbon content. With advances in technology, the purity requirements were reduced to less than 1 ppbv for semiconductor photolithography applications, fuel cell development, automobile emissions testing, pharmaceutical manufacturing, and other critical applications. Cost Estimation

Plant Capacity 45000 lb/Day Land & Building (Area 5000 sq.mt.)Rs. 5.35 Cr. Plant & Machinery Rs. 5.20 Cr. W.C. for 2 Months Rs. 3.13 Cr. Total Capital Investment Rs. 14.91 Cr. Rate of Return 33% Break Even Point 69%


ENGINEERING COLLEGE

SYNTHETIC IRON OXIDE

India has the potential to be a global technology leader. Indian industry is competing globally in software and even in areas such an automobiles, chemicals and engineering equipment. A critical issue for the future success of Indian industry is the growth of engineering education in India. Since independence, the initial focus of government policy was to provide the engineers required for the developing economy. The setting up of the Indian Institutes of Technology, the Regional Engineering colleges (and their subsequent conversion to the National Institutes of Technology) were targeted at achieving this. Indian engineers established their reputation for engineering and design skills. Engineering in India is preferred option for bright students at the 10+2 level. This has resulted in a spurt in engineering colleges primarily in the private sector. Despite this, industry leaders complain about the absence of quality engineers for their industry. This is accompanied by significant unemployment rates amongst graduating engineers. There is a dearth of publicly available data on India’s engineering education system. We document the trend in the student intake, number of engineering graduates, postgraduates and Ph.Ds. In order to obtain these we used assumptions of Output / Sanctioned strength ratios and their trends.

Iron Oxides are extensively used in the preparation of paints. There are two main stains yellow and red, Both these varieties are available in synthetic and natural forms. Yellow oxide of iron is widely used as a retainer in glass paints, undercoats, of iron finds application in paints rubber, plastics, ceramics, paper linoleum and for polishing glass, metals and diamonds, Iron oxides are used in paints for exterior work on account of the low cost cost and protective protective value. They are used as primers for structural steel, automobiles bodies, ship bottoms of iron prolong life of the substance by eliminating the dest- ructive effect light on the film. Iron oxide pigments own their yellower tint to feerous oxide and ferric hydroxide while red red dish-brown dish-brown colour is essentially due to anhydrous ferric oxide Fe203. The continually increasing importance of iron oxide pigments is based on their nontoxicity. Chemical stability, wide variety of colours ranging from yellow, orange, red, brown to black, low price. Natural and synthetic iron oxide pigments consist of well-defined compounds with known crystal structures.

Cost Estimation

Plant Capacity 60 Students Land & Building Building (Area (Area 40 Acres) Rs. 28 Cr.acs Cr.acs Plant & Machinery Rs. 26.15 Cr. W.C. for 2 Months Rs. 88 Lacs Total Capital Investment Rs. 56.10 Cr. Rate of Return 0.60% Break Even Point 98%

MODERN TECHNOLOGY OF BIOPROCESSING (FERMENTATION, FOOD, ENZYME, PHARMACEUTICAL INDUSTRIAL, AGRICULTURAL AND ENERGY) ISBN 9788189765354 PRICE 1615/Bioprocessing, Types of Fermentation, Composiion and Nutrition of Fermented Products, Techniques of Fermentation Systems, Media for Industrial Fermentation, Process Control, Processing, Methods of Preserving Food (Food Bio-Processing), Milk Products Production, Production of Bakery Products, Fermented Beverages, Mushroom, Antibiotic Production, Industrial Enzymes, Organic Acids, Vitamins, Biofertilizers, Biopesticides, Biological Waste Treatment, Biofuels, Biogas Production, Ethanol, Biodiesel

Cost Estimation

Plant Capacity 10 MT MT./Day ./Day Land & Building (Area 5000 sq.mt.)Rs. 4.82 Cr. Plant & Machinery Rs. 3.60 Cr. W.C. for 1 Months Rs. 1.20 Cr. Total Capital Investment Rs. 10.03 Cr. Rate of Return 28% Break Even Point 62%

POTATO POWDER The potato is a starchy, tuberous crop from the perennial Solanum tuberosum of the Solanaceae family (also known as the nightshades). The word potato may refer to the plant itself as well as the edible tuber. In the region of the Andes, there are some other closely related cultivated potato species. Potatoes were first introduced outside the Andes region four centuries ago, and have become an integral part of much of the world’s cuisine. It is the world’s fourth-largest food crop, following rice, wheat, and maize. Long-term storage of potatoes requires specialised care in cold warehouses. Wild potato species occur throughout the Americas, from the United States to Uruguay Uruguay.. The potato was originally believed to have been domesticated independently in multiple locations, but later genetic testing of the wide variety of cultivars and wild species proved a single origin for potatoes in the area of present-day southern Peru (from a species in the Solanum brevicaule complex), where they were domesticated 7,000-10,000 years ago. Following centuries of selective breeding, there are now over a thousand different types of potatoes. Cost Estimation

Plant Capacity 10 Ton./Day Land & Building (Area 5000 sq.mt.)Rs. 5.91 Cr. Plant & Machinery Rs. 3.24 Cr. W.C. for 3 Months Rs. 10.74 Cr. Total Capital Investment Rs. 20.49 Cr. Rate of Return 68% Break Even Point 45%

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COMMERCIAL DAIRY FARMING

By the application of heat and chemical chemical agents followed by intense mechanical working to ground vulcanised scrap or worn out rubber tires, tubes and waste rubber articles, a substantial regeneration on devulcanisation of the rubber compound compound to its original plastic state is effected, effected, thus permitting the product to be compounded, processed and revulcanised. Reclaiming is essentially depolymerisation and misnomerically called “devulcanisation” although combined sulphur is not removed. By this depolymerisation, the reclaimed rubber shows decreased resistance to deformation at ordinary temperature; thus loosing its elastic nature and become less resistant to compression, stretching or swelling. Reclaimed rubber was born because a secondary source of rubber was urgently needed. Entire rubber industry was growing so fast in the early days and there was no enough crude rubber to substantiate the demand. Reclaim rubber soon become indispensable. indispensable. Apart from this, tire pose a disposal problem and therefore utilized as basic raw material in the form of ground vulcanised waste (crumb rubber) or converted to reusable state-reclaimed rubber.

It is seen at most most places that a Dairy Farmer is not aware of the economics of his day to day business. This is because Dairy has been a traditional traditional form of business, which which is being carried carried on by generations together. The pattern particularly of the feeding & watering has been quite the same for a long time. It is commonly seen that most of the Farmers who keep animals for Milk have very little or NO NO idea about the expenses (per day) invloved in raising the animals. It is interesting to note that the farmer is even unaware of the fact that the feeding cost of his animal comprises of more than 80% of the total cost of raising the animals. Perhaps the main reason for this this may may be as he grows the majority of the fodder in his own land he has never bothered about its cost. Pertaining to the feeding & drinking habits many fallacies (misconceptions) exist viz. It is advisable to feed animal with wet/cooked feed. Scientifically the feed fed to animal animal should be chewed (& ruminated) so that the saliva mixes with the feed. The saliva contains phosphates & bicarbonates, which help in maintaining the pH of the Rumen, which help in proper digestion of the Feed. Good digestion ensures wellbeing & the production is dependent on the same.

Cost Estimation


TMT STEEL BARS Thermo mechanically treated (TMT) steel, can be described as a new-generation-highstrength steel having superior properties such as weldability, strength, ductility and tensility, which meet the highest international quality standards. Under thermo mechanical treatment (TMT), the steel bars are passed through a specially designed water-cooling system where they are kept till the outer surface of the bars becomes colder while the core remains hot. This creates a temperature gradient in the bars. When the bars are taken out of the cooling system, the heat flows from the core to th e outer surface, further tempering of the bars, which helps them attain a higher yield strength. The resulting heat-treated structure imparts superior strength and toughness to the bars. Cost Estimation



Cost Estimation

Plant Capacity 5000 Lts./Day Land & Building (Area 4000 sq.mt.)Rs. 2.34 Cr. Plant & Machinery Rs. 52 Lacs W.C. for 1 Months Rs. 39 Lacs Total Capital Investment Rs. 4.08 Cr. Rate of Return 40% Break Even Point 39%

8

8 MANGO AND MANGO BASED PROJECTS (8 PROJECT REPORTS) Rs. 17,978/-

PROJECT NAME

PROJECT COST

1. MANGO PAPPAD (AAM PAPPAD) 2. MANGO POWDER 3. MANGO PROCESSING & CANNING (MANGO PULP) 4. MANGO JUICE 5. PE PECT CTIN IN FR FROM OM MA MANG NGO O PE PEE ELS 6. PICKLES 7. MANGO KERNEL SEED POWDER (STARCH) 8. FRUIT DRINK RASNA TYPE

1.12 Cr. 34 Lacs 1.02 Cr. 61 Lacs 2.20 2. 20 Cr Cr.. 1.54 Cr. 37 Lacs 1.87 Cr.

Price of this CD containing all above 8 Project Reports is Rs. 17,978/-. Payable fully in advance through Draft/M.O. in favour of ENGINEERS INDIA RESEARCH INSTITUTE, DELHI. Delivery within 1 day. (To Order please dial : 98114-37895).

UNDECYLENIC ACID Undecylenic acid has a long history as antifungal drug. It is used to treat some types of fungus infections. Undecylenic acid is a natural fungicide and is FDA approved in over the counter medications for skin disorders or problems. It is the active ingredient in medications for skin infections, and relieves itching, burning, and irritation. For example, it is used against fungal skin infections such as athlete’s foot, ringworm, and Candida albicans. It is also used in the treatment of psoriasis. Most organic fatty acids are fungicidal and have been used for centuries as antimicrobial agents, originally in the manufacture of soaps. In the last 50 years, however,, they have found use both in vitro as however yeast and mold inhibitors in food stuffs, and as topical and systemic antifungals. Undecylenic acid is an economical antifungal agent and is the active ingredient in many topical over the counter antifungal preparations. Undecylenic acid has been shown to be approximately six times more effective as an antifungal than caprylic acid, and is effective in maintaining a healthy balance of intestinal and vaginal flora. Cost Estimation

Plant Capacity 15 Ton/Day Land & Building (Area 5000 sq.mt.)Rs. 5.91 Cr. Plant & Machinery Rs. 5.10 Cr. W.C. for 2 Months Rs. 15.42 Cr. Total Capital Investment Rs. 27.34 Cr. Rate of Return 114% Break Even Point 29%

10 COCONUT AND COCONUT BYE PRODUCTS (10 PROJECT REPORTS IN CD)

10 PROJECT NAME

PROJECT COST

1. ACTIVATED CARBON POWDER & GRANULES (ACTIVATED CARBON FROM COCONUT SHELL) 2. COIR PITH 3. COCONUT SHELL POWDER 4. COCONUT OIL 5. COCONUT PRODUCTS & BYE PRODUCTS PROCESSING COMPLEX (WET FRESH) 6. COCONUT PLANTATION 7. DESICCATED COCONUT POWDER FROM COCONUTS 8. DEHYDRATED COCONUT MILK POWDER 9. PACKED COCONUT WATER 10. WATERY COCONUT SWEETS

1.07 Cr. 3.26 Cr. 23 Lacs 2.09 Cr. 25.02 Cr. ——— 71 Lacs 8.21 Cr. 7.34 Cr. ———

Price of this CD containing all above 10 Project Reports is Rs. 17,978/-. Payable fully in advance through Draft/M.O. in favour of ENGINEERS INDIA RESEARCH INSTITUTE, DELHI. Delivery within 2 days. days. (To Order Dial mobile: 098114-37895 Gupta).

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VENEER MAKING, PLYWOOD PLYWOOD & PLYBOARD MAKING

PARTICLE BOARD BOA RD AND LAMINATED PARTICLE PARTICLE BOARD

JAM, JELLY JELLY,, CHUTNE C HUTNEY Y, PICKLES & SQUASHES

The term ‘Plywood’ covers a form of laminated xaves in which successive successive layers of veneer are ordinarily cross laminated, the care of which may be veneer or sawn lumber in are piece several pieces. It is a high pressure bonded wood product composed of layers of waves with resin as the laminating agent. Kitply is one of the largest manufacturers of plywood in the country and manufactures one of the widest widest range like marine, shuttering, compreg, decorative and other special grades. its factory at Tinsukia is equipped with modern machinery and highly sophisticated hydraulic heavy duty hot presses. The testing laboratory is fully furnished with the latest testing machines and scientific instruments for conducting physical, mechanical and electrical testing as per buyers’ specifications. The ‘Swastik’ brand name name is is one of the most reputed names in the plywood industry and enjoins good market demand. market demand is expected to increase further in view of the steady increase in construction and building activities and the rising standard of living in the country. Kitply, a special variety plywood is resistant to boiling water, weather proof and termite resistant resistant and is well known in the market.

Particleboard is a classic wood-based panel, made from high quality particles of wood/bagasse. It is a low density board with density range from 650 kgs to 750 kgs per cubic meter.Particleboard Plants are specially designed to produce an effective alternative for wood-based panel products. The Plant utilizes low cost agri-wastes resulting in a high quality & versatile panel product with virtually unlimited applications. Particleboard is accepted universally. Particle board is as the name suggests a board made of particles of wood. Thus particle board is a board made from wood which is bonded by means of a resin under the application of pressure and temperature. The organic binder resin used are normally urea formaldehyde if the particle board is to be used for interior use, or phenol formaldehyde is used if this is used in external exposure or under severe internal conditions. Melamine formaldehyde is also used. The first plant to produce particle board commercially was built in Bremen, West Germany in 1941. The first three layer particle board was marketed in Switzerland in 1945.

Among preserved fruits, Jams, Jellies, Marmalades, Pickles, squahes forms an important class of products. during world war II, fairly large quantities of these were imported to into India from the U.S.A. the U.K. and Australia. Now a days, such products are being manufactured extensively in several factories in this country country,, as by products or joint products in fruits. They are also made in many of the homes all over the country country.. Their production and demand can be increased increased manifold by making better use of fruit that is being wasted at present. A Jam differs from a preserve in that that it does not contain pieces of the whole fruit as in the the case with with a preserve.

Cost Estimation

Plant Capacity 525 SQM/Day Land & Building (Area 9000 sq.mt.)Rs. 7.53 Cr. Plant & Machinery Rs. 1.74 Cr. W.C. for 3 Months Rs. 4.52 Cr. Total Capital Investment Rs. 14.22 Cr. Rate of Return 94% Break Even Point 24%

Cost Estimation

Plant Capacity 143 Nos./Day Land & Building (Area 6000 sq.mt.)Rs. 3.35 Cr. Plant & Machinery Rs. 1.05 Cr. W.C. for 2 Months Rs. 1.19 Cr. Total Capital Investment Rs. 5.86 Cr. Rate of Return 60% Break Even Point 41%

Cost Estimation

Plant Capacity 3000 KGS/Day Land & Building (Area 1000 sq.mt.)Rs. 98 Lacs Plant & Machinery Rs. 71 Lacs W.C. for 2 Months Rs. 17 Lacs Total Capital Investment Rs. 2.45 Cr. Rate of Return 22% Break Even Point 60%


25 PROJECT NAME

1. 2. 3. 4. 5. 6.

LAUNDRY & DRY CLEANERS Dry-cleaning and Laundry business is profitable business now-a-days because in today’s today’s modern life, no one has got the time to wash and clean their own clothes and apart from these, there are many other reasons that rich people are more prefer to wash and clean their expensive Sarees, Trousers, Skirts, Shirts, Frocks and especially Silk Sarees and Dress materials through the Dry Cleaners only. Laundry work is very well known process of cleaning all types of linens, clothing & carpets etc. Working conditions are not likely to be ideal, but much can be done to overcome drawbacks and inconvenience by orderly arrangement, and sometimes by structural improvements. Due regard must be paid to the question of providing for facilities to ensure satisfactory results.

Cost Estimation

Plant Capacity 800 KGS/Day Land & Buildin Building g (Area 500 sq.m sq.mt.) t.) Rs. 36 Lacs Plant & Machinery Rs. 10 Lacs W.C. for 1 Months Rs. 18 Lacs Total Capital Investment Rs. 77 Lacs Rate of Return 40% Break Even Point 59%

ISBN- 81-86732-33-0

Price-890/-

Hand Book Of Electroplating Anodizing & Surface Finishing Techno Technology logy The book covers Principles of Electroplating, Technology of Cleaning, Pickling & Dipping, Electrolytic & Chemical Processes for the Polishing of Metals, Nickel Plating, Plating, Chromium Plating, Hard Chromium Plating , Copper Plating, Electroforming, Brass Plating, Plating, Silver Plating, Plating, Gold Plating Plating (Gilding), Cadmium Plating, Zinc Plating, Tin & Tin Alloy Plating, Plating for Electronics , The Plating of Plastics & Other Non Non Metallic Materials, Anodic Oxidation of Aluminium, Phosphating Processes, Manufacturers & Suppliers of Machinery & Equipments, Suppliers Suppliers of Electroplating Chemicals & Materials.

