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Column Internals High-Quality Service of Design, Manufacture and Installation

Mass Transfer & Reactor Internals

Company

Company

About Euroslot Kdss

Beyond technology - creating value

The Euroslot Kdss group was formed from the merger of two companies in order to provide a unique breadth and depth of expertise across a range of industry sectors – from petrochemicals and refineries to water treatment, filtration, food processing and the paper industry. The new group has the financial muscle, the international reach and depth of expertise to be that supplier. We are also unique in the breadth of range of products and our very comprehensive installation and site services. Through its Mass Transfer & Reactor Internals Division, Euroslot Kdss will, in fact, be the only company to design, manufacture and site install the full range of reactor and column internals. For many clients that is an unbeatable combination. The synergy between the merged companies is much more than industry focus, product set or customer base. We share the same business ethics, the same approach to problem solving and working in partnership with clients. Clients really value our responsiveness and the way we become a seamless part of their team, rather than the traditional supplier/client relationship. Add to that our network of more than 25 sales agents worldwide, as well as manufacturing facilities in Europe, Middle East, China, India and South Africa. Euroslot Kdss is in a unique position to provide end-to-end services wherever they are required.

All over the world, refineries, petrochemical, chemical and gas companies trust Euroslot Kdss expertise to deliver mass transfer solutions, safely, on time, on budget. We specialize in process simulation, design, manufacture, installation and plant reinstatement. With a depth of expertise in distillation plant, we always deploy our own in-house professionals. Clients value more than just our technical skills and site-based installation expertise. They value our business agility, our responsiveness and our willingness to «own the problem».

Sharing our expertise Euroslot Kdss has earned a reputation for leadership in our field, bringing quality, safety and innovation across the sector. That’s why we are licensed by major companies to design, manufacture and install both standard and specialized mass transfer equipments. So, if you are looking to maximize capacity of a column or to de-bottleneck a complete train, our process engineering team can help you with your project definition. And in the event of unplanned downtime, you can trust us to diagnose, carr y out stress and process engineering designs, manufacture and re-install. A quality solution will be implemented in record time.

Let us share our hugeness of exper tise Our clients recognize the benefits of working with a partner who has a proven scope and depth of expertise across a whole choice of process applications. Euroslot Kdss brings that richness of experience to design, manufacture, installation and support across:

Crude Distillation Units Demethanisers Depropanisers De-Isobutanisers Methanol Distillation Benfield Units Amine Absorbers Vacuum Distillation FCCU Main Fractionators FCCU Primary Absorbers Condensate Stabilizers Sour Water Strippers Nitric Acid Absorbers Chlorine & HCl Scrubbing SO2 & H2S Scrubbing Liquid/Liquid Amine Contactors

Condensate Stabilizers De-Ethanisers Debutanizers Ethanol Distillation Vetrocoke Units Crude Fractionators Amine Regenerators Vacuum Lube Units FCCU Strippers FCCU Secondary Absorbers Glycol Contactors Direct Contact Coolers Sulphuric Acid Absorbers NOX Scrubbing De-aerating Towers Ammonia unit

All covered by our strict quality control methodology.

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All starts with process and engineering design

We manufacture tower internals with quality ‘engineered in’

Whether it’s a completely new process, a complicated upgrade or just a check on performance of your existing unit, we understand that reliable front-end process design gives you the confidence to select the optimum process equipment for your application. Euroslot Kdss can design, manufacture and install the tower distillation trays for you. Our offer includes as well replacement of nearly all kind of conventional trays no matter their dimensions.

Simulation Globally recognized process simulation packages are used to perform rigorous mass and energy balances for chemical applications and separation and reactive distillation for oil/gas applications.

Hydraulic and Mechanical Hydraulic and mechanical design is built around our own software, proven over hundreds of installations to accurately predict both hydraulic capability and mechanical strength/integrity for any chosen application.

What a better way to ensure the highest quality components than to design and manufacture whole ranges in house. From our own modern manufacturing facilities we develop and produce ESP (Enhanced Separation Performance) internals with the highest quality standards. ESP (Enhanced Separation Performance) is the brand name of Euroslot Kdss equipment with advanced features designed in. All is developed from our own practice, ‘hands on’ industry expertise.