25 AYURVEDIC/ HERBAL PHARMACY & COSMETIC PRODUCTS Rs. 20,225/FOR CD PROJECT COST

ALOEVERA GEL ST ALOEVERA STABILI ABILIZED ZED AYURVEDIC MEDICIN MEDICINES ES AYURVE YURVEDIC DIC SHARB SHARBAT AT ANTISE ANT ISEPTI PTIC C CRE CREAM AM AYURVE YURVEDIC DIC DANT MANJA MANJAN N AYURVE YURVEDIC DIC MEDIC MEDICINE INE FOR DIAB DI ABET ETES ES (L (LIQ IQUI UID D & OT OTHE HERS RS)) 7. EXTRA EXTRACTION CTION OF ESSEN ESSENTIAL TIAL OIL 8. HERBAL EXTRACTS 9. HERBAL BEER 10. HAIR DYE IN FORM OF HAIR OIL 11. HAIR OIL 12. HERBAL TOOTH PASTE PASTE & TOOTH POWDER 13. HERBAL COSMETIC 14. HERBAL HAIR OIL 15.. HE 15 HERB RBAL AL SH SHAM AMPO POO O & CR CREA EAMS MS 16. HENNA PASTE MAKING 17. HERBAL FACE PASTE 18. HERBAL HAIR DYE OIL (COCONUT OIL + PPD BASED) 19. HERBAL CAPSULE 20. HERBAL POWDER & CREAM 21. KESH KALA TEL 22. KALI MEHANDI POWDER (HAIR DYE POWDER) 23. ROSE WA WATER TER 24. SHAMPOO 25. TOILET & HERBAL SOAP

21 Lacs 3 Cr. ——— 70 Lac Lacs s 50 Lacs 1.05 Cr 1.05 Cr.. 58 Lacs 7.58 Cr. 3.73 Cr. 50 Lacs 2.05 Cr. 1.26 Cr. 76 Lacs 2.57 Cr. 24 La Lacs cs 35 Lacs 47 Lacs 58 Lacs 1.25 Cr. ———51 Lacs 18 Lacs 37 Lacs 30 Lacs 57 Lacs

Each Project Report covers in this CD contains Introduction, Uses, Market, Process with Product Formulae, Suppliers of Plant and Equipments, Cost Economics with Profitability Analysis, BEP, BEP, Resources of Finance etc. Price of this CD containing all above 25 Project Reports is Rs. 20,225/-. Payable fully in advance through Draft/M.O. in favour of ENGINEERS INDIA RESEARCH INSTITUTE, DELHI. Delivery wit hin 1 day. (To Order please dial : 98114-37895)

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PLYWOOD AND PLYWOOD PLYBOARDS

CARBOXY METHYL STARCH

PRODUCTION OF PV PANELS (SOLAR PV PANELS)

Plywood is made of three or more thin layers of wood bonded together with an adhesive. Each layer of wood, or ply, is usually oriented with its grain running at right angles to the adjacent layer in order to reduce the shrinkage and improve the strength of the finished piece. Most plywood is pressed into large, flat sheets used in building construction. Other plywood pieces may be formed into simple or compound curves for use in furniture, boats, and aircraft. The use of thin layers of wood as a means of construction dates to approximately 1500 B.C. when Egyptian craftsmen bonded thin pieces of dark ebony wood to the exterior of a cedar casket found in the tomb of King Tut Ankh-Amon. This technique was later used by the Greeks and Romans to produce fine furniture and other decorative objects. In the 1600s, the art of decorating furniture with thin pieces of wood became known as veneering, and the pieces themselves became known as veneers.

The chemical modification of polysaccharides is the most important route to modify the properties of the naturally occurring biopolymers and to use this renewable resource in the context of sustainable development. In general, all chemical reactions known from low molecular organic chemistry may be carried out. However, up to now only a limited number of products is produced commercially. Recent research and development is focused on the improvement of the known products and synthesis paths as well as on new derivatives and alternative synthesis concepts. Carboxymethylation of polysaccharides is a widely studied conversion since it is simple and leads to products with a variety of promising properties. In general, the polysaccharide is activated with aqueous alkali hydroxide mostly sodium hydroxide and converted with monochloroacetic acid or its sodium salt according to the Williamson ether synthesis yielding the carboxymethyl (CM) polysaccharide derivative. Not only cellulose and starch but also various polysaccharides form different sources are applied as starting materials. Carboxymethyl Carboxymethyl starch (CMS, as it is usually called) was first prepared in 1918 and was produced commercially in the early 1920’s at the IG Farbenindustrie AG in Germany.

The generation of electricity from photovoltaic (PV) solar panels is safe and effective. Because PV systems do not burn fossil fuels they do not produce the toxic air or greenhouse gas emissions associated with conventional fossil fuel fired generation technologies. According to the U.S. Department of Energy, few power-generating technologies have as little environmental impact as photovoltaic solar panels. However, as with all energy sources, there are potential environmental, health and safety hazards associated with the full product life cycle of photovoltaics. Recent news accounts have raised public interest and concerns about those potential hazards.2 A substantial substantial body of research has investigated the life cycle impacts of photovoltaics including raw material production, manufacture, use and disposal. While some potentially hazardous materials are utilized in the life cycle of photovoltaic systems, none present a risk different or greater than the risks found routinely in modern society.

Cost Estimation

Plant Capacity 145 SQF/Day Land & Building (Area 6000 sq.mt.)Rs. 3.61 Cr. Plant & Machinery Rs. 1.33 Cr. W.C. for 1 Months Rs. 50 Lacs Total Capital Investment Rs. 5.57 Cr. Rate of Return 20%

TITANIUM DIOXIDE The year 1992 will mark the start of the third century since the discovery of Titanium, stated to be be the ninth most most plentiful element in the earth’s crest. This non-ferrous metal today holds the the same position that was held held by aluminium at the turn of the 20th century. century. Metallurgists and engineers have forecasted a very brilliant future for this metal which represents the most important development in the nbon-ferrous industry since the Second World War. A heavy chemical process industry, the Titanium Dioxide industry has recorded a phenomenal growth since its inception nearly threequarters of a century ago in the United States and Norway, mainly because of its exceptional qualities. These include extraordinary whiteness and brightness close to those of the whitest known substance, magnesium oxide, stability against extreme conditions of environment, tenacity against most chemicals, nontoxicity nontoxicity,, high refractive refractive index and thus higher opacity opacity and and relative relative ease ease in application. Because of these superior qualities, that this metal possesses, other popular white pigments like lithopone, white lead, zinc oxide, antimony oxide, etc., have steadily given given way to titanium dioxide, dioxide, also popularly known by its chemical formula TiO2. Cost Estimation

lant Capacity 15 MTS./Day Land & Building (Area 8000 sq.mt.)Rs. 9.84 Cr. Plant & Machinery Rs. 12.76 Cr. W.C. for 3 Months Rs. 18.98 Cr. Total Capital Investment Rs. 42.74 Cr. Rate of Return 33% Break Even Point 44%


Cost Estimation

Cost Estimation

Plant Capacity 110 Nos./Day Land & Building (Area 1500 sq.mt.)Rs. 1.33 Cr. Plant & Machinery Rs. 1.08 Cr. W.C. for 2 Months Rs. 8.94 Cr. Total Capital Investment Rs. 11.50 Cr. Rate of Return 70% Break Even Point 25%

Plant Capacity 15 MT./Day Land & Building (Area 15000 sq.mt.) Rs. 17.37 Cr. Plant & Machinery Rs. 7.05 Cr. W.C. for 2 Months Rs. 3.65 Cr. Total Capital Investment Rs. 28.90 Cr. Rate of Return 58% Break Even Point 32%

CONFECTIONERY CONFECTIONER Y UNIT WITH TOFFEE, CANDY, CHEWING GUM & BUBBLE GUM Confectionery or sweetmeats are preserved edible delicacies consisting of a solid or crystalline phase and a liquid or noncrystalline phase the relative relative proportion proportion of which determine the type of confectionery. The principal types of confectionery are hand boiled goods, caramel and toffee, ratin goods, comfits or draggees, and lozenges. Sugar is the principal ingredient of confectionery. Cost Estimation

Plant Capacity 1400 KGS/Day Land & Building (Area 1100 sq.mt.) Rs. 69 Lacs Plant & Machinery Rs. 52 Lacs W.C. for 3 Months Rs. 82 Lacs Total Capital Investment Rs. 2.16 Cr. Rate of Return 19% Break Even Point 66%

Patrons you can deposit the amount in EIRI Account ICICI BANK LTD. CA-038705000994 (RTGS/NEFT/IFSC Code: ICIC0000387)

ISBN- 9789380772196

Price-1890/-

TECHNOLOGY OF SWEETS (MITHAI), NAMKEEN AND SNA SNACKS CKS FO FOOD OD WIT WITH H FORMU FORMULAE LAE The book covers Details of Raw Materials used for Sweets Manufacture, Making of Milkbased Sweets, Manufacture of Bengali Sweets, Shrikhand Manufacture, Chakka Powder, Shrikhand Wadi, Kheer Manufacture, Dried Kheer Mix Manufacture, Payasam Manufacture, Phirni Manufacture, Sevian Manufacture, Sohan Halwa, Gajar-ka-Halwa, Kaju Burfi Manufacture, Ghevar Preparation, Rasogolla, Kheer and Pal Payasam, Preparation of Lassi, Shrikhand Preparation, Technology of Khoa Manufacture and Storage, Peda, Khoa-based Sweet - Kalakand, Khoa-based Sweet Gulab Jamun, Milk-based Sweet - Burfi, Chhana-based Sweet - Rasogolla, Preparation of Kulfi, Yoghurt, Production of Sandesh, Manufacture of Shrikhand by Ultrafiltration Process, Preparation of Traditional Sweets, Gulab Jamun/Rasogullas, Winter Products, Some Selected Recipes of Traditional Foods, Dessert Powders & Puddings, Extruded Snacks, Potato-based Textured Snacks, Snacks and Namkeen Recipies, Snack Food Preservation & Packaging, Details of Plant, Machinery and Equipments for Snacks Food, Namkeen and Sweets, Processed Products from Potato, Pappad and Bariyan Plant, Potato Chips/Waffers, Potato Chips (Automatic Plant) with Imported Machinery, Rice Puff, Rice Flakes, Corn flakes and Wheat flakes (integrated unit), Snack Food, and Packaging of Snack Foods.

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START YOUR OWN PROFITABLE INDUSTRY COPPER STRIP COILS FROM SCRAPS

CASHEW NUT PROCESSING

Metals other then iron and steel are described as non-ferrous metals. For example, Aluminium, Brass, Bronze, Copper, Lead, Silver, Silver, Zinc & other precious metals. Copper is reddish-brown of colour white Brass is golden yellow yellow.. On chemical spot tests, tests, copper does not react react while red brass with silver nitrate will turn black in the solution and yellow brass will show no reaction. Most brasses & bronzes are heavier than steel. Yellow brass is soft compared with Mn-bronze which is hard, brittle & coarse. Copper is the perfect material for recycling. recycling. It is valuable, easy to identify, identify, easy to clean, heavy and can be of much use to foundries, melters, melters, & other non-ferrous industries, as scrap. Copper has many important alloys eg. bronze (contains copper, Tin & Zinc) and brass (which contains copper & zinc only). To discourage thefts, scraps are packed in oil drum & hammered hammered the ends ends over. over. Pure copper may include scraps from factories making copper products, usually they reclaim if themselves, but ends of copper tubes used in domestic water systems & other buildings, prices of electrical machineries, wire & power cables etc.

Cashew (Anacardium occidentale L.) a native of Eastern Brazil introduced to India just as other commercial crops like Rubber, Coffee, Tea Tea etc. by the Portuguese Portug uese nearly nearl y five centuries back. The first introduction of cashew in India was made in Goa from where it spread to other parts of the country country.. In the beginning it was mainly considered as a crop for afforestation and soil binding to check erosions. The nuts, apple and other by products of this crop are of commercial importance. Though its commercial exploitation began from the early 60’s, marginal lands and denuded forests were the areas set apart for the plantation development. Due to the absence of high yielding varieties and multiplication techniques, indiscript seeds and seedlings were used for planting purposes. Because of its adaptive ability in wide range of agro climatic conditions it has become a crop of high economy and attained the status of an export oriented commodity bringing considerable foreign exchange to the country.

Cost Estimation

Plant Capacity 3.33 MT./Day Land & Building (Area 10000 sq.mt.)Rs. 9.20 Cr. Plant & Machinery Rs. 1.59 Cr. W.C. for 2 Months Rs. 5.38 Cr. Total Capital Investment Rs. 16.55 Cr. Rate of Return 52% Break Even Point 35%

NITROUS OXIDE Nitrous oxide is one of the important gas, manufactured strictly for medical anaesthetic purpose. It is used before surgical operations in all most all Hospitals, Nursing homes medical centres etc. The anaesthetic doses of the nitrous oxide is strictly assessed and controlled by expert expert doctors. This gas is now widely gaining importance all over the world. Now a days there are very few manufacturers who are manufacturing this gas. The nitrous oxide gas is, now a days used as anaesthetic agent. It is used both for human as well as veterinary anaesthetic agent. There are only few manufacturers who are manufacturing this item for hospital application. But in comparison to demand, the production is negligible. Cost Estimation

Plant Capacity 1 Ton./Day Land & Building (Area 1000 sq.mt.)Rs. 26 Lacs Plant & Machinery Rs. 42 Lacs W.C. for 3 Months Rs. 30 Lacs Total Capital Investment Rs. 1.04 Cr. Rate of Return 59% Break Even Point 43%


Cost Estimation

Plant Capacity 2 MT./Day Land & Building (Area 2000 sq.mt.)Rs. 1.37 Cr. Plant & Machinery Rs. 55 Lacs W.C. for 2 Months Rs. 1.74 Cr. Total Capital Investment Rs. 3.80 Cr. Rate of Return 28% Break Even Point 54%

CEILING FANS Ceiling fans (technically, paddle fans) are functional and attractive room additions that will add value when you have to sell your home. They can also assist with both heating and cooling your home in the coldest and warmest months of the year, with a switch that reverses the flow of the air as needed. When your heating system is operational, moving the switch up pushes the warm air off the ceiling to warm the whole living space. When the air conditioner is on, moving the switch down forces the cooler air to mix with the warm air at the top of the room. The A/C processes all the air, removing moisture and cooling it as well. Adding ceiling fans in the biggest and most frequently used living spaces in your home requires only a moderate level of DIY skill. Cost Estimation

Plant Capacity 240 Nos./Day Land & Building (Area 1000 sq.mt.)Rs. 1.09 Cr. Plant & Machinery Rs. 32 Lacs W.C. for 3 Months Rs. 1.69 Cr. Total Capital Investment Rs. 3.28 Cr. Rate of Return 62% Break Even Point 41%

SBR RUBBER SHEETS, SHOE SOLE & FOOTWEAR MANUFACTURING Indian rubber industry is nearly five decades old. There are over 1,400 rubber manufacturing units spread over the country.. The total production of rubber goods country is estimated estimated at Rs 340/- crores. In a span of over 50 years the Indian rubber Industry has grown from strength strength to strength. Nearly a decade ago the industry was entirely dependent on imports for its basic raw materials. But now the industry is almost self sufficient except for a very small range of specialty products. Cost Estimation

Plant Capacity 2500 Pairs/Day Land & Building (Area 4000 sq.mt.)Rs. 1.04 Cr. Plant & Machinery Rs. 97 Lacs W.C. for 2 Months Rs. 2.58 Cr. Total Capital Investment Rs. 4.68 Cr. Rate of Return 44%

23 DAIRY FARMING (BUFFALO & COWS), DAIRY PRODUCTS AND OTHER MILK PROCESSING INDUSTRIES Cost Rs. 17,978/- for All 23 Project Reports in Cd.

23 PROJECT NAME

PROJECT COST

1. BUTTER MILK 100 Lacs 2. CASEIN FROM MILK 22 Cr. 3. CONDENSED SWEETENED MILK WITH CONTAINERS MANUFACTURI MANUFACTURING NG 41 Cr. 4. CONDENSED MILK SWEETENED 53 Cr. 5. DAIRY FARM FARM TO PRODUCE MILK & GOAT FARM 56 Cr. 6. DAIRY FARMING FARMING & DAIRY DAIRY PRODUCTS PRODUCTS 204 Lacs 7. DAIRY FARM FARM TO PRODUCE MILK (JERSEY COW) 45 Lacs 8. DAIRY FA FARM RM TO TO PRODUCE PRODUCE MILK MILK (BUFFALOE) 24 Lacs 9. DAIRY DEVELOPMENT 185 Lacs 10. FLAVOURED MILK (STERILIZED) 62 Lacs 11. GHEE AND BUTTER 106 Lacs 12. ICE CREAM OF DIFFERENT FLAVOURS 78 Lacs 13. LACTOSE AND BY-PRODUCTS BY-PRODUCTS PROCESSING FROM MILK 14 Lacs 14. MILK TOFFEE MANUFACTURES 12 Lacs 15. MITHAI/HALW MITHAI/HALWAI AI (SWEET & NAMKEEN) 46 Lacs 16. MILK POWDER & GHEE 145 Lacs 17. MILK CHILLING PLANT 73 Lacs 18. MILK PROCESSING PLANT 162 Lacs 19. PROCESSED CHEESE 68 Lacs 20. PEANUT MILK, KEFIR, FLAVOURED PEANUT MILK MILK BEVERAGE 13 Lacs 21. SOYA MILK & PANEER 148 Lacs 22. TONED MILK 6.66 Cr. 23. YOGHURT 2.38 Cr.