All starts with process and engineering design

We manufacture tower internals with quality ‘engineered in’

Whether it’s a completely new process, a complicated upgrade or just a check on performance of your existing unit, we understand that reliable front-end process design gives you the confidence to select the optimum process equipment for your application. Euroslot Kdss can design, manufacture and install the tower distillation trays for you. Our offer includes as well replacement of nearly all kind of conventional trays no matter their dimensions.

Simulation Globally recognized process simulation packages are used to perform rigorous mass and energy balances for chemical applications and separation and reactive distillation for oil/gas applications.

What a better way to ensure the highest quality components than to design and manufacture whole ranges in house. From our own modern manufacturing facilities we develop and produce ESP (Enhanced Separation Performance) internals with the highest quality standards. ESP (Enhanced Separation Performance) is the brand name of Euroslot Kdss equipment with advanced features designed in. All is developed from our own practice, ‘hands on’ industry expertise.

Hydraulic and Mechanical Hydraulic and mechanical design is built around our own software, proven over hundreds of installations to accurately predict both hydraulic capability and mechanical strength/integrity for any chosen application.

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Distillation Trays Distillation trays Introduction............................................................................................................................................. Mobile Valve Tray ................................................................................................................................... Fixed Valve Tray ..................................................................................................................................... Other Distillation Trays ...........................................................................................................................

Page 7 Page 8 Page 9 Page 10

Page 12 Page 13

High Performance Structured Packing ESP Structured Packing, Support .........................................................................................................

• •

High Performance Random Packing ESP Metal Packing ................................................................................................................................ ESP Plastic Packing,Suppor t, Bed Limiters ...........................................................................................

The two main classes of column internals used today are trays and packing. Distillation Trays reveal many advantages, for example:

Page 14

Distributors, Feed Devices and Collector Trays Introduction ............................................................................................................................................ Page 16 ESP Brand Liquid Distributors ................................................................................................................ Page 17 ESPBrand Liquid FeedDevices and CollectorTrays .............................................................................. Page 19

Liquid / Gas and Liquid / Liquid Separator Internals

• • •

Easy maintenance and cleaning possibility, good fouling resistance Can carry wide range of liquid flows by changing number of tray sections or passes, weir length and type of tray Easy distribution Very good turndown and flexibility Over pressure good handling.

Euroslot Kdss can design and supply their own ESP valve trays, and also other conventional trays, such as bubble cap trays, sieve trays, etc. Trays allow intimate contact between vapor and liquid phases. The Principle of a distillation process is defined by the following steps: • • • • • •

Vapor and liquid mix to form froth Mass transfer occurs within the froth The froth overflows across a weir The vapor is released and moves to the upper tray The bulk liquid flows down the downcomer to the next tray The steps repeat on the next tray

ESP Mesh Mist Eliminators .................................................................................................................... Page 20 ESPVane Mist Eliminators, Plate Pack Coalescers ................................................................................ Page 21 Euroslot Kdss Quality Insurance System .......................................................................................... Site Service .......................................................................................................................................... Contact Euroslot Kdss ........................................................................................................................

Vn+1

Page 22 Page 23 Page 24

Vn Ln

V n-1

n+1

L n

Depending on feed rates and column diameter, the number of passes can vary from 1 to 4.

(a)

(b)

Figure 1. Flow passes on trays: (a) Single-pass (b) Two-pass (c) Four-pass

(c)



Distillation Trays Distillation trays Introduction............................................................................................................................................. Mobile Valve Tray ................................................................................................................................... Fixed Valve Tray ..................................................................................................................................... Other Distillation Trays ...........................................................................................................................

Page 7 Page 8 Page 9 Page 10

The two main classes of column internals used today are trays and packing. Distillation Trays reveal many advantages, for example: • •

High Performance Random Packing ESP Metal Packing ................................................................................................................................ ESP Plastic Packing,Suppor t, Bed Limiters ...........................................................................................

Page 12 Page 13

High Performance Structured Packing ESP Structured Packing, Support .........................................................................................................

Page 14

Distributors, Feed Devices and Collector Trays Introduction ............................................................................................................................................ Page 16 ESP Brand Liquid Distributors ................................................................................................................ Page 17 ESPBrand Liquid FeedDevices and CollectorTrays .............................................................................. Page 19

Liquid / Gas and Liquid / Liquid Separator Internals

• • •

Easy maintenance and cleaning possibility, good fouling resistance Can carry wide range of liquid flows by changing number of tray sections or passes, weir length and type of tray Easy distribution Very good turndown and flexibility Over pressure good handling.

Euroslot Kdss can design and supply their own ESP valve trays, and also other conventional trays, such as bubble cap trays, sieve trays, etc. Trays allow intimate contact between vapor and liquid phases. The Principle of a distillation process is defined by the following steps: • • • • • •

Vapor and liquid mix to form froth Mass transfer occurs within the froth The froth overflows across a weir The vapor is released and moves to the upper tray The bulk liquid flows down the downcomer to the next tray The steps repeat on the next tray

ESP Mesh Mist Eliminators .................................................................................................................... Page 20 ESPVane Mist Eliminators, Plate Pack Coalescers ................................................................................ Page 21 Euroslot Kdss Quality Insurance System .......................................................................................... Site Service .......................................................................................................................................... Contact Euroslot Kdss ........................................................................................................................

Vn+1

Page 22 Page 23 Page 24

Vn Ln

n+1

L

V n-1

n

Depending on feed rates and column diameter, the number of passes can vary from 1 to 4.

(a)

(b)

(c)

Figure 1. Flow passes on trays: (a) Single-pass (b) Two-pass (c) Four-pass

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Mobile Valve Tray

Fixed Valve Tray

The Mobile Valve Tray is a flat perforated plate, with each perforation equipped with a movable disk. At low vapor rates, the disk may settle intermittently over the perforation and covers it to avoid liquid weeping. As the vapor rate is increased, the disk rises vertically. The height of restrictive valve legs or a caging structure determines the upper limit of open area.

The fixed valve tray is a low cost stationary assembly which imitates the shape of a valve. The fixed valves are directly extruded from tray deck. The absence of moving parts eliminates wear and sticking, but at the expense of lower turndown than other valve trays. However, the fixed valve tray can present higher turndown ratio and improved capacity than sieve tray.

Standard float valves are the pillar of valve tray configurations available today. They offer high turndown flexibility (5:1) and a choice of valve thicknesses to accommodate most requirements.

ESP Fixed Valves

ESP Float Valves ESP mobile valves can be round or rectangular and the different leg heights are available according to pressure and gas flow rates. Unlike the conventional float valve, our ESP Float Valve incorporates unique features that result in a very robust design to reduce valve loss, a built-in anti-rotation mechanism, easy in-situ replacement, fixed orientation for maximum turndown ratio. The table below summarizes the various types of ESP float valves that can be designed and supplied by Euroslot kdss.

ESP-DV (ESP-MDV)

ESP-RV

ESP-BV/CV

• Standard size for DV and high capacity design for Mini DV • Anti-rotation design • Very high turndown

• Rectangular form, parallel to liquid flow • No valve spinning, resistant to popping out • Similar capacity and efficiency to round valve

• Conventional round valve with three legs • Supplied for replacement or on request • Option: venture orifice for reduced pressure drop

ESP-SV

• Round valve with four snap-in legs • Available in most metal alloys • High turndown

ESP fixed valves, designed by Euroslot Kdss, are generally round, but could be other shapes like rectangular upon request of clients. Leg heights could also be customized. Our ESP fixed valve trays provide low liquid entrainment due to lateral vapor orientation compared to sieve trays. Below in the table ESP fixed valves are presented for meeting your project requirement. ESP mini fixed valve offers a low cost option, having a wider operating range than sieve trays. It is an intermediate solution between sieve and mobile valves. They offer a higher capacity than sieve trays by 10 ~15% and a slightly higher performance and flexibility compared to these last ones.

ESP-FV

ESP-MFV

ESP-FTV

ESP-MFTV

• Round shape • Standard size design with hole diameters of about 40mm • Very high fouling resistance

• Round shape • Mini size design with hole diameter of about 20 mm • Higher capacity compared to standard size design • High fouling resistance

• Rectangular shape, parallel to liquid flow • Option: Tapered shape in valve plate for optimization of flow orientation • High fouling resistance

• Small rectangular fixed valve • Option: Tapered shape in valve plate for optimization of flow orientation • High performance



Mobile Valve Tray

Fixed Valve Tray

The Mobile Valve Tray is a flat perforated plate, with each perforation equipped with a movable disk. At low vapor rates, the disk may settle intermittently over the perforation and covers it to avoid liquid weeping. As the vapor rate is increased, the disk rises vertically. The height of restrictive valve legs or a caging structure determines the upper limit of open area.