Price of this CD containing all above 23 Project Reports is Rs. 17,978/-. Payable fully in advance through Draft/M.O. in favour of ENGINEERS INDIA RESEARCH INSTITUTE, DELHI. Delivery within 1 day. To Order please dial : 98114-37895).

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BRICKS FROM STONE DUST

RUBBER SHEETS FOR SHOE SOLES

Brick are produced in almost all towns and villages in India, and organised bricks fields fields are found in the neighborhood of large cities. Refractory Refractory bricks, bricks, a special class of bricks, are included under refraction. Bricks are made of earth or natural clay fly ash, sand dust which should be sufficiently plastic and should not shrink, crack or warp during drying and burning. Iron oxide in the clay is responsible for the characteristics red colour of Bricks, and excess excess of it gives them a bluish black colour. The usual size of bricks are 12" x 6" x 22" (old Indian bricks) 10" x 5" x 3" (usual Bengal bricks), bricks), 92" x 4 3/4" x 2 3/4" (Bengal P.W.D. P.W.D. Specif), 9" x 4" x 22" (Northern India P.W.D. P.W.D. specif). The width of the the brick is about 2" less than half of its length, so that one brick when laid lengthwise will just cover two bricks laid cross wise, with a filling of mortar between them. Hollow bricks are light (about 11 percent lighter than ordinary bricks) and afford better insulation insulation against against sound heat and cold. They They may be made in any brick brick factory worked by power and are manufactured in three sizes: 9" x 42" x 3", 9" x 52" x 2 5/8", and 9" x 62" x 3".

Indian rubber industry is nearly five decades old. There are over 1,400 ubber manufacturing units spread over the country.. The total production of rubber goods country is estimated estimated at Rs 340/- crores. In In a span of over 50 years the Indian rubber rubber Industry has grown from strength strength to strength. Nearly a decade ago the industry was entirely dependent on imports for its basic raw materials. But now the industry is almost self sufficient except for a very small range of specialty products. The industry’s steady progress can be evident from the following facts. Consistent increase in consumption of new rubber which has jumped from 22, 790, tonnes in 1951 is 1,38,200 tonnes in 1972. Considerable increase in number of rubber factories. Steady increase in exports of rubber products crossing the figure of Rs 11. 11.5 5 crores. The natural rubber production in the country at the end of current year 1973 would be 1.25 lakh lakh times, synthetic synthetic rubber 35,000 tonnes and reclained 30,000 tonnes.

Cost Estimation

Plant Capacity 50000 Nos/Day Land & Building (Area 5000 sq.mt.)Rs. 3.16 Cr. Plant & Machinery Rs. 52 Lacs W.C. for 3 Months Rs. 1.08 Cr. Total Capital Investment Rs. 4.92 Cr. Rate of Return 15% Break Even Point 60%

Cost Estimation

Plant Capacity 4000 Pairs/Day Land & Building (Area 4000 sq.mt.)Rs. 1.04 Cr. Plant & Machinery Rs. 84 Lacs W.C. for 2 Months Rs. 82 Lacs Total Capital Investment Rs. 2.79 Cr. Rate of Return 39% Break Even Point 54%

DEXTROSE SALINE Intra venous fluids, in general are used used as I.V drips for patients in nursing homes and hospitals suffering from acute dehydration or considerable debilitating conditions. These I.V fluids replanish the body fluids. Though a number of I.V fluids are there, generally three types of I.V fluids are used in hospitals as I.V drips. They are as follows:1. Dextrose Dextrose injection fluid, 2. Dextrose and sodium chloride chloride injection fluid, When saline is injected injected intravenously intravenously,, it compensate the deficiency of sodium ions when dextrose is injected it gives energy due to glucose content of it when dextro-saline is given in combination, it replanishes the dehydration as well as gives energy thereby recouping debility syndrome and also in general take care of malaise. Dextrose (D-glucose, corn sugar, starch sugar, blood sugar, grape sugar) is by for the most abundant sugar in nature and occurs either in the free state (monosaccharide form) or chemically linked with other sugar varieties. In the free state, it occurs in substantial quantities in honey, fruits, and berries. As a polymer of anhydrodextrose units, it occurs in starch, cellulose, and glycogen. Sucrose is a disaccharide of dextrose and fructose. Commercial production of dextrose by hydrolysis of starch yields white crystalline sugars that are either anhydrous (C6H12O6) or hydrated (C6H12O6H2O). Cost Estimation

Plant Capacity 12000 Btl/Day Land & Building (Area 9000 sq.mt.)Rs. 4.01 Cr. Plant & Machinery Rs. 4.90 Cr. W.C. for 3 Months Rs. 1.73 Cr. Total Capital Investment Rs. 11.06 Cr. Rate of Return 20% Break Even Point 66%

Technology Books Just published

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ISBN- 8189765051

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Hand Book Of Organic Farming & Organic Foods With Vermi Composting & Neem Products

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The book covers Introduction, Organic Farming Principles and Concepts, Cycle for Survival, Organic Farming, Soil Environment and Plant Growth, Soil Organic Matter and Humus, In Situ Manuring, ExSitu Manuring, Production of Compost, Vermi Composting, Ecological Pest Management, Neem, Utilization of Neem, Patents on Neem, Neem in Medicine, Preparation of Neem Products and their Uses, Neem in Pest Control, Neem as a Fertilizer, Synonyms and Properties of Neem, Adoption and Success, Economics and Marketing, Organic Food & Organic Farming, Certification of Organic Food, Specifications of Organic Food, Principles of Organic Production, Permitted Substances for the production of organic foods, Minimum Inspection Requirements and Precautionary Measures under the Inspection of certificatation system, Soil Soil for Cultivation, Biogas Generation & Organic Farming, Waste Water Treatment & Organic Farming.

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BLOWING AGENTS

ISBN- 9789380772103

Price-1040/-

Modern Technology of

Frozen Food Products The book Modern Technology of Frozen Food Products covers Introductgion to Freezing, Frozen Food Composition, Frozen Natural Food Product, Effects of Freezing on Nutritional and Microbiological Properties of of Foods, Selecting Selecting Refrigeration Refrigeration and Freezer Plant, Emerging and Novel Freezing Processes, Freezing of Meat, Process for Producing Freeze Freeze Dried Meat, Chilling of Meat Products, Process for Quick Freezing of Meat, Apparatus for Freeze Forming Meat Products, Method for modifying pH within meat products, products, Dehydrated Meat Product Protected Against Oxidation, Method for Treating Frozen Meat, Soft Frozen Liquid Egg Product, Freezing of Fish, Method of Freezing Fishery Products, Production of Refrigerated Minced Fish Flesh, Process for Providing a Frozen Fish Product, Fish Storage Tray and Dividers and Method of Storing Frozen Fish.

ALUM Alum are represented by the general formula formula R 1/2 SO4, R2"(SO4)3.24.H2O. R2"(SO4)3.24.H2O. Where R and R”are respectively monovalent and trivalent radicals. They are usually the double salts of ammonium, potassium or sodium sulphate sulphate with aluminium. Chromium or iron sulphate, and are readily prepared y by concentrating and cooling a solution containing molecular proportions of the Component Sulphate. Alum is marketed in various grades. grades. The cheapest cheapest grade called “alum cake”. Potash alum also known as alum alumen. Ferric alumin is alumini sulphate containing iron obtained from the bauxite ore. Potash alum is prepared from its naturally occuring minerals such as alunite, and Ratinite, but in India these do not occur in appreciable quantities. Alum was formerly prepared from alum shales by roasting them in year and leaching it out with water. water. Alum is now produced in India by crystallizing together equivalent produced in India by Crystallizing together equivalent proportion of potassium sulphate and aluminium sulphate. The solution solution is concentrated and the crystals are separated out are melted to yield lump alum or recrystalized to obtain large crystals. Cost Estimation

Plant Capacity 20 MT./Day Land & Building (Area 1500 sq.mt.)Rs. 29 Lacs Plant & Machinery Rs. 50 Lacs W.C. for 3 Months Rs. 55 Lacs Total Capital Investment Rs. 1.60 Cr. Rate of Return 58% Break Even Point 36%


A blowing agent may be defined as a compound, organic or inorganic, that releases a gas when heated to a definite minimum temperature. It is infact, the decomposition temperature which determines the usefulness of a blowing agent, many different and diverse materials, have been used for blowing agents, ranging from the domestic product backing powder to materials which can be classed as mild explosives. However in case or rubber under well defined condition, blowing agents liberate gases giving expended closed cell or open cell structure structure rubber product. product. The most commonly used inorganic blowing agent in sodium bicarbonate, though ammonium carbonate and bicarbonate are still in use. These liberate CO2 and yield an open hore structure. Ammonium Ammonium Carbonates are of the earlist blowing agents used for production or sponege rubber and is still used for toilet sponge. Sodium bicarbonate is still quite popular because of its low cost compared to organic blowing agents. It is used in quantities upto 10% a high close of stearic acid is normally used to facility decomposition of the bicarbonate before the curing starts, in the production of open cell sponge rubber.

DL(DG)-11/8024/2012-14 Hi-Tech Projects An Industrial Monthly Monthly Magazine Magazine on Hi-Tech Projects & developed and underdeveloping Technologies with lucrative Project opportunities Editor Sudhir Gupta (Industrial Consultant) Ankur Gupta (Assistant (Assistant Editor)

SUBSCRIPTION RATES FOR INDIA: Single Copy Rs. 20/One Year Rs. 225/Three Years Rs. 650/(Add Rs. 125/- for for outstation cheques. cheques. Please make the Draft/Cheque in favour of “Engineers India Research Institute, Delhi” FOR OVERSEAS:

Single Copy US$ 5/One Year US$ 60/Three Years US$ 170/-

CAUTION Project Reports/Profiles provided in this issue had been prepared on datas available at the time of preparing these reports. Entrepreneurs/Industrialists Entrepreneurs/I ndustrialists are requested to please update the data before venturing into any project mentioned herein. However efforts have been made to provide Correct information even then no guarantee can be given about the authenticity of the matter. All disputes are subect to Delhi Jurisdiction only.

Cost Estimation

Plant Capacity 500 KGS/Day Land & Build Building ing (Ar (Area ea 500 500 sq sq.mt .mt.) .) Rs. 6 Lacs Lacs Plant & Machinery Rs. 7 Lacs W.C. for 3 Months Rs. 22 Lacs Total Capital Investment Rs. 37 Lacs Rate of Return 66% Break Even Point 36%

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Price-1140/Citrus Fruits Cultivation & Processing Technology

ISBN- 9788189765996

The book Citrus Fruits Cultivation & Processing Technology covers Citrus Industry in India, Background, Cultivation of Citrus Fruits, Technique of Hybridization, Influence of Climatic Factors, Soils Requirement of Different Citrus Species, Establishing an orchard, Seed Propagation, Citrus Rootstocks in India, Nutrition, Irrigation Requirement of Citrus Trees, Weed control in nurseries, Harvesting, Quality of Fruit, Post harvest Technology echnology,, Problems in Citriculture, The Extraction of Orange Products, Kagzi Lime Carbonated Beverage, Citric Acid from Citrus Processing Wastes, Utilization of Kinnow Waste in Value Added Added Products, Rangupur Lime (Citrus Limonia Osbeck) Preparation and Storage of Beverages, Citrus and Fortunella, Lists the Products which can be Obtained from Citrus Fruits, Citrus and Other Fruit Juices, Spray Drying Technology for Fruit Juice Drying, Processing of Citrus

(1) AXIS BANK LTD. CA- 054010200006248 (2) ICICI BANK LTD. CA- 038705000994 (3) HDFC BANK CA- 05532020001279 (4) UNION BANK OF INDIA CA- 307201010015149 (5) STA STATE TE BANK OF INDIA CA- 30408535340 All the Books Also Available Available at : EIRI Project Consultants & Publishers Roop Nagar, Delhi Printed, Published & Edited by Sudhir Kumar Gupta on behalf of “Engineers India Research Institute” 4449, Nai Sarak, Delhi 6 and Printed at Swastik Offset, Naveen Shahdara, Delhi, Registered with Registrar News Paper for India

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ELECTRICAL APPLIANCES AND SPARE PARTS Most of the parts of our life is spent at home. We start for our regular works from our permanent dwelling place, we get ourselves ready for each and every work of the day at home and we eat, drink, sleep and do allthe variety of works there only only.. Therefore, every one’s prime interest goes to collect things of comforts for his house. Those articles which go into helping our household works are formed domestic articles. These are of various types and for various functions eg. for cooking, serving and others. There are some standard household items which essentially are required for every family big or small, poor or rich. But, certain other domestic items require more than average expenses but more-or-less are unsparable like coolers, fans, air conditioners for keeping the house cool during summer season. Heat convectors, heater etc. are essential for heating the room air when ambient temperature goes down and biting cold weather affects normal living. Similarly water boilers and immersion heating rods, Geysers and water heaters etc are important appliances to get desirably hot water during winter season for bathing. Cost Estimation

Plant Capacity 14 Nos./Day Land & Building (Area 2000 sq.mt.)Rs. 1.25 Cr. Plant & Machinery Rs. 7 Lacs W.C. for 3 Months Rs. 18 Lacs Total Capital Investment Rs. 1.51 L ac acs Rate of Return 19% Break Even Point 58%

BUS & TRUCK BODY-BUILDING Automobiles body building units generally speciallise in a few types of vehicles. For example, a body building workshop of small capacity can under take either trucks or buses of standard design or mini buses or delivery vans or similar other vehicles used for commercial transportation of goods & passengers. But, sufficiently big auto-body building factories can under take a range of chassises for constructing and mounting body on them. Auto-body building involves a lot of structural designs, wood & metal working processes, fastening techniques surface protection measures, arranging various accessories and instruments electricals and safety devices at proper places. Such a factory requires to be fully equipped with full-range of wood/metal working machines and tools, treating and testing equipments, high level of productivity and quality oriented team and much more facilities indeed. Body building is a labouroriented work where all calibres of personnels and hard working labourers are treated as assets. Cost Estimation

Plant Capacity

3 Bus Bodies/Day 5 Truck Bodies/Day Land & Building (Area 12.50 Acres)Rs. 65 Lacs Plant & Machinery Rs. 75 Lacs W.C. for 1 Months Rs. 1.80 Cr. Total Capital Investment Rs. 3.59 Cr. Rate of Return 73% Break Even Point 29%


PVC PIPES & FITTINGS One hospital bed out of four in the world is occupied by a patient who is ill because of polluted water. Provision of safe and convenient water supply is the single most important activity that could be under taken to improve the health of people living in rural areas of the developing countries - it is the statement of world health organisation. Water makes life possible, and it is difficult to imagine any programme for human development or improvement that does not pre-suppose or require a readily available supply of water. Probably there may be potentially enough water to meet forth coming needs. But frustratingly, frustratingly, it tends to be available in the wrong place, at the wrong time or with the wrong quality, and in one way or another, all societies are served with an adequate and safe water supply. Less than 30% of the world’s population has access to piped water, the rest of the people rely on wells, rivers and other other sources. sources. Most of these water sources are open to contamination by pathogenic organism. Where there is no water, there is no life. Where there is contaminated water, there is a short life expactancy and a high incidence of disease and sufferings. Over 70% of India’s rural population does not have access to safe drinking water. Villagers have to trek for for miles to get water. water. It is estimated that at least 24 million people are living at risk in about 34,000 cholera, endemic villeges, and small towns. Cost Estimation

Plant Capacity 2.50 MT MT./Day ./Day Land & Building (Area 1800 sq.mt.)Rs. 26 Lacs Plant & Machinery Rs. 29 Lacs W.C. for 3 Months Rs. 1.04 Cr. Total Capital Investment Rs. 1.70 Cr. Rate of Return 35% Break Even Point 50%

‘O’ RINGSS ‘O’ rings are essential components in the automotive engine and machinery such as gear boxes, hydraulic and pneumatic cylinder, pumps and compressors etc. It is used for preventing the escape of lubricating oil from rotating shaft and as also to prevent. Dust from entering inside the engine and other working parts when both contacting parts are stationery the seal is named as “static seal” and when in motion dynamic seal are used. ‘O’ rings are most popular in use. The metal reinforcement is necessary to provide rigidily when assembling. The springs are used for exesting pressure to ensure good sealing as the rubber gradually wear. The variety of sizes than can be manufactured are innumerable. Elastomers when exposed to heat tend to harden and becomes brittle. Cost Estimation