The fixed valve tray is a low cost stationary assembly which imitates the shape of a valve. The fixed valves are directly extruded from tray deck. The absence of moving parts eliminates wear and sticking, but at the expense of lower turndown than other valve trays. However, the fixed valve tray can present higher turndown ratio and improved capacity than sieve tray.

Standard float valves are the pillar of valve tray configurations available today. They offer high turndown flexibility (5:1) and a choice of valve thicknesses to accommodate most requirements.

ESP Fixed Valves

ESP Float Valves ESP mobile valves can be round or rectangular and the different leg heights are available according to pressure and gas flow rates. Unlike the conventional float valve, our ESP Float Valve incorporates unique features that result in a very robust design to reduce valve loss, a built-in anti-rotation mechanism, easy in-situ replacement, fixed orientation for maximum turndown ratio. The table below summarizes the various types of ESP float valves that can be designed and supplied by Euroslot kdss.

ESP-DV (ESP-MDV)

ESP-RV

ESP-BV/CV

• Standard size for DV and high capacity design for Mini DV • Anti-rotation design • Very high turndown

• Rectangular form, parallel to liquid flow • No valve spinning, resistant to popping out • Similar capacity and efficiency to round valve

• Conventional round valve with three legs • Supplied for replacement or on request • Option: venture orifice for reduced pressure drop

ESP-SV

• Round valve with four snap-in legs • Available in most metal alloys • High turndown

ESP fixed valves, designed by Euroslot Kdss, are generally round, but could be other shapes like rectangular upon request of clients. Leg heights could also be customized. Our ESP fixed valve trays provide low liquid entrainment due to lateral vapor orientation compared to sieve trays. Below in the table ESP fixed valves are presented for meeting your project requirement. ESP mini fixed valve offers a low cost option, having a wider operating range than sieve trays. It is an intermediate solution between sieve and mobile valves. They offer a higher capacity than sieve trays by 10 ~15% and a slightly higher performance and flexibility compared to these last ones.

ESP-FV

ESP-MFV

ESP-FTV

ESP-MFTV

• Round shape • Standard size design with hole diameters of about 40mm • Very high fouling resistance

• Round shape • Mini size design with hole diameter of about 20 mm • Higher capacity compared to standard size design • High fouling resistance

• Rectangular shape, parallel to liquid flow • Option: Tapered shape in valve plate for optimization of flow orientation • High fouling resistance

• Small rectangular fixed valve • Option: Tapered shape in valve plate for optimization of flow orientation • High performance

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Other Distillation Trays

Baffle Trays

Euroslot Kdss is also capable of designing and supplying conventional trays besides ESP valve trays, such as, cage valve tray, sieve tray, bubble cap tray, dual flow tray, and baffle tray, etc.

These plates achieve high fouling in spite of their low effectiveness. They have large open areas approaching 50%, however an ESP high performance tray normally has an open area of less than 15%. Baffle trays are employed in applications requiring high capacity and low pressure drop. Contact between vapor and liquid is carried out when vapor passes through a curtain of liquid falling between trays or through liquid streams crossing the tray perforations. Three major types of baffle trays are:

Sieve Trays This perforated flat plate design probably provides the majority of installed tray types used in the process industry and are widely accepted due to their excellent operating characteristics, low cost investment and low maintenance requirements. This is the simplest design among the various tray types because there are no mechanical moving parts. Sieve trays are resistant to heavy fouling services and offer high capacities. However, their performances are ranked from low to moderate and the flexibility is very low.

Dual Flow Trays Dual flow trays don’t have weirs or downcomers thus vapor rate maintains the plate liquid level. Hole size will be defined for optimizing the performance. However, smaller holes can be plugged up more easily. Euroslot Kdss can fabricate specific dual flow trays called "Ripple ® Tray" licensed by Stone & Webster. These wave shape dual flow trays reduce fouling without disturbing the vapor/liquid distribution, and they are fabricated from perforated sheet with large surface area for vapor and liquid traffic. Experience has demonstrated that smaller holes achieve higher tray capacities at the same open area. This kind of trays has lower performances and flexibilities than conventional trays with downcomers. Nevertheless, these ripple trays have greater capacities and are high resistant to corrosion and fouling.