Plant Capacity 16000000 Nos./Day Land & Buildin Building g (Area 500 sq.mt.) sq.mt.) Rs. 12 Lacs Plant & Machinery Rs. 3 Lacs W.C. for 1 Months Rs. 11 Lacs Total Capital Investment Rs. 27 Lacs Rate of Return 98% Break Even Point 28%

SYNTHETIC RED & YELLOW IRON OXIDE Iron Oxides are extensively used in the preparation of paints. There are two main stains yellow and red, Both these varieties are available in synthetic and natural forms. Yellow oxide of iron is widely used as a retainer in glass paints, undercoats, of iron finds application in paints rubber, plastics, ceramics, paper linoleum and for polishing glass, metals and diamonds, Iron oxides are used in paints for exterior work on account of the low cost and protective value. They are used as primers for structural steel, automobiles bodies, ship bottoms of iron prolong life of the substance by eliminating the dest- ructive effect light on the film. Iron oxide pigments own their yellower tint to feerous oxide and ferric hydroxide while red red dish-brown colour is essentially due to anhydrous ferric oxide Fe203. There are various types of deposits of yellow and red Oxides of iron available in various places in the world mainly they are classified as under. Cost Estimation

Plant Capacity 2 MT./Day Land & Buildin Building g (Area 1000 sq. sq.mt.) mt.) Rs. 9 Lacs Lacs Plant & Machinery Rs. 9 Lacs W.C. for 3 Months Rs. 20 Lacs Total Capital Investment Rs. 40 Lacs Rate of Return 31% Break Even Point 56%

RUBBER ROLLERS & EBONITE ROLLERS Rubber is the coagulated juice or latex of various species of Heaves and certain other plants. The climatic climatic conditions prevailing in the equatorial low areas are favourable to growth of rubber trees. Malaysia contributes contributes maximum production of rubber all over the World. India produces produces adequatic amount of rubber to meet the country needs. Of the many applications of rubber metal bounded assemblies, rubber roller cover a wide field ranging from typewriter typewriter to textile textile industry. industry. A rubber roller is in fact a cylinder of rubber bounded to a metallic core. The rubber cylinder protects the metallic core against chemical attack, and protects the material being handled against damage. damage. Rollers are used for application of liquid to or wiping a liquid off a surface, squeezing liquid out of a substract and sometimes giving a mild abrasion to the material surface. Cost Estimation

Plant Capacity 10 Pcs/Day Land & Build Building ing (Ar (Area ea 300 300 sq.mt sq.mt.) .) Rs. 9 Lacs Lacs Plant & Machinery Rs. 6 Lacs W.C. for 3 Months Rs. 5 Lacs Total Capital Investment Rs. 22 Lacs Rate of Return 37% Break Even Point 57% Patrons you can deposit the amount in EIRI Account

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KITCHENWARES & CATERING EQUIPMENTS (FOR S.S. AND M.S.)

DRY DISTEMPER AND SNOW CEM POWDER

SURGICAL GLOVES FROM LATEX

The catering equipments are the roots of any Hotel and the quality of items produced in the equipments depends on proper fabrication and structural material etc. Catering industry, a specialized industry of paramount importance & bridges the gap between the main producer of steel and its consumers. This industry is essentially of a jobbing type and covers a vast range of widely different structural. Attempt may be made to find the broad limits of the industry in terms of the basis processes undertakes, which include cutting, welding and rivetting, primarily, and casting, forging and machining as subsidiary process. Steel fabrication find extensive use in various developmental activities though the range and extent of their utilization may vary from one sector to another. Traditionally the most important fabrications are the general use for all types of residential kitchens factories, offices, shops, schools, hospitals for conventional uses. For hydro electric and irrigation schemes, structuals for sluice gates, operating gate, and pen stock are that types broadly used.

Distempers and snow cem powder as a class belong to water paints. These are the powder mixture of pigment and binder which when dispersed in water gives the required water paint. Distempers are manufactured in a wide range of bright colours and find extensive use as well coatings on cemented surfaces just like white wash. Recently, distempers have replaced white wash and calcimine. This is mainly due to the superior retention powder, durability, and light fastness on exposure to exterior conditions throughout the year. Calcimine is a distemper in whiting whiting as the principal principal pigment. pigment. It is sold in the form of dry powder to be mixed with water by the painter and is intended primarily for the decoration of plastered interior walls. Calcimine represent the latest expensive decorative coating available above the crude level of white wash wash or lime wash. It makes falt falt coatings with with clear. clear. Soft colour that do not not fade and do not turn yellow in subsuced light. Distemper form a cheap, durable and easily applied decoration for internal use on most building material except wood and metal whose moisture & thermal movement are likely to cause flaking. They are eminently suitable for decorating large surfaces of plaster cement products bricks and various forms of wall boards such as plaster board and insulating board, if suitably formulated they may be used externally on cement products or on brick work.

The gloves are made from latex by dipping method. In the same plant of hand gloves, other products like finger stalls, baloons, etc. can also be manufactured. Deposition of rubber by dipping an article in rubber solution in order to obtain thin walled articles in and old process, toy baloons, gloves for surgical and household use were made by dipping forms in milled rubber solution as cements. cements. A single dip was sufficient for producing very thin articles, but in case of heavy ones the dipping and drying operations had to be repeated several times. times. The solution uses uses as of high viscosity, yet it contain only a very small percentage of rubber, consequently the usage of solvent was high and the method of solvent recovery were very inefficient. inefficient. It was not surprising that when latex become commercially available attempts were made to use it in place of rubber solutions. solutions. Dipped goods from latex especially surgical gloves, industrial gloves, finger stalls etc. are finding increasing use formerly almost these articles were importan. importan. However However,, some large scale units in the country almost monopolished the manufacture and the marketing of these products. Recently much progress has been made in small sector. sector. Especially because technical know how is no longer a problem and all the raw materials are available indignously.

Cost Estimation

Plant Capacity 5.20 MT MT./Day ./Day Land & Building (Area 2000 sq.mt.)Rs. 12 Lacs Plant & Machinery Rs. 12 Lacs W.C. for 3 Months Rs. 1.20 Cr. Total Capital Investment Rs. 1.50 Cr. Rate of Return 143% Break Even Point 19%

Cost Estimation

IDLI MIX, DOSA MIX, SAMBAR MIX, VADA MIX GULABJAMUN MIX, TOMATO SOUP MIX ETC. (INSTANT FOOD) Instant soup mix, Idli mix, Dosa mix, Vada mix, Sambar mix, Gulab Jamun and Dahi Vada mix have come into existence due to the great advances in food technology. In this modern world, these mixes are getting immense popularity. popularity. These are widely used in hotels restaurants, dhaba, homes, etc. people have developed a natural fancy for such fast food parlour dishes. They have also developed a great taste and relish for such palatable items. Owing to their great popularity, there is an eventually a great demand for these product which are thus selling like hot cakes. Besides such prevalent food items can be early procurable from variegated shops, vendors, and mobile food snacks parlours. These items are quiet economical which are within the access of a middle class man. With the growing population and refinement in taste and eating habbits, the demand of these items is increasing tremendously. tremendously. Therefore it is very imperative that more units should come up in the field to prepare such items to cater. Cost Estimation

Plant Capacity 1.20 Ton./Day Land & Build Building ing (Ar (Area ea 500 500 sq.m sq.mt.) t.) Rs. 8 Lacs Lacs Plant & Machinery Rs. 13 Lacs W.C. for 3 Months Rs. 30 Lacs Total Capital Investment Rs. 56 Lacs Rate of Return 100% Break Even Point 29%


Plant Capacity 1 Ton/Day Land & Building (Area 1000 sq.mt.)Rs. 24 Lacs Plant & Machinery Rs. 11 Lacs W.C. for 3 Months Rs. 18 Lacs Total Capital Investment Rs. 56 Lacs Rate of Return 37% Break Even Point 52%

COAL TAR PITCH Coal tar pitch is a byproduct of turning coal into coke or coal gas. It is a sticky, sticky, dark brown or black liquid that resists flowing and has a very strong smell. In most cases, the volume of coal tar pitch used in medicinal preparations is very small in comparison to the amounts produced. As a result, result, most of the pitch is further processed to remove useful chemicals or is simply burned. Coal Tar Pitch Manufacturing Manufacturin g Process. Crude Coal Tar received from by-product coke oven plants is heated to temperatures up to 400oC in specially designed distillation stills. This removes removes moisture, Naphthalene, Light Creosote Oil and Heavy Creosote Oil from the Coal Tar. The resultan resultantt product prod uct is called Coal Tar Pitch. Dependin Depending g on the blend of Crude Coal Tar and the temperatures to which the distillation is carried out different grades of Coal. Cost Estimation

Plant Capacity Land La nd & Bui Build ldin ing g (Ar (Area ea 1 Ac Acre re)) Plant & Machinery W.C. for 3 Months Total Capital Investment Rate of Return Break Even Point

25 MT MT./Day ./Day Rs. 1.2 Rs. 1.27 7 Cr Cr. Rs. 75 Lacs Rs. 5.49 Cr. Rs. 7.65 Cr. 73% 29%

Cost Estimation

Plant Capacity 900000 Doz/Day Land & Buildin Building g (Area 1000 sq. sq.mt.) mt.) Rs. 9 Lacs Lacs Plant & Machinery Rs. 53 Lacs W.C. for 3 Months Rs. 25 Lacs Total Capital Investment Rs. 91 Lacs Rate of Return 39% Break Even Point 54%

Modern Technology of Printingg Inks Printin ISBN- 9788189765989

Price-1290/The book Modern Technology Technology of Printing Inks covers Silk Screen Printing Machine, Modified Silk Screen Printing Machine, Deinking Formulation for Flexographic Inks, Apparatus and Method for Fortification of Black Pigment Based Ink using Black Dye Based Ink, UV Curing Intaglio Ink, Ink Jet Printing Cloth, Ink-Jet Printing Printing Process and Print, Dampening Inking Unit for Offset Printing Machines, Ink Composition Composition for Offset Printing, Silk Screen Cleaner Composition, Toner Compositions Black Gravure Inks, Polymeric Flexographic Ink, UVCuring Printing Inks, Ink Composition for Ink-Jet Textile Printing, Ink-Jet Printing Method, Black Ink Composition, Multiple Multiple Digital Ink, Flexographic Ink Printing Machine, Aqueous Flexographic Printing Inks, Water Based Intaglio Printing Ink, UV and Water Resistant Ink or China Ink, Aqueous Gel Ink Filled Ball Point Pen, Mixing Equipment of Printing Ink, Analysis of Printing Ink, Inks for Ink Jet Recording, Aqueous Inkjet Ink Composition, Water Base Ink Composition, Rapid-Drying printing Ink and a Printing Process using same, Ink for dry Planographic Printing, Ink Composition for Printing on Polyolefin, Erasable Ink Composition, Erasable Ink Composition containing a Polymer encapsulated colourant derived from monomer containing dissolved colourant, Liquid Developer.

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ACETIC ACID FROM MOLASSES

THYMOL FROM AJOWAN OIL

Acetic acid is a constituent of vinegar in which it occurs to the extent of 3-5 percent. glacial acetic acid is the pure compound (99.8% min); as distinguished from the usual water solutions known as acetic acid. Vinegar is a dilute acetic acid. It is flammable and has moderate fire risk. It is highly toxic by ingestion and is strong irritant to tissue. The tolerance limit in air is 10 ppm. Large quantities of acetic acid are required for the manufacture of acetate rayon, esters and lacquers and vrnishes. It is also used for food industries. In India, the acid is mostly employed for the coagulation of rubber latex, and for the manufacture of pigments like white lead verdigris, etc. It is also employed in the preparation of acetates and acetic esters, and in the dyeing and printing of textiles. At present, the commercial methods used for the production production of acetic acid are: are: (1) By acetaldehyde conversion method, (2) By Oxidation of n-butone, (3) By methanol conversion method. But, since the last few years, biotechnological process using molasses as the raw material is fastly coming up. This process is divided into 2 major steps, viz. (i) Conversion of molasses into into ethanol by fermentation process. (ii) conversion of ethanol into acetic acid by aerobic bacterial oxidation (ie. by air oxidation using certain en\ymes as catalyst).

Thymol C10H14O is a commercially important aroma chemical found in Nature in the essential oils of Thymus vulgarice, ajowan ocimum gratisimum and ‘O’ viride and in many other oil. Thymol can be isolated from the natural sources by enrichment by fractional distillation or by direct isolation by conventional method of recovery of phenols from essential oil. Thymol is obtained from the volatile oils of Thymus vulgarice linn of Monarda punctuate lini and of trechyrpermum ammi (Linn). Sprague. Thymus vilgaris is a low peranial undershrub 20-30 cm. high, successfully introduced in the Nilgiris at higher elevations. It is extensively cultivated in Germany, France, England, Greece and various other countries, both for searoning and for its volatile oils and in India its cultivation on commercial scale may be tried in the western temperature Himalayas from Kashmire to Kumauna between altitudes of 1500 and 4000 m. The plant grows heat in the hills. The herb has a pungent taste. It is said to possess antiseptic anthelacintic, expectorant carminative direct emmenogogue and sedative properties due to the presence of a volatile oil. A liniment prepared from the shoots is applied in shenmatism and skin troubles.

Cost Estimation

Plant Capacity 4 MT MT./Day ./Day Land & Building (Area 1500 sq.mt.)Rs. 1.23 Cr. Plant & Machinery Rs. 1.47 Cr. W.C. for 1 Months Rs. 69 Lacs Total Capital Investment Rs. 3.58 Cr. Rate of Return 48% Break Even Point 54%

Cost Estimation

Plant Capacity 60 KGS/Day Land & Build Building ing (Ar (Area ea 350 350 sq.m sq.mt.) t.) Rs. 6 Lacs Lacs Plant & Machinery Rs. 4 Lacs W.C. for 3 Months Rs. 21 Lacs Total Capital Investment Rs. 32 Lacs Rate of Return 54% Break Even Point 41%

GALVANISING GALV ANISING PLANT

EXTRACTION OF ESSENTIAL OIL (CARDAMON, JEERA, AJOWAN, GINGER OIL ETC) & PACKING OF GROUND SPICES (EXPORT ORIENTED UNIT) Spieces are Nature’s own Production. In the art of cooking these are the magic cinstituents without which all culinary creations would be dull and lifeless. It is only in Indian that one can find all spices ranging from pepper. the king of spices and cardamom the aristocrat among spices, to ginger, turmeric, chillies, coriander, safforn etc. The following paragraphs deal with the most important aspects of all the well known spices in brief. Ajowan (Carum Copticum of carum ajowan , Umbellifere) is grown in India to to someextent in Egypt, Perisa and Afghanistan, india, it is cultivated in about 7,000 tonnes of seeds out of which 48,600 kgs. are exported. ajowan is an herbaceous plant. The seeds contain small quantity of volatile oil and thymol thymol is the major contituent. Ajowan is used both in cooking and medicine. It is used in many Indian savouries-to impart a thyme-like flavour. It is a crude sbstitute for thyme. Cost Estimation

Plant Capacity 12.50 KGS/Day Land & Building (Area 316.10 sq.mt.)Rs. 6 Lacs Plant & Machinery Rs. 11 Lacs W.C. for 2 Months Rs. 37 Lacs Total Capital Investment Rs. 58 Lacs Rate of Return 31% Break Even Point 55%

TEFLON LINING

EMPTY AMPOULES We are well acquainted with the various glass items in domestic as well as scientic, industrial and medical fields. It is used used from decorative and luxury item to very vital components of scientific and medical apparative. In daily use we see domestic glass ware, bangles, vares, bottles vials & phials and many other important items with whom we are not directly attached but are of great importance as glass beeds, ampoules and many other small items. Glass ampoules play very important roll in medical field. The various life saving saving injection such as vaccines serums or distilled water for injection etc. Glass ampoules are special thin walled tubular glass containers to hold vaccines, serums and other medicated solutions, solvents etc. These may be obtained as either than plain or the constricted type. Cost Estimation

Plant Capacity 5 Ton./Day Land & Building (Area 2000 sq.mt.)Rs. 26 Lacs Plant & Machinery Rs. 20 Lacs W.C. for 3 Months Rs. 20 Lacs Total Capital Investment Rs. 73 Lacs Rate of Return 53% Break Even Point 40%


Galvanising is a method of coating steel of iron articles with zinc, the product being known as galvanized steel or iron. Galvanized coating usually resist, for a reasonable time, such ordinary corrosive conditions as fairly pure air, moderately hard domestic waters, waters, sea water water and brines. The zinc particularly under atmospheric conditions, after becomes covered with a protective layer or film believed to be a zinchydroxide-carbonate mixture. Zinc is anodic to iron and therefore protects the base metal, where exposed, until the adjacent outer layer of zinc is dissolved. Galvanized coatings are unsuitable where are corroding agent is very acid, as in certain mine waters and industrial solutions, or where the solutions are excussively alkaline of calcium brines with an excess of caustic alkalinity. Galvanized coatings are commercially applied, (a) by dipping the article article in molten zinc (b) by electroplating (c) by heating in contact with zinc powder. Cost Estimation

Plant Capacity 80 MT MT./Day ./Day Land & Building (Area 1000 sq.mt.)Rs. 10 Lacs Plant & Machinery Rs. 1.27 Cr. W.C. for 1 Months Rs. 78 Lacs Total Capital Investment Rs. 2.23 Cr. Rate of Return 89% Break Even Point 33%

A m o n g t h e n o n l i n i n g a n d l i n i n g things,however,there is a material which finds this category perfectly that is Teflon. Like a true ascetic, Teflon Teflon remains untouched untou ched even in the most corrosive environment. Not even aqua-regia, the powerful chemical which can dissolve gold,can affect it.Teflon lining has acquired unique place among materials of industrial importance, by virtue of its remarkable stability and non-adhesive property. What has made Teflon the prince of plastics. It is the C.F (carbon fluorine) bond, a bond formed with Fluorine, the mightiest of all nonmetals. The birth of Teflon came about through an accident the story is a cylinder containing a gas made of fluorine and carbon atoms (tetrafluoroetheylene) was left standing in a place for quite sometime. A little oxygen from the surrounding air leaked in and initiated a process which converted the gas into a semisolid as a resin. When the cylinder weighed as it full but no gas came out, the researchers became curious and cut open the cylinder to find a new substance. Cost Estimation

Plant Capacity 2 Ton/Day Land & Building (Area 1500 sq.mt.) Rs. 69 Lacs Plant & Machinery Rs. 76 Lacs W.C. for 1 Months Rs. 50 Lacs Total Capital Investment Rs. 2.04 Cr. Rate of Return 66% Break Even Point 34%

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CALCINATION OF MAGNESITE

CONTINUOUS CASTING COPPER WIRE RODS

CHINA CLAY WASHING/ PURIFICATION

Magnesite is natural magnesium carbonate (MgCo3). The term term ‘magnesite’ ‘magnesite’ is loosely loosely used as a synonym for magnesia as are also the terms ‘caustic calcined magnesite’dead burned magnesite and synthetic magnesite. Magnesite is a mineral which may be used for epsum salt and for manufacture of magnesium metal. Magnesite is one of the most widely distributed element in the earth’s crust and constitutes nearly 2.7% of the same. It is eighty element in order or decorance in the world. It was discovered by Davy in 1808; was first isolated in 1829 by Busy.. It was Busy was mainly used in flash light light powders and pyrotechnics. Magnesium alloys for aircraft were developed and used during world war war II. The other extensive extensive use during that period was incendiary bombs. It is lightest metal with widespread industrial applications. It is element of atomic No. 12 of group IIA in the periodic table. Our country is extremely rich in mineral wealth and practically all the minerals except few are available in the country. country. It is unfortunate that their commercial utilisation and development of industries based on these minerals was quite slow in the past. The present progress in the field is quite satisfactory and this industry has bright future in the years to come.

Copper is an exceedingly important metal. For many centuries, it has played a notable part in the industrial development of civilization and the complete exhaustion of our copper deposits would cause a tremendous readjustment in our economic structure. It’s not, however an absolute necessity, as aluminium, silver and the stainles steels could replace it at a price. In these days of research and specialization traditional uses are on the defensive; hard ware is no longer made exclusively of brass, and aluminium is being more widely used in electrical and other fields. An attempt to trace man’s use of copper back to its original sources gets out of bounds. Modern archaeology, where geologist, anthropologist, and engineer work as a coordinated team with official government support, is only about 75 years old, but it has pushed the historical horizon back some 6000 years. Beyond that twilight zone history becomes a sort of backward prophecy and some students give copper at least another 2000 years.

China clay owes its name to the fact that originally it was used in china under the name Kaolin; for the production of fine white procelain. China clay or Kaolin is a microcrystalline hydrated silicate of aluminium, approximately Al2O3, 2SiO3, 2H2O, corresponding to 46 percent of silica, 40 percent of alumina and 14 percent of water commercial grades generally contents small amounts of quartz, oxides of iron and titanium, oxides and silicate of calcium and magnesium, potash and soda. This clay is formed as the result fo the decomposition of granite in situ granite is an igenous rock composed of associated crystals of mica, quratz feldspar, the latter consisting essentially of slicates of alumina, with variable proportions of silicates of potash, soda or lime under the prolonged influence of weathering and exposure to water and carbondioxide under great pressure the feldspar crystals are decomposed, the soda or potash being extracted, leaving the hydrated silicate of alumina. This process known as kaolinisation, converts the granite into a friable mass of clay mixed with the under decomposed crystals of quartz and mica, and the quantity of china clay depends on the completeness with which the alkalies, iron and other constituents have been leached out duringg the decomposition.

Cost Estimation

Plant Capacity 48 Ton./Day Land & Building (Area 3200 sq.mt.)Rs. 46 Lacs Plant & Machinery Rs. 69 Lacs W.C. for 3 Months Rs. 51 Lacs Total Capital Investment Rs. 1.79 Cr. Rate of Return 63% Break Even Point 42%

Cost Estimation

Plant Capacity 10 MT./Day Land & Building (Area 2000 sq.mt.)Rs. 34 Lacs Plant & Machinery Rs. 58 Lacs W.C. for 1 Months Rs. 38 Lacs Total Capital Investment Rs. 1.54 Cr. Rate of Return 2065% Break Even Point 2%



ISBN- 9789380772219

Rs. 1040/-

Rs. 940/-

Rs. 790/-

Rs. 890/-


Cost Estimation

Plant Capacity 30 Ton/Day Land & Buildi Building ng (Are (Area a 600 600 sq.mt sq.mt.) .) Rs. 7 Lacs Lacs Plant & Machinery Rs. 28 Lacs W.C. for 3 Months Rs. 63 Lacs Total Capital Investment Rs. 1 Cr. Rate of Return 78% Break Even Point 34%

Price-1115/-

Complete Book on BANANA CULTIVATION, DEHYDRATION, RIPENING, PROCESSING, PRODUCTS AND PACKA PACKAGIN GING G TECHNO TECHNOLOG LOGY Y The book covers Banana, Cultivation of Bananas, Banana and its By products, Technology of Banana Products, Banana Chips Manufacturing, Paper and Boards from Banana Stem Waste, Fruit Juices and Wines Technology, Technology of Banana Dehydration, Physiology of the Banana Root System, Banana Beer Technology, Tissue Tissue Culture in the Banana Industry, Processing of Banana, The Ripening of Bananas, Banana Wine, Technologies and Packages of Banana, Making Export Quality Bananas, Dried and Dehydrated Products of Banana, Improvement of Banana, Banana and its Bye Products (Project Profile), Banana Fibre Extraction and Hand Made Paper, Banana Fibre Extraction and Weaving, Banana Plantation, Banana Powder (Dried Banana), Banana Wafers, Organic Cultivation of Banana, Wine From Banana (Project Profile).

Rs. 890/-

Rs. 890/-

Rs. 1040/-

Rs. 1040/-

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STEEL FABRICATION WORKSHOP A standa standard rd steel fabri fabrication cation worksho workshop p consists of a shed with (L x W x H) 100m x 20m x 12m and all facilities for fabricating all kinds of universal steel. It includes, steel shearing, punching, forming, welding, rolling, sandblasting, plasma cutting and painting. It can be used in making structural steel and equipment. Such as, Flats, Angles, T Bars, Channels, Angle, Posts, Universal Beams & Columns, Sub Floor Access Doors, wide flange columns and beams, structural HSS and channel shapes, welded wide flange, deep girder beams, open web steel joists, etc. Planning is a continuous movement towards desired goals. While preise formulation of our five year plans objectives have varied from plan-to-plan, the essential goals have remained unchanged. The model on which our goals are based. emphasize the production of basic materials viz. Coal, Iron & Steels, Power, Non-Ferrous materials, Fertilizers, agricultural impliments and growth of heavy industries. These basic materials ensure self-reliant development of the nation. The growth of both basic materials and machines for processing materials is necessary to build a powerful nation. Cost Estimation

Land & Building (Area 2000 sq.mt.) Rs. 1 Cr. Plant & Machinery Rs. 33 Lacs W.C. for 3 Months Rs. 82 Lacs Total Capital Investment Rs. 2.25 Cr. Rate of Return 108% Break Even Point 28%

GUAR GUM POWDER The districts in Haryana indulged in the production of guar are Bhiwani, Sirsa, Mahendragarh and Rewari and the districts in Gujarat are Kutch, Banaskantha, Mehsana, Sabarkantha and Ahmadabad. Jodhpur city in Rajasthan is one of the major processing centers of guar gum in India. Guar also known as cluster b ean (Cyamopsis tetragonoloba (L.) Taub) is a drought hardy leguminous crop. Guar is being grown for seed, green fodder, vegetable and green manuring. It is an annual plant, about 4 feet high, vertically, vertically, stalked, with large leaves and clusters of pods. Each pod is about 5-8 cm long and has on an average 6-9 small grayish-white pea shaped seeds. The pods are used as a green vegetable or as a cattle feed besides the industrial extraction of guar gum. Guar seed consists of major three portions viz. viz. the Seed coat, the the endosperm and the innermost proteinacious portion, the germ. The en dosperm is mechanically separated from seeds which yields 35-42% of gum (galactomannan).The left out portion, i.e., the outer seed coat and the germ together cons titute guar meal.

There are two types of Old Age Homes in India. One is the “Free” type which cares for the destitute old people who have no one else to care for them. They are given shelter, food, clothing and medical care. The second type is the “Paid” home where care is provided for a fee. Nowadays, such “Retirement” homes have become very popular in India and they are well worth considering. Rehabilitation centre for aged and needy persons is a dire need of the hour. It is voluntary service which is generally render for those, living orphanage life and are generally kept away from the society due to developed modern concept of living standard. These include old age persons, persons whose family members do not like or those old people who want to stay away from family to avoid family disturbances, quarrels, or those people who want to spend their life in isolation. These rehabilitation centre serve their purpose and render services to them at no profit no loss basis. Besides these centres serve the society to reduce the overburden of this families in the busy life. So this concept has been taken into account to serve all over India. The development of housing for residential apartments of aged & needy persons was hardly gives any attention before independence. After independence investment in housing has increased in public as well as private sector. Cost Estimation

Plant Capacity 54 Members Land & Building (Area 1215 sq.mt.)Rs. 71 Lacs Plant & Machinery Rs. 1 Lacs W.C. for 1 Months Rs. 2 Lacs Total Capital Investment Rs. 75 Lacs Rate of Return 8% Break Even Point 69%

30 Tons/Day Rs.. 1.2 Rs 1.27 7 Cr Cr. Rs. 2.13 Cr. Rs. 11.13 Cr. Rs. 15.09 Cr. 92% 25%


SPICES/MASALA WITH PACKAGING Spices which are basically plant products, have a definite role to play in enhancing the taste flavour, relish or piquancy of any food, most of the spices are pagrant, aramatic and pangent. They comprise seeds, bartes, rhizamer, leaves fruits and other parts of plants, which belong to varigated species and genera since time immorial, india in renamed to be the have of spices. Most important spices like black pepper (king of spices) cardamon (queen of spices) cardamon (queen of spices), ginger, chillies and turmeric, which are produced in india import it great reputation, and these constitute. The major group of spices. In the list of spices, clave, nutmeg, cinnamon and cassia are known as tree spices, However , spices like fennel, fenergreek, garbic, onion, coriander, cumin, vanilla, saffron; etc. There are a number of spices used along with food, namely; 1. Common Salt, 2. Coriande r, 3. Chill, 4. Haldi, 5. Ajwain & Maithee, 7.Onion and so on; These spices are not used are at a time. For preparation of any dish may be Indian or European, may be vegetarian or nonvegetarian we use more than are shice for its preparation. The combination of all the spices but together for the use of one particular dish as known as ‘masala’ of the spices, the bulk of the dry matter consists of carbohydrater, proteins, tannius, resins, volatill oil, fixed oil, for pigments, mineral, elements, etc. These constituents differ differ grately in their composition and content in different spices. Cost Estimation

Plant Capacity 2000 KGS/Day Land & Building (Area 1500 sq.mt.)Rs. 97 Lacs Plant & Machinery Rs. 1.10 Cr. W.C. for 2 Months Rs. 2.63 Cr. Total Capital Investment Rs. 4.89 Cr. Rate of Return 38% Break Even Point 53%

PAPER RECYCLING RECYC LING (PAPER FROM WASTE PAPER)

L.P.G. BOTTLING PLANT Bottling plant is a plant where beverages are put into bottles with a cap. These bottles are widely used for storage purposes. Liquefied petroleum gas (LPG) consists mainly of propane, propylene, butane, and butylene in various mixtures. However, in the United States, the mixture is mainly propane. It is produced as a by-product of natural gas processing and petroleum refining. The components of LPG are gases at normal temperatures and pressures. LPG bottling plant is a plant where LPG is put i nto bottles for storage. The plant has the facility to recieve bulk LPG by pipeline from a reliable source or any area. This is the safest and the cheapest way of transporting bulk LPG. The plant is equipped with hydraulic cylinder testing equipment for periodic testing of the cylinders. Cost Estimation

Cost Estimation

Plant Capacity Land Lan d & Bui Build ldin ing g (Ar (Area ea 2 Ac Acres res)) Plant & Machinery W.C. for 1 Months Total Capital Investment Rate of Return Break Even Point

OLD AGE HOME

Plant Capacity 10000 Cylinders/Day Land & Building (Area 10000 sq.mt.) Rs. 11.50 Cr. Plant & Machinery Rs. 2.30 Cr. W.C. for 2 Months Rs. 5.67 Cr. Total Capital Investment Rs. 27.51 Cr. Rate of Return 56% Break Even Point 25%

The recovery of waste paper is traditional in the paper and paper board manufacturing industry.. The importance industry importance of utilisation utilisation of waste paper in the paper and board industry should not be under estimated. It furnishes furnishes about 30 per cent of all the fiberous raw materials consumed in the paper and board mills in the U.S.A. Europe and Japan. The establishment of the local manufacture of paper board in a country after proceeds that of paper pulp. In this case, waste waste paper is one of the first sources of fiberous material to which resources is taken to reduce the purchase of the pulp. Waste paper in fact, a source of prepared fibre which needs only to be placed in suspention in water in order to obtain a pulp, making possible the formation of sheets of paper or paper board a very simple treatment which is within the ability of artisans. The utilisation of waste paper supplements of a great extent the overall fibre requirements in any conuntry conuntry,, every possible attempt should be made. Cost Estimation

Plant Capacity 15 MT MT./Day ./Day Land & Building (Area 4000 sq.mt.) Rs. 27 Lacs Plant & Machinery Rs. 80 Lacs W.C. for 3 Months Rs. 86 Lacs Total Capital Investment Rs. 2.03 Cr. Rate of Return 29% Break Even Point 71%

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PAPER NAPKINS

EUGENOL FROM CLOVE AND CLOVE OIL

Face fresher tissue paper, when applied on the face, it removes the dirts, soils from face skin and freshen the face and keep it moist. The skin becomes glossy and fresh appearance. In a modern age people are more prone to sophisticate modes of maintaining health and hygienic conditions of their body through the contingencies of cosmetics and other allied measures which promote these functions effectively. This is eleganthy achieved by the application of wet face freshner tissue. This is very economical item and portable. It can be easily carried out in pocket while going in a car, flight, rail etc. This is a product of recent times as a nice out come of innovation in cosmetology cosmetology.. After the use of this item one feel very much fresh, comfortable, cosy. Now a days it is even a part of fashion to use such a handy item in the upper stetra of society society.. Where grace is often exhibited. By using this item people feel highly dignified while attending seminar, meetings conferences, symposium, congregations, debates, gettogether marriage parties and other parties, social function etc. Even it is very much acceptable item by the modern working lady, models, filmstars, air hostess, college girls, opera dancers, business executives, corporate executives etc.

Clove are aromatic, stimulant and carminative, used for dyspepsia and gastric irritation. Chief value of cloves lies in their essential oil content. Essential oil called clove oil, is extensively used for flavouring food products and fermented beverages. Clove oil is employed as a local analgesic for hypersensitive clentines and curious cavities. It is also used externally as a rebefacient and counter-irritant, and internally as a carminative and antispasmodic. Clove stem and leaf oils are valued mainly for their eugenol content. Stems and dried buds are often distilled gogether to obtain as oil known in trade as vanillin clove oil. Clove oil is the natural occurring essential oil and it contains 95% eugenol and 5% iso-eugenol. Though eugenol can be prepared synthetically from gyaiacol-o-carboxylic gyaiacol-o-carboxy lic acid etc. But it is mostly prepared from essential oils containing eugenol such as clove oil. The characteristic spicy odour of cloves is due to its essential oil which contains 80-95% eugenol. Clove oil is frequently used instead of pure eugenol to give desired spicyness in perfume compositions. The clove oil constituents in eugenol and iso-eugenol both have an odour strongly reminiscent of carnations and therefore, form the basis of carnation type perfumes.