Bubble Cap Trays It is a well-tested device for use in many applications requiring high operating flexibility. It has been widely used since the 50’s, but less and less used due to a much higher cost than sieve or valve trays. Construction can be made suitable for leak-tight performance or for standard assembly methods, using a wide range of materials and designs. This type of devices proposes a very high flexibility (10:1). Bubble caps are available in a range of diameter from 30 to 200 mm.

Shed Decks Shed decks are essentially angle iron beams of various sizes from 50mm to 250mm that are placed in rows across the column. They are typically located at 610mm tray spacing. They may be set in overlapping rows or rotated 90 degrees from tray to tray.

Side to side trays The Side-to-side trays allow the liquid to splash from side to side. The decks can be sloped. Fouling resistance is high.

Disk and donut trays Disk and donut trays are slightly sloped trays that allow the liquid to splash from inner circle ring to outer circle ring. They have high fouling resistance.

Cartridge Trays This type of tray configuration is commonly used for small diameter columns, less than 900 mm. Installation and assembly of standard trays on site inside a column is not practical. Thus trays are pre-assembled into manageable cartridge packages. Then each cartridge package can be slide down by the open vessel flange.



Other Distillation Trays

Baffle Trays

Euroslot Kdss is also capable of designing and supplying conventional trays besides ESP valve trays, such as, cage valve tray, sieve tray, bubble cap tray, dual flow tray, and baffle tray, etc.

These plates achieve high fouling in spite of their low effectiveness. They have large open areas approaching 50%, however an ESP high performance tray normally has an open area of less than 15%. Baffle trays are employed in applications requiring high capacity and low pressure drop. Contact between vapor and liquid is carried out when vapor passes through a curtain of liquid falling between trays or through liquid streams crossing the tray perforations. Three major types of baffle trays are:

Sieve Trays This perforated flat plate design probably provides the majority of installed tray types used in the process industry and are widely accepted due to their excellent operating characteristics, low cost investment and low maintenance requirements. This is the simplest design among the various tray types because there are no mechanical moving parts. Sieve trays are resistant to heavy fouling services and offer high capacities. However, their performances are ranked from low to moderate and the flexibility is very low.

Shed Decks Shed decks are essentially angle iron beams of various sizes from 50mm to 250mm that are placed in rows across the column. They are typically located at 610mm tray spacing. They may be set in overlapping rows or rotated 90 degrees from tray to tray.

Side to side trays

Dual Flow Trays Dual flow trays don’t have weirs or downcomers thus vapor rate maintains the plate liquid level. Hole size will be defined for optimizing the performance. However, smaller holes can be plugged up more easily. Euroslot Kdss can fabricate specific dual flow trays called "Ripple ® Tray" licensed by Stone & Webster. These wave shape dual flow trays reduce fouling without disturbing the vapor/liquid distribution, and they are fabricated from perforated sheet with large surface area for vapor and liquid traffic. Experience has demonstrated that smaller holes achieve higher tray capacities at the same open area. This kind of trays has lower performances and flexibilities than conventional trays with downcomers. Nevertheless, these ripple trays have greater capacities and are high resistant to corrosion and fouling.

Bubble Cap Trays

The Side-to-side trays allow the liquid to splash from side to side. The decks can be sloped. Fouling resistance is high.

Disk and donut trays Disk and donut trays are slightly sloped trays that allow the liquid to splash from inner circle ring to outer circle ring. They have high fouling resistance.

Cartridge Trays This type of tray configuration is commonly used for small diameter columns, less than 900 mm. Installation and assembly of standard trays on site inside a column is not practical. Thus trays are pre-assembled into manageable cartridge packages. Then each cartridge package can be slide down by the open vessel flange.

It is a well-tested device for use in many applications requiring high operating flexibility. It has been widely used since the 50’s, but less and less used due to a much higher cost than sieve or valve trays. Construction can be made suitable for leak-tight performance or for standard assembly methods, using a wide range of materials and designs. This type of devices proposes a very high flexibility (10:1). Bubble caps are available in a range of diameter from 30 to 200 mm.