Cost Estimation

Cost Estimation

Plant Capacity 200 KGS/Day Land & Building (Area 500 sq.mt.) RENTED Plant & Machinery Rs. 7 Lacs W.C. for 2 Months Rs. 10 Lacs Total Capital Investment Rs. 18 Lacs Rate of Return 29% Break Even Point 61%

Plant Capacity 100 KGS/Day Land & Building (Area 1000 sq.mt.)Rs. 16 Lacs Plant & Machinery Rs. 28 Lacs W.C. for 3 Months Rs. 35 Lacs Total Capital Investment Rs. 96 Lacs Rate of Return 34% Break Even Point 50%

PVC WIRE & CABLE

DIGITAL PANEL PANEL METERS MET ERS

Electric cables from the essential connecting line between one piece of electrical apparatus or machinery and another, but the variety of uses, conditions of service, and technical methods associated with the manufacture and installation of impregnated paper insulated power cables have resulted in a large number of constructions and protective finishes. Essentially power cables used for the transmission and distribution purposes consist of conductors stranded from plain high conductivity annealed copper wires insulated with oil-impregnated paper tapes. The single or multicore multicore assembly in them enclosed in an impermeable metal sheath, and where necessary depending on installation conditions, the assembly in protected by steel or mourings. In a paper read to the institution of electrical engineers in 1901 M.O. Gorman gave the following desidrata for a perfect cable dielectric. Modern Cable technology is still pursuing the above ideal.

The Electric Meter of moving iron type is a instrument comprising the combination of direct current or an alternating current electric prepayment meter element with moving iron mechanism, which latter is wholly or partially controlled by the meter element to which it is attached. A switch incorporated in the coinfreed mechanism opens the main circuit and cuts off the supply to the consumer when the value of the energy of other commodity corrosponding to the coin or coins inserted has been used. Electric meters or instruments for registering real or fictitious kwh, are as regards the underlaying principle of their action, of three main types. These are AC/DC moving iron type electric meter, electrolytic meters and motor meters. The moving iron type of electric meters used for AC DC and energy measurements. A body moving with constant speed will, according to Newton’s first law, cover space proportional to time. Thus, with uniform speed, distance is a measure of time with rotational motion.

Cost Estimation

Plant Capacity 800 CLS/Day Land & Buildin Building g (Area 450 sq.m sq.mt.) t.) Rs. 24 Lacs Plant & Machinery Rs. 14 Lacs W.C. for 3 Months Rs. 1.13 Cr. Total Capital Investment Rs. 1.55 Cr. Rate of Return 38% Break Even Point 38%


Cost Estimation

Plant Capacity 680 Nos./Day Land & Building Building (Area 600 600 sq.m sq.mt.) t.) Rs. 21 Lacs Plant & Machinery Rs. 23 Lacs W.C. for 3 Months Rs. 52 Lacs Total Capital Investment Rs. 1 Cr. Rate of Return 50% Break Even Point 48%

ISBN- 9789380772158

Price-1140/-

Complete Comple te Hand Book on Frozen Food Processing and Freeze Drying Technology The book Complete Hand Book on Frozen Food Processing and Freeze Drying Technology covers Freezing of Fruits & Vegetables, Preservation of Fruits and Vegetables, Freezing of Vegetables, Frozen Block Process for Vegetable or Fruit convenience Foods, Method for Producing Frozen Vegetable Food Material having soft texture, Preparation of Frozen Food (Cooked Burdocks), Seasoning Individually Quick Frozen Vegetables, Freezing of Bakery and Dessert Products, Banana Based Frozen Nondairy Dessert, Coated Frozen Cheese Granules, Aerated Frozen Dessert Compositions, Non-Fat Frozen Dairy Product, Method of Preparing a Frozen Dairy Desserts, ICE Cream Maker, Method of Making Frozen Patties, Method for Making Frozen Drinks, Frozen Dessert Dispensing Apparatus, Miscellaneous Laminated Frozen Food Product, Frozen Comestibles, Apparatus and Method for Dispensing Frozen Aquarium Food, Frozen Cat Food, Hard Frozen Food Containing Alcohol, High Protein Frozen Food Product, Microwave Heating of Certain Frozen Foods, Freeze Drying, Process and Apparatus for thawing frozen food, Frozen Food Masticating Machine, Apparatus for Defreezing Frozen Foods, Machine for Cutting Frozen Foods, Electrically Heated Frozen Food Server, Household Appliance for Making Frozen Food Products, Frozen Food Transport.

Technology of Food Preservation and Processing PRICE 1090/www.eiriindia.org

PUTTY AND WA WATER TER PROFFING PAINT

ISBN- 9789380772141

Price-1040/-

Technology of Plastic Additives with Technology processes and Packaging The book Technology of Plastic Additives with processes and Packaging covers Plastic Additives: An Introduction, Organic Peroxides, Plasticizers, Polyurethane Catalysts, Fillers, Specialty Alloys, Maximizing Performance Using Copper Alloys, Structurally Enhanced Plastics with Filler Reinforcements, Cellular Plastic Additive, Environmentally Friendly Additives for Plastics, Polyimide Processing Additives, Storage stable Plastics Additives, Liquid Colourant/Additive Concentrates for Plastics, Hydrophilic Additives, Hydrophobicizing Additives, Asphalt Additive, Anti treeing Additives, Rubber Additive, Waste Plastic Additiv e for Asphal t, Impregn ation of Plastic Substrates with Photo chromic Additives, Low dust Granules of Plastic Additives, Mixed Ester Plastic Additive, Fire retardant Plastics with Glycoside Additive, Additive for Papermaking, Degradable Plastics Containing Dual function Additive System, Packaging for Plastics Additives Low Visibility Laser Marking Additive, Preparation of Plastic Extrudate Containing an Additive, Injecting Liquid Additives into Plastic Extruders, Method of Preparing Moldable Plastic and Additive Agents, Engineering Plastics and Additive, Spray Application of plastics Additives to Polymers, Machine for Producing Additive Containing Plastic Articles, Additive Metering Apparatus for Plastic Processing Machine.

63 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15.. 15 16. 17. 18. 19.

MULTI CRORES PROFITABLE PROJECTS From 1 Cr. to 50 Cr. above projects Price of this CD Rs. : 73034/-

ALUMINIUM EXTRUSION ALCOHOL FROM BROKEN RICE AUTOMATIC BRICK PLANT AUTOMA AUT OMATIO TION N CON CONTRO TROL L EQU EQUIP IP.. BATTERY-OPERATED 3 WHEELER BEER INDUSTRY BED SHEET SHEET,, BED COVER, SOFA CLOTH, BIOFERTILIZER BUTY BU TYL L RU RUBB BBER ER BOTTLING PLANT BO BIOCIDES FOR DISTILLER BENIFI BEN IFICA CATIO TION N PLA PLANT NT -MANGANESE ORE CHICKEN CHICK EN FA FARMING RMING (HA (HATCHER TCHERY) Y) CORRUGATED CORRUGAT ED SHEET BOARD & BOXES COMP CO MPUT UTER ER SOFTW SOFTWAR ARE E DEVELOPMENT CONSTRUCTION CHEMICALS CHICKE CHI CKEN N PRO PROCES CESSIN SING G CHROME BENEFICI BENEFICIATION ATION PLANT CASEIN FROM MILK

17 Cr. 6 Cr. 4 Cr. 50 Cr Cr.. 6 Cr. 41 Cr. 27 Cr. 2 Cr. 7 Cr Cr.. 41 Cr. 20 Cr. 18 Cr. 22 Cr Cr.. 5 Cr. 3 Cr. 5 Cr. 28 Cr Cr.. 114 Cr. 63 Cr.


Common putty, as used by carpenters, painters, and glaziers, in whiting mixed with linseed oil and other ingredients, to the consistency of dough. Plasters use a fine lime master that is called putty. putty. Jewelers use a tin oxide for polishing, called putty powder or puts powder. In general, fillers & stoppers are paste-like materials, highly pigmented, used to fill surface imperfections (fillers) and to make good gross surface defects prior to painting operations (stoppers). A variety variety of non-setting materials such as mastics, sealants & putties, which are designed to stay flexible, can also be included in this class. Metal casement putty is generally similar to glazing putty but contain a small amount of fatty acid or sulphonated oil to improve the wetting characteristics and consequently the adhesion to the metal surface. Caulking compounds, putties and same cements have a boiled drying oil, usually combine with resins that act as the binder putty is the thick mixture of finally powdered calcium carbonate (whiting) and acid refined linseed oil which imparts good wetting and grinding characteristics.. There are variegated types of characteristics putties for wood too. For glazing glazing wood & filling holes and cracks on the surface, of timber or metal, a stiff paste of linseed oil and whiting is used. This composition is thetraditional putty.

Technology Books on Gums, Adhesives & Resins

Rs. 790/-

Rs. 1090/-

Rs. 1115/-

Rs. 940/-

Cost Estimation

Plant Capacity 200 KGS/Day Land & Buildi Building ng (Area 1000 sq. sq.mt.) mt.) Rs. 8 Lacs Lacs Plant & Machinery Rs. 3 Lacs W.C. for 1 Months Rs. 30 Th. Total Capital Investment Rs. 12 Lacs Rate of Return 316% Break Even Point 10%

20. DEHYDRATION DEHYDRATION OF ONION & GARLIC 6 Cr. 21. DEH DEHYDR YDRA ATIO TION N OF FRU FRUITS ITS & VEG. BY IQF TECHNOLOGY 5 Cr. 22. DIS DISPOS POSABL ABLE E PLAST PLASTIC IC SYRI SYRINGE NGES S 14 Cr. Cr. 23. E.R.W E.R.W.. STEEL PIPES & TUBES 27 Cr. 24. FERRIC ALUM 9 Cr. 25.. GU 25 GUAR ARGU GUM M POWDE POWDER R FROM FROM GUAR SPLIT 8 Cr. 26. HOSPITA HOSPITAL L (100 BEDS) 68 Cr. 27. IRON ORE MINING 302 Cr. 28. INTEGRATED UNIT OF DAIRY, FARMING MILK COLLECTION 9 Cr. 29. I M F L (WINE (WINE,, BRAND BRANDY Y, WHISK WHISKY Y 41 Cr. 30. KA KATHA & KUTCH 5 Cr. 31. KRAFT PAPER 23 Cr. 32. KRAFT PAPER FROM BAGAS BAGASSE SE 15 Cr. 33. MU MULTIPRODUCTS 1795 Cr. 34. MUL MULTIPUR TIPURPOSE POSE COLD STOR STORAGE AGE 14 14 Cr. Cr. 35. MEGA FOOD PARK 16 Cr. 36. M.S M.S.. PIP PIPE E (WE (WELDE LDED) D) 20 Cr Cr.. 37. MEDIC MEDICAL AL COLLE COLLEGE, GE, HOSPI HOSPITA TAL L 17 Cr. 38. MILD STEEL SECTION MILL (ANGLES,CHANNELS, ROUND, SQUARES, ETC.) 17 Cr. 39. MONOCHLORO ACETIC ACID 23 Cr. 40. MON MONOCH OCHLOR LORO O ACET ACETIC IC ACI ACID D FROM ETHANOL ETHANOL AND CHLORINE CHLORINE 18 Cr. Cr. 41. MIN MINERA ERAL L WA WATER CUM PET BOTTLE MANUFACTURING UNIT 10 Cr. 42. PORTLAND CEMENT PLANT 178 Cr. 43.. PO 43 POWE WER R PL PLAN ANT T FR FROM OM BI BIO O GA GAS S 12 Cr Cr.. 44. PRODUCTION OF BIO-OIL 3 Cr. 45. PVC PIPE AND FITTING 3 Cr.

46. 47. 48. 49.. 49 50.. 50 51. 52. 53. 54. 55. 56. 57. 58. 59. 60. 61. 62. 63.

PAPER PLANT 140 Cr. POWER PLANT (GAS BASED) 17Cr. RESIDENTIAL COMPLEX 520 Cr. ROL OLLI LING NG MI MILL LL BY TM TMT T TEC ECH. H. 16 Cr Cr.. ROLL RO LLIN ING G MILL MILL WI WITH TH INDUCTION FURNACE 79 Cr. SUGAR PLANT 90 Cr. SPONGE SPO NGE IRO IRON N FRO FROM M IRO IRON N ORE 148 Cr Cr.. SOLAR POWER (ENER (ENERGY) GY) PLANT 105 Cr. STEEL PLANT BASED ON INDUCTION FURNACE 39 Cr. STEEL STE EL PLANT PLANT (BIL (BILLET LETS) S) BASED BASED ON INDUCTION FURNACE 232 Cr. STEEL TRANSMISSION LINE TOWER & HOT ROLLING MILL 60 Cr. SODIUM TRIPOLY PHOSPHATE 71 Cr. TYRES, TYR ES, TUB TUBES ES & FLA FLAP P 94 Cr Cr.. TUBULAR STEEL SWEDGE TYPE POLE 12 Cr. T MT STEEL BARS TM 4 Cr. UREA FERTILIZER PLANT 2505 Cr. VODKA FROM POTATOES 26 Cr. WOMEN POLYTECHN POLYTECHNIC IC COLLEGE COLLEGE 24 Cr.

Contact for required Project report apart from this list. www.eiriindia.org

WETTABLE SULPHUR The earliest fungicides were inorganic materials like sulphur, lime-sulphur, copper, and mercury compounds. Elemental sulphur has been recognized as fungicidal for at least 170 years. Hence, in 1803, the Royal Gardener Forsyth recommended the use of a sulphur spray against mildew on fruit trees. In the nineteenth century sulphur was increasingly employed against powdery mildew on fruit and later for control of powdery mildew on grapes. It may be applied as dusts or sprays, and the more finely divided the sulphur, the more effective is the formulation against the disease. Ingeneral, wettable powders are manufactured for large number of pesticides among the significant over being Aldrin, (40%, 50%), Malathion (25%, 40%, 50%), Vindane (13%, 20%), etc. other pesticides which are formulated in water dispersible powders are, sulphur, endosulphan, zineb, etc. Like all dust powder preparation it is desirable to have a water-dispersible powder with good flowability. Flowability is influenced by the flawability of the carrier powder and the concentration of the toxicant. One of the most important desirable property of the water dispersible powders in wettability. It is primarily influenced by the type and concentration of the toxicant as well asthe wetting agent used. Cost Estimation

Plant Capacity 1000 KGS/Day Land & Build Building ing (Are (Area a 500 500 sq sq.mt .mt.) .) Rs. 9 Lacs Lacs Plant & Machinery Rs. 11 Lacs W.C. for 3 Months Rs. 6 Lacs Total Capital Investment Rs. 28 Lacs Rate of Return 23% Break Even Point 65%

ROTARY AIR LOCKS, SCREW ROTARY CONVEYOR, MOTORIZED/ PNEUMATIC PNEUMA TIC DAMPER, FLAP VALVES, AIR SLIDES REQUIRED IN CEMENT PLANTS AND THERMAL POWER PLANT Screw conveyors are one of the bulk-material transporting devices capable of handling a great variety of materials, which have relatively good flow ability. Flow ability denotes the degree of freedom of individual material particles to move past each other. This characteristic is important in case of screw operation as the screw helix, mounted on a central pipe or shaft, rotates within a fixed trough or tube, pushes the material along the the bottom and sides, sides, shearing shearing the material in the radial clearance between the helix and the trough and causing the material to tumble upon itself as the moving face of the helical flight tends to lift the material Screw conveyors may be operated horizontally, or an incline or vertically frequently inclined screw conveyors simplify simplify the conveying system because they can do in one conveyor assembly what otherwise would require a more elaborate combination of horizontal and vertical units. Cost Estimation

Plant Capacity 18 Nos./Day Land & Building (Area 2000 sq.mt.)Rs. 2.09 Cr. Plant & Machinery Rs. 70 Lacs W.C. for 3 Months Rs. 3.12 Cr. Total Capital Investment Rs. 6.12 Cr. Rate of Return 34% Break Even Point 54%


FERRO MANGANESE/SILI MANGANESE/SILICO CO MANGANESE BY ELECTRIC FURNACE PROCESS The largest tonnage manganese addition alloy used in the steel industry is high carbon Ferro Manganese commonly known as standard ferro manganese of the average overall usage of 7.5kg. mn/t steel 75% is supplied as the high carbon alloy. Until recently most high carbon Ferro Manganese used by the steel industry was produced in a blast furnace process similar to the production of iron the balance was produced in electric furnaces. To take up the shortfall and satisfy the increased demand ferro manganese resulting from the large increase in production of steel many new large high carbon ferro manganese electric furnaces have been built ranging from 20 to 40 mw in size. Ferro Manganese encompasses a wide horizon of application in various fields viz. in the manufacture of tool steels structural steel special steels having high manganese content as well as alloying element in metallurgical ioerations and a hostful of other uses. Silico Manganese is an alloy of manganese and iron that contains 18.25% silicon and is available in various grades. Their prominience attributes to their usage for springs and high - strength structural steel, etc. Cost Estimation

Land & Building (Area 5000 sq.mt.)Rs. 2.32 Cr. Plant & Machinery Rs. 72 Lacs W.C. for 3 Months Rs. 4.26 Cr. Total Capital Investment Rs. 7.59 Cr. Rate of Return 70% Break Even Point 23%

MAGNESIUM CARBONATE, MAGNESIUM METAL & CALCIUM CARBONATE FROM DOLOMITE Magnesium does not occur free free in nature but its compounds are widely distributed. Its important minerals are Magnesite Mg Co3; Dolomite Mg Co3. CaCo3; Carnallite, Kcl.Mg Cl2 6H2o Asbestos, Ca Mg3(SiO3)4. Magnesium carbonate occurs in nature as magnesite and in another form in association with calcium carbonate as dolomite. The natural product as magnesite is too impure for direct use in industry. indus try. Technical carbonate car bonate is prepared from magnesite or dolomite by calcining in rotary kilns, slaking the calcine and then carbonates is carried out (with scrubbed flue gases) at as low a temperature as possible and under a pressure of 75 P.S.I. The resulting resulting mixture mixture contains magnesium bicarbonate in solution and calcium carbonate and other impurities in suspension. The solution is separated, filtered and treated with live steam to separate the basic carbonate since the solubility of calcium carbonate is very low under the conditions employed. Cost Estimation

Plant Capacity 1898 KGS/Day Land & Building (Area 4000 sq.mt.)Rs. 1.12 Cr. Plant & Machinery Rs. 24 Lacs W.C. for 3 Months Rs. 60 Lacs Total Capital Investment Rs. 2 Cr. Rate of Return 106% Break Even Point 18%

BATTERY PLATES Plates are the components/parts of a storage battery cell and lead storage plats are divided broadly into types designated by the names of their respective makers the formed and pasted types. In the formed type the active material consists of a comparatively thin layer superficially formed by an electro chemical process from the metalic lead of the supporting grid. To obtain the desired capacity a highly developed grid surface is essential. In the paste type the active material is applied to the supporting grid in the form of a paste consisting of lead powder mixed with a liquid (water dilute sulphuric acid or other acqueous solution) to a putty like consistency followed by setting, drying and forming operations. Formed type positive plates have been developed three types: Those in which the developed surface is produced by cutting, spinning or rolling upstudying fines or leaves on the face of a pure lead bank. Those in which the surface has obtained by casting pure lead in the desired form of grid providing thin closelly spaced vertically disposed fine interconnecting comparatively heavy horizontal ribs. Those in which the pure lead base in the form of resettes of lead ribbon corrugated cross wire X rolled into spirals and inserted by heavy pressure into circular openings. In a cost lead anitmony alloy gird. Cost Estimation

Plant Capacity 0.20 MT MT./Day ./Day Land & Buildin Building g (Area 800 sq.m sq.mt.) t.) Rs. 47 Lacs Plant & Machinery Rs. 19 Lacs W.C. for 2 Months Rs. 25 Lacs Total Capital Investment Rs. 97 Lacs Rate of Return 19% Break Even Point 70%

ISBN- 9788189765194

Price-1640/-

Modern Rubber Chemicals, Compounds & Rubber Goods Technology Technology The book covers Natural Natural Rubber, Basic Concepts of Synthetic Rubber, Styrene Butadiene Rubber, Polybutadiene, Polychloroprene and Polyisoprene Rubbers, Butyl and Nitrile Rubber, Miscellaneous Rubbers, Latex Product Manufacturing Technology, Technology, Foam Products Manufacturing Technology, Plasticisers, Factice and Blowing Agents, Moulding and Finishing of Rubber Components, Compounding Ingredients and Compound Design, Footwear Technology, Conveyo Conveyorr Belt Technolo Technology, gy, V-Belt and Fan Belt Manufacturing Technology, Hose Technology, Rubber Sports Goods Manufacturing Technol echnology, ogy, Cable Technology, RubberRubber-To-Metal To-Metal Bonding Components, Rubber-Covered Rolls, Sealing Technology, Nitrile Rubber and Its Application in Construction Industry, Rubber-Resin Pressure Pressu re Sensitive Adhesive Tape Tape Technolo Technology, gy, Test Methods in Rubber Rubber Industry, Industry, Recycling of Wastes from Rubbers and Plastics.

www.eiriindia.org

New 2013 Ed.

Rs. 1890/Resins (Water Borne) for Coatings

Epoxy Resins, Acrylic Resins, Alkyd Resins Polyester Resins, Polyurethane Resins Anionic, Cationic, Non-Ionic Acetone process (Solution process), Pre-polymer mixing process Hot melt process, Ketamine or Ketazine, Self dispersing of solids, Blocked isocyanates, High Solids Green Coatings (Air Drying)

Synthesis of Resins, Preparation of dry films, Characterization methods, Rheological Characteristics, Drying properties, Mechanical properties, Optical properties, Atomic Force Microscopic (AFM) imaging, Chemical resistance and Durability

TECHNOLOGY OF O F PAINTS PAINTS & COATINGS WITH FORMULATIONS Extraction, Modification and Applications of CNSL/Cardanol Based Epoxy Resin Extraction of CNSL, Cardanol based novolac resins, Epoxidized novolac resins Elastomeric poly urea coatings

Application of polyurea coatings, Typic Typical al properties of polyurea coatings, Application areas of olyurea coatings Formulation of 2K Waterborne Concrete Floor Coatings Materials and Formulations, Preparation of Drawdowns & Concrete Panels, Performance Testing Gloss Measurement, Adhesion testing, Chemical resistance testing

Primer Compositions (Alkyd Resins)

Synthesis of alkyd resin & alkyd emulsion, Stability of emulsion, Synthesis of wood primers and cement primers Acrylic Polyols Technology

Acrylic polyols, acrylic polyols, Applications of acrylic polyols, Synthesis of acrylicPolyurethane hybrid coatings, Modified acrylic polyols, OEM coatings based on Acrylic Polyols, Wood coatings, Industrial Coatings, Two component polyurethane coatings, Automotive refinishing coating Biodegradable Surface Coatings

Biodegradable coatings, Necessity of biodegradation, Life cycle of biodegradable coating, Classification of biodegradable coatings, Natural biodegradable coatings, Synthetic biodegradable coatings, Synthesis of biodegradable coatings Oils, Lallemantia Iberica Eurphorbia Legascae (Vernonia oil) Binders for Premium Paints

Testing of premium interior brands in India, Formulating low VOC low odor paint, Results and Discussions: Odor and VOC, Paint Properties, Scrub Resistance, Stain Resistance Burnish resistance, Resistance Cyclized Rubber in Surface Coatings

Technical benefits of cyclized rubber, Solvents and compatibility, Compatibility, Compatibility with drying oils, Compatibility with resins, Solubility and solvent solvent mixtures Coatings for Medical Application

Medical coating characteristics, Medical coating classification, Methods, Polymers for medical application, Polylactide (PLA), Parylene, Degradation, Specialised medical coatings, Drug-Eluting Stents, DES Basics, Dacro Coating Dacro Structure, Dacro Process, Dacro Advantage, Dacro Analysis, Dacro Scope, Epoxy Resin

Structure, Epoxy resin coating,Hybridis coating,Hybridisation, ation, The method of curing, Modification of resin, Mixture of resins, Blending, Alloying, Inter Penetrating Networks, Sol-Gel method

Need for green, Regulations for lead in Europe, Regulationsfor lead in Australia, Regulations forlead in US, Pollution from paints Fluorosurfactant, Emerging technologies Herbal Coating

Turmeric in Herbal Paints, Chemistry of turmeric, Oleic acid, Experimental, Materials and Methods, Method of Extraction, Evaluation of Turmeric resin extract, Analysis of oleic Acid modified Turmeric Resin, Analysis of Raw Material, Extraction Extraction of resin from turmeric, High Temperature Coatings Technology

Composition of titanium oleate, Preparation of titanium oleate, Evaluation of titanium oleate Composition and evaluation of aluminium paint Heat resistance of aluminium paint Infrared Spectroscopy Preparation, Analysis time, Epoxy Epoxy,, Alkyd Marine Paints & Coatings Magnetic Paint

Preparation of Magnetic paint, Ingredients to be used for formulation, Application Technology, Primer Layer, Back Coat Layer, Coating composition having magnetic properties, Application, Painting on textured walls, Mounting posters magnetically, Wall Decorations, Magnetic words and poetry Nanotechnoloogy

What is nanotechnology?, Nanoscience Vs Nanotechnology, Dimensional classification of nanoscale, Nanoscale in One Dimension, Nanoscale in Two Dimensions, Nanowires Biopolymers, Nanoscale in Three Dimensions Nanoparticles, Fullerenes (carbon 60), Dendrimers, Dendrime rs, Quantum Dots, Technolog Technology y Synthesis and Assembly of Nanomaterials, UV- curable coatings, Anti-abrasion and antiscratch coatings, Anti-corrosion coatings, Self-healing nanotechnology antic orrosion coatings as alternative to toxic chromium, Future of anotechnology


Experimental, Materials, Preparation of polyol, Characteristics of epoxy polyol (EP), FT IR Spectral analysis, FT IR spectra of epoxy polyol, FT IR Spectra for polymer, FT IR Spectra for polymer-H Photo Luminescent Paints

Mechanism of action, Effect of temperature on the afterglow, Manufacturing of the pigment, With Polyurethane Resins Polyaspartics

What are Polyaspartic Esters?, Chemistry, Reaction of aspartic acid ester with isocyanate,Polyurethane/P isocyanat e,Polyurethane/Polyurea/Polyas olyurea/Polyasp p artks What’s the Difference?, Reactivity Phenolic Resins

Green Coating

AVAILABLE AT AT :

PU Coatings

Experimental, Materials, Synthesis of phenol-cardanolformaldehyde novolac type phenolic resins, Fourier-transform Infrared (FT-IR) spectroscopic analysis, ‘H-NMR, spectroscopic analysis, Gel permeation chromatographic (GPC) technique, Differential Scanning Calorimetry (DSC), 1HNMR spectroscopic analysis, Epoxidation of novolac prepolymer Paints based on Agricultural Materials

Soybean, Soybean oil-based waterborne polyurethane system, Soybean oil-based polyols, Soybean oil-based wetting and dispersing agents, Lignin, Lignin based paints, Corn, Corn based paints, Xanthum Gum, Starch, Sugar based polymers, Solvents, Monomers, Coalescents Polyester Powder Coatings

Using bi-functional hardener, Co-extrusion of resins, Polyester Dead Matt, Using reactive matting agent Paint Coating on Galvanized Steel in Coil Coating line

Preparing of substrate for paint coating, Alka line Alkalin e solu solution tion clea cleanin ning, g, Conv Conversi ersion on coatings, Test conducted to study the performance of the coated product, Impact test, Bending adhesion test, Chemical resistance test, Salt spray test, Heat resistance test, MEK (Methyl ethyl ketone) test, Coating characteristics characteristics,, Photocatalytic Coatings

Materials, Titanium dioxide, Silicone resin, Experimental, Methylene blue test, Cigarette smoke test, Binder, Interior & Exterior paints. Ketonic Resins Radiation Cure Coatings Self-Healing - Coatings Stealth Coatings for Aircraft and ships Sol Gel Coatings Vacuum Metallizing Coating on Plastic Automotive Components Plastic Packaging for Paints Water soluble plastics for packaging of water based paintsPolymer coated steelSilicone Resin Paints Simple & Fast Processing, Easy to over paint, Fast and efficient, Solvent free & ecologically more sound, Extremely stable and nonchal nonchalking, king, Test methods: Certifie Certified d quality

4449 Nai Sarak, Main Road, Delhi - 110006 (INDIA) Ph : 91- 11- 23916431, 23918117, 45120361, 64727385, 23947058 Mobile: 9811437895, 9811151047

New 2013 Ed.

Rs. 1890/-

TECHNOLOGY OF SWEETS (MITHAI), NAMKEEN AND SNACKS FOOD WITH FORMULAE

Details of Raw Materials used for Sweets

Payasam Manufacture

Manufacture

Rice suji-based payasam, Wheat suji-based payasam, Avalakki (beaten ricebased) payasam, Ada-based payasam

Sweeteners: gur (jaggery), khandsari, bura, and chini, Gur (jaggery), Khandsari (Khand), Bura, Chini (Refined Sugar), Packaging, Grains: Chawal (Rice), Maida, Suji, Rava,Rice (Chawal) Maida & Suji or Rava (Wheat Flours), Maida Grading, Large & bSmall Particle Grade, Packaging Storage, Dry Fruits And Other Nuts: Badam, Kaju, Copra, Pista, Khaskhas, Akhrot, Kishmish Almonds (Badam), Shelf Life, Preservation, Packaging & Storage, Copra, Pistachio (Pista), Processing, Khaskhas (Poppy Seeds), Application, Akhrot (Walnuts), Inshell Walnuts, Shelled Walnuts, Kishmish (Raisins), Processing, Sulphur Fumigation, Chhoti Elaichi (Cardamom), Gulab Jal, Kesar, Cocoa Chhoti Elaichi etc Making of Milkbased Sweets

Khoa/Mawa, Packaging of Khoa, Shelf Life, Dry Gulabjamun Mix, Skim Milk Powderbased, Gulabjamun Mix, Whole Milk Powderbased, Gulabjamun Mix, Kalajamun, Malaika-baraf, Falooda, Product description, Technology Innovations, Kunda, Product description, Technology, Shelf-life, Bal mithai, Manufacture of Bengali Sweets

Rasogolla, Sugar syrup, Mechanized production, Use of milk powder, Dried rasogolla mix, Yield, Packaging, Rasomalai, Chhana-murki, Prospects for mechanization Cham-cham, Ksheer sagar, Chhana kheer, Chhana pakora, Rasaballi Shosim, Kalari Shrikhand Manufacture

Traditional method, Innovations, Preparation of curd, Preparation of chakka, Preparation of shrikhand from chakka, Starter cultures, Separation of whey from curd, Mixing of chakka with cream and sugar, Packaging of shrikhand, Shelf-life, Physico-chemical aspects Kheer Manufacture

Rice kheer, Technology Process upgradation, Selection of rice Cooking characteristics of rice, Long-life kheer, Shelflife. Dried Kheer Mix Manufacture

Process Manufacturing method, Shelf-life Plant parameters, Manpower, Plant & machinery.

Phirni Manufacture:Ingredients Technology. Sevian Manufacture: Manufact ure: Product Technolog Technology. y. Sohan Halwa: Product description Technology. Gajar-ka-Halwa Gajar-k a-Halwa : Product Technolog Technology y Kaju Burfi Manufacture: Manufactu re: Product Technolog Technology. y. Ghevar Preparation: Product Technology Lauki halwa, Padusha, South indian sweet, Mohandas Rasogolla, Kheer & Pal Payasam. Preparation of Lassi: Composition, Method of preparation, Preparation of sugar syrup and Lassi, Microflora of lassi. Shrikhand Preparation: Traditional method, Industrial method. Technolo echnology gy of Khoa Manufacture & Storage Varieties and grades of khoa, Chemical composition of khoa, Small scale preparation of khoa, Equipment Quality of milk, Traditional process, Improved method for khoa preparation Packaging and storage of khoa. Peda: Composition, manufacture of peda. Khoa-based Sweet - Kalakand Khoa-based Sweet - Gulab Jamun Milk-based Sweet - Burfi Chhana-based Sweet -Rasogolla Preparation of Kulfi Yoghurt Production of Sandesh Manufacture of Shrikhand by Ultrafiltration Process: Shrikhand making Preparation of Traditional Sweets Gulab Jamun/Rasogullas Winter Products Some Selected Recipes of Traditional Foods Dessert Powders & Puddings Extruded Snacks: Terminology, Extrusion process, Preconditioning configuration, Extruder configuration, Die configuration, Expanded snacks, Fried collettes, Product description, Process description, Formulation, Baked collettes or shapes, Formulations, Third generation snacks, Process, Formulations, Die design, Flatbread and cracker snacks, Process description Formulation, Further possibilities, High moisture dough snacks, Formulation

Snacks and Namkeen Recipes Snack Food Preservation & Packaging Details of Plant, Machinery and Equipments for Snacks Food Namkeen and Sweets Processed Products from Potato Pappad and Bariyan Plant Potato Chips/Waffers Potato Chips (Automatic Plant) with Imported Machinery Manufacturing process, Sorting, cleaning and Description machineries, Optional equipment available, Processing section Investment, Potato chips (imported plant). Rice Puff Raw materials, Manufacturing process Rice Flakes, Corn flakes and Wheat flakes (integrated unit) Raw materials, Corn, Nutritive value, Composition of grains, Manufacturing process Snack Food Manufacturing process, Humidification, Puffing, Process Packaging of Snack Foods ckaging materials for snack foods, Packaging system, Gas flushing, Compensated vacuum. Fast and efficient, Solvent free & ecologically more sound, Extremely stable and nonchalking, Test methods: Certified quality quali ty

Hand Book of PREPRESS ISBN- 9788189765279

Price-940/The book covers of Role of Prepress, Typography, Text Text Handling, Handli ng, Images and Graphics Handling, Make up, Planning and Assembly, Assembly, Working and Imposition Methods, Proofing, Print Specifications and Standardisation, Output Media and Preparation of Printing Surfaces, Surfaces, Computer to Print.

Potato-based Textured Snacks

Raw materials, Potato granules, Potato flakes, Potato starch, starch, Potato flour, Methods of manufacture, Forming and frying of wet dough,High shear dry extrusion, Low shear pellet extrusion, Potato chip manufacture, Similar products using a basis other than potatoes, Flaked cereals, Puffed cereals

AVAILABLE AT AT :


Patrons you can deposit the amount in EIRI Account UNION BANK OF INDIA CA-307201010015149 (IFS Code: UBIN0530727)

4449 Nai Sarak, Main Road, Delhi - 110006 (INDIA) Ph : 91- 11- 23916431, 23918117, 45120361, 64727385, 23947058 Mobile: 9811437895, 9811151047

New 2013 Ed.

Rs. 1890/Confectionery Products

Sugar confectionery, Nutritional significance, Principles of sugar confectionery production, A range of sweets for sale, Degree of inversion, Time and temperature of boiling, Boiling point of sucrose solutions, Moisture content, Added ingredients, Types of sweets, Fondants and creams, Gelatin Gel atin sweets, Toffee Toffee and caramels, Hard-boiled sweets, Processing, Boiling, Cooling, Equipment required, Beating, Forming/setting, Packaging, Suitability for small-scale production, Multicoloured aerated confectionery products, Method of Preparation, Confectionery product and preparation, Coolant, Compositions, Flavour Compositions, Coolant and Flavour Release Profiles, Manufacturing Methods, Confectionery compositions with magnolia bark extract, Confectionery Formulations, Pressed Tablet Formulations, Fruit and nutcontaining confectionery candy, Reduced Sweetness Confectio Confectionary, nary, Compositio Compositions, ns, Reduced Sweetness Confectionery Coatings/Fillings, Cereal Bars and Other Cereal Products, Baked Products and Other Products, Processes For Associating Confectionery Coating Compositions With Food Items Manufacture of Toffee

Biodegradable toffee gum, Manufacturing of Polymers, Polymer No. 101, Polymer No. 102, Polymer No. 103, Polymer No. 104, Polymer No. 105, Polymer No. 106, Preparation of Toffee Gums Gum and Jelly Products

Production Of Gum and Jelly Products, Cooking process, Batch production, Continuous production, Depositing process, Recipes, Manufacturing Jelly fruits with Pectin Classic AS 501, Manufacturing Jelly fruits with Pectin Classic CS 501, Manufacturing Jelly fruit with low acidic taste with Pectin Amid CS, Manufacturing Pectin bears with Pectin Classic AS 507, Manufacturing Pectin pastilles with Pectin Classic CS 502, Manufacturing Jelly fruit containing fruit pulp with Pectin Classic AS 502, Manufacturing Fruit gums: Combination Pectin Classic AS 502/gelatine, Manufacturing of the semifinished product, Manufacturing of the final product, Jelly fruit layer for biscuits with chocolate cover using Pectin Classic AS 501, Manufacturing Zefir with Pectin Classic AS 401, Process for preparing caramel, Multi-layered fondant containing chewing gum, Flavour, Sensate, Taste, Functional Agents, Sweeteners, Sensate Ingredients, Breath, Freshening Ingredients, Dental Care Ingredients, Active Ingredients, Effervescing System Ingredients,


TECHNOLOGY OF CONFECTIONERY, CHOCOLATES, TOFFEE, CANDY, CANDY, CHEWING & BUBBLE GUMS, LOLLIPOP AND JELLY JELL Y PRODUCTS WITH FORMULATIONS FORMUL ATIONS A p p e t i t e S u p p r e s s o r I n g r e d i e n t s , Potentiator, Ingredients, Food Acid Ingredients, Micronutrient Ingredients, Mouth Moistening Ingredients, Throat Care Ingredients, Preparation of a Three-Layered Gum, Dry mouth lozenge, Analysis of confectionary products, Ingredients, Sugar (Sucrose), Corn Syrup Syrup, Chocolate and Chocolate Coatings, Cocoa Fats, Starch, Milk Products, Aerating Agents, Egg albumen, Vegetable albumens, Gelatin, Stabilizers, Gel formers and Gums, Acids, Additives, Emulsifiers, stabilizers, and thickeners: mono- and diglycerides, polyoxyethylene(POE) polyoxyethylene(PO E) and sorbitan esters, and alginates Bloom retartants: POE esters Flavouring agents, Humectants, Colours, Antioxidants and synergists, Glazes and polishes Preservatives, Antifoaming Antifoaming agents (syrups, jellies), Methods of Manufacture, Basic fondant, Caramels and toffees, Fudges, Marshmallows, Nougat, Starch jellies, Methods of Analysis, Sugars, Procedure Lane-Eynon Procedure, Fat-free chocolate and chocolate liquor, Acidity, Procedure, Proteins Chocolate fineness, Manufacturing Chocolate

Step #1: Roasting and Winnowing the Cocoa, A diagram showing the manufacturing process, Step #2: Grinding the Cocoa Nibs, Step #3: Blending Cocoa liquor and molding Chocolate, Milk Chocolate, White Chocolate, Plain Dark Chocolate, How chocolate is made Blending, Refining & Conching, Temperin Tempering, g, Chocolate plant, Chocolate Powder, Low calorie chocolate Organoleptic Test, Improvement in softness and pleasantness by use of emulsifying agent, Improvement in softness and pleasantness by use of liquid oil & fat, Milk chocolate containing water, Heat-resistant chocolate composition, Sugar free chocolate coating, Hypoallergenic chocolate, Chocolate candy Soy-containing Chocolate Products

Chocolate Recipes with Whole Soybean Powder Process for Making a Soy-Enriched Chocolate Product, Analysis of Chocolate Products, Fat blends for chocolate compositions, Continuous tempering process, Batch tempering process Coffee Flavoured Chocolate Bar Chocolate-flavored Beverage Recipes of Chocolates, Apple and Quince Chocolates, Ingredients, Preparation

Co-deposited twocomponent hard candy, Chocolate flavoured hard candy, Method of continuously producing hard-candy masses, How this device operates will now be described, Hard candy composition, Sugarfree hard boiled candy candy,, Method 1: Sugar-free sweets with a high water content, Method 2: Hypocaloric sugar-free sweets with a high water content, Sugar Free Chewing gum, Colouring, flavouring Method XI: pH of Gum, Coldproof chewing gum, Method 1: (Comparison of compositions of gum bases for plate type chewing gums) Pharmaceutical Chewing Gum

Aspirin & Caffeine Gum, Acetaminophen Gum Bubble Gum Polyvinylacetate bubble gum base composition, Non-stick bubble gum base composition, Bubble Gum, Sugarless Bubble Gum, Sugarless Center-Filled Bubble Gum, Method X: Center-Filled Bubble Gum, Dual gum base bubble gum, Chewing Gum Products, Preparation of Chewing Gum Product Lollipop

Raw Materials, The Manufacturing Process, Quality Control, Byproducts/Waste, The Future Lollipop and method of making same, Lollipop-type confection and packaged in an elastic mold Method Candy Manufacturing Technology and Candy Manufacturing Techniques

A Good Manufacturing, Dry Ginger Cold Cough Diabetes, Dry Ginger Cold Cough Diabetes, Medicine Nausea, Usage, Pickled ginger, Regional uses, Medical uses, Diarrhea Nausea, Folk medicinal uses, Local uses, Hazmola Candy, Contains Process of Chocolate Bar Making

From Bean To Liquid, To Chocolate Bar, Coffee Flavored, Chocolate Bar, Chocolate and wafer bar, Toffee-soft Caramel, Toffee Gum Comprising, Comprising, Chocolate, Preparation of Toffee Gums, Evaluation of Resistance of Toffee Gum Substance Towards, Towards, Chocolate Chocolate,, Evaluation of Small Chocolate-Coated, Toffee Gum Pieces, Comparison of Toffee Gum and Chewing Gum by Rheometric Measurements, Dry mouth lozenge, Therapeutic herbal lozenge composition, Antimicrobial lozenges, Nonionic Lubricants, Lubricants, Lozenge Vehicle, Optional Components, Method Of Manufacture, Composition Use, Pharmaceutical lozenges, Method of Manufacture Lozenge Cutter Apparatus Packaging Confectionery Product

Hard Boiled Candy and Chewing Gum

Confectionery Package

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MODERN TECHNOLOGY OF ROLLING MILL, BILLETS, STEEL WIRE, GALV GALVANIZED ANIZED SHEET, FORGING AND CASTINGS Steel Plates Manufacture

Rs. 2640/-

with Post Exp. in India 2012-13 Edn.

Technology of Rolling Mills

Types of Mills, Rolling-Mill Accessories, Accessories, Lead Spindle, Mill Pinions, The Bearings, Roller Bearings, Rolling-Mill Roll Design & Manufacture, Principal Parts of Rolls, Procedure in, Designing, Elements of Good Roll Design, Casting of Rolling-Mill Rolls, Steel Rolls, Iron-Base Rolls, Continuous Rod Mills, Continuous Seamless Tube Mill, Motor-Room Ventilation, Auxiliary Drives, Table Rollers, Screw-Downs, Manipulators and Side-Guards, Blooming-Mill Shears, Principles of Process Control Systems, Process Equations, Instrumentation, Control of Primary Rolling, Plate-Mill Control, HotStrip Mill Control, Roughing, Finishing, Computer Control, Control of Cold-Reduction Mills, Reversing Mills, Tandem Mills, Computer Control Heating Steel for Hot Working

Principles of Furnace Design, Objectives and General Metallurgical Requirements, Basic Elements of Furnaces, Furnace Size and Capacity, Furnace Type and Shape, Thermal Efficiency, Materials of Construction, Soaking-Pit Furnaces, General Considerations in Furnace-Type Selection, Batch-Type Furnaces, Pusher-Type Furnaces, Rotary-Hearth Furnaces, WalkingBeam Furnaces, Roller-Hearth Furnaces, Operating Statistics Production of Steel Bloom, Slabs & Billets

Production of Blooms and Slabs by Rolling, General Features of Blooming and Slabbing Mills, Two-High Reversing Mill, Two-High Tandem Mill, Three-High Mill, Two Two-High Reversing Mills in Tandem, Tandem and Three-high Mill in Tandem, Four-Stand and Five-Stand Tandem, Roll Design and Rolling Procedures, Roll Design, Effect of Pass Design on Rolling Procedures, Convexity of Passes, Production of Billets by Rolling, Development of the Billet Mill, Types of Billet Mills, Three-High Billet Mills, Cross-Country Billet Mills etc.


Plate-Mill Products, Plate-Mill Operations, Heating Slabs for Rolling, Batch-Type Heating Furnaces, Continuous-type Heating, Furnace, Furnace Control, Descaling, Plate Rolling, Plate Rolling Variables, Bending of Rolls, Roll Wear, Temperature Variation, Levelling (Flattening) Cooling, Shearing and Cutting, Identification, Inspection and Loading, General Type Types s of Plate Mills, Two-High Pull-Over, Two-High Single-Stand, Reversing and Three-High Plate Mills, ThreeHigh Plate Mills, Four-High Reversing Plate Mills, 160/210-Inch Plate Mill, Slab Yard, Slab-Reheating, Furnaces, Scalebreaker,, Slab Turnaround, Scalebreaker FourHigh Reversing Stand Tables, Transfer Tables and Cooling, Levelers Technology of Steel Wire and Steel Wire Products

Principle Uses of Steel Wire Early Method of Manufacture Classification of Steel Wire, Bases for Classification, Kinds and Composition of Steel Used for Wire, Wire Shapes, Sizes of Wire, Classification of Common Round Wire According to Size, Surface Finishes Fini shes of Wire, Temper Temper of Wire, Rolling the Wire Rod, The Wire Rod, Types of Rod Mills, The Continuous Rod Mill, The Morgan Mill, Modern Continuous Rod Mills, Layouts for Rolling Small Billets, Types of Wire, Processes and Equipment for Preparing Rods and Wire for Drawing, Importance of Cleaning, Method of Cleaning, Manner of Handling the Material, Types of Cranes, Wire-Drawing Equipment, Properties of Patented Wire, Hardening and Tempering empering,, Methods of Hardeni Hardening ng and Tempering Wire, Wir e, Protective Metallic Coatings, Kinds of Coatings, Wire Galvanizing, Advantages of Galvanizing, Methods of Galvanizing, Processes Preliminary to Hot Galvanizing, Annealed Wires, Wires, Cold-Heading Cold-Heading Wire, Wire, LiquorFinished Fine and Weaving Wire, Welding Wire, Brush Wire, High-Carbon or Special Wires, Rope Wire, Music Wire, Piano Wire, Bronze Finish Tire, Bead Wire, Valv Valve e Spring Wire, Tempered Wire, Other Special Wires, Stainless-Steel Wire, Flat Wire, Some Fabricated Steel-Wire Products, Importance of Fabricated Wire Products, Wire Nails, Nail Machines, Fabrication of Wire Rope, Stranding, Types of Wire Rope Manufacturing Technology of Hot-Strip Mill Products

Classification of Flat-Rolled Steel Products Sources and Types of Steel for Sheet, Strip and Tin Plates, Chemical Compositions, Steelmaking Processes Slabs, Rolling Slabs from Ingots, Continuous Casting of Slabs, Bottom-Pressure Pouring of Slabs, Continuous Hot-Strip Mills, Development and Output, General Arrangement of Modern Mills, Control of Finished Product Quality, An 84inch Continuous Hot-Strip Mill, Slab, onditioning and Storage Areas, Slab-Heating Furnaces, Runout Table, Coilers, Lubricating Systems, Motor Room, Metallurgy of HotRolled Strip, Hand Hot Mills, Development Process

Production Process of Cold-Reduced Flat-Rolled Products

Cold-Finished Flat-Rolled Products, ColdFinished Flat Bars, Cold-Rolled CarbonSteel Strip Temper, Stainless Cold-rolled Strip Steel Finishes, Cold-Rolled CarbonSteel Sheets, Black Plate, Principles of Cold Reduction, Sequence of Operations in Cold Reduction, Roll Arrangement for Cold Reduction, Mill Layouts, Four-High Reversing Mills Manufacture of Galvanized Sheet and Strip Uses of Galvanized Sheet and Strip

Factors Influencing Effectiveness of Galvanized Coatings, Coating Weight and Gage Requirements, Metallurgical Features of the Hot-Dip Galvanizing Processes, Coating Metal Used In Hot-Dip Galvanizing, Steels Continuous (Strip) Hot-Dip Galvanizing, General Arrangement and Operation of Continuous, Testing Testing Galvanized Sheets Manufacture of Heavy Press Forgings

Heating for Forging, Rate of Heating, Forging Temperature, Handling Equipment, Open Dies for Forging, Principal Forging Operations Castings - Steel and Iron

Steel Castings, Casting Compared with Other Forms of Shaping Steel, Composition and Mechanical Properties of Cast Steels, Making Steel for Castings, Molding for Casting Steel, Patterns and Molds for Steel Castings, Quenching and Tempering, Flame Hardening, Heat- And Corrosion- Resistant Steel Castings, Highly Alloyed Steels, Typical Applications,, Melting, Casting, Molding, Applications Finishing Operations, Methods of Sampling and Testing, Precision Steel Castings, Iron Castings, Pig Iron for Castings, Iron Composition vs.Properties Forms of Carbon in Pig Iron Project Profiles

M.S. Billet casting with induction furnace from steel scrap & sponge iron, Mini steel plant (3tinduction furnace), Steel rolling mill (by induction furnace) from steel scrap and sponge iron, Rolling mill (by induction furnace) & manufacturing of bars, angles, squares, tubes and others, Hot rolling mill of narrow steel strip plant economics, Rolling mill & manufacturing of bars, angles, squares, tubes & others, Cold rolling mill, Steel rolling mill (reinforcement bars), Rerolling mill (reinforcement and structural members), Sodium aluminate, Super enamelled copper wire (from copper scrap), Super enamelled copper wire (from copper cathode rod), Copper rod wire drawing and pvc wire & cables, G.I. wire, Stainless steel cold rolling mill from coil, Cold roll forming of z-section and other section, Aluminium hot and cold rolling mill, Forging plant steel casting

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Industrial Project Report

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