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High Performance Random Packing

ESP Plastic Rings

For more than a century, random packing has been successfully employed in distillation, absorption, stripping, heat transfer and scrubbing columns - an inexpensive means of increasing capacity and efficiency. Random Packing is recommended when pressure drop and residence time have no significant influence on column operation, such as in gas washing towers. Euroslot Kdss’s ESP random packing will match your budget and your performance needs. ESP Random Packing is an inexpensive boost to capacity and productivity. Regular availability of Euroslot Kdss random packing is a key benefit in unplanned downtime. In addition to our industry-leading ESP brand of products and components, we also manufacture a comprehensive range of industry-standard packing, built upon a history of well documented operational performance. Our random packing includes: Pall Rings (Thermoplastics, Metals), Raschig Rings (Ceramics, Metals) and Saddles (Ceramics, Thermoplastics).

reducing drag, maximizing mass transfer Our ESP range also includes high performance thermoplastic random packing that retains the basic slotted ring heritage, with an open skeletal structure. You could choose an enhanced version, designed to maximize available contact surface and mechanical strength. Its conical shape is proven to reduce drag, resulting in lower pressure drop while increasing accessibility to the inner surface. All designed to achieve higher mass transfer efficiency.

Random Packing Support Packing supports perform the following functions:

ESP Metal Rings

• Physically support the packed bed • Incorporate sufficient open area to allow unrestricted flow of liquid and vapor • Prevent downward migration of random packing pieces

third generation high performance, high capacity random packing The ESP Metal Packing is our range of high performance column packing. The basic shape bears resemblance to other high performance packing elements but with particular enhancements to improve randomness, liquid spreading and mechanical strength. The result is a robust and cost effective 3rd generation high capacity random packing solution. ESP Metal Packing can be supplied in most metallic materials, such as carbon steel, stainless steel, aluminum, titanium, zirconium and high nickel alloys. Design integrity – hydraulic and mechanical - is all part of the ESP promise.

ESP-R Ring

ESP-P Ring

ESP-C Ring

ESP-I Ring

• Replacement of Raschig Ring • Great strength-toweight ratio • Wall thickness can be as large as 1 mm for the application in corrosive media • Available size at 16, 25, 38, 50, 90 mm

• Replacement of Pall Ring, highest industry experience worldwide • Strength-to-weight ratio stronger than most other random packing • Available size at 16, 25, 38, 50, 90 mm

• Replacement of CMR • Lower ratio of diameter to height than pall ring • High mechanical strength • Available size at 16, 25, 38, 43, 50, 63, 90, 127 mm

• Replacement of IMTP • 30% lower pressure drop than Pall Ring • Design in geometry enhances greater capacity & efficiency than other random packing • Available size at 15, 25, 40, 50, 60, 70, 90 mm

The ESP range of packing support plates has a high open structure. These supports offer an open area up to equivalent to entire column cross section (100%). In case of flooding, pressure surges at high gas velocities, thus the packing support is fastened by special clamps to support ring. ESP random packing support plates are available in a wide range of materials as requested by clients. Multiple beam designs are also available.

Hold Down Plates / Bed Limiters Retaining devices are used to avoid bed movement in the event of pressure surge or a major u pset. It will limit damage of packing and avoid par ticles fluidization and carrying over.

Hold down plates are used with ceramics and carbon random packing to prevent fluidization and minimize packing movement, due to high gas loading or pressure surges which may break packing particles. Hold down plate usually rests directly on the packing.

Packing bed limiters are used with plastic and metal random packing. Bed limiters don’t rest on the packing, but they are fastened to column by means of support rings and bolting. Alternatively it can be jointed to the liquid distributor by tie-rods. Bed limiters will be designed for each special case.



High Performance Random Packing

ESP Plastic Rings

For more than a century, random packing has been successfully employed in distillation, absorption, stripping, heat transfer and scrubbing columns - an inexpensive means of increasing capacity and efficiency. Random Packing is recommended when pressure drop and residence time have no significant influence on column operation, such as in gas washing towers. Euroslot Kdss’s ESP random packing will match your budget and your performance needs. ESP Random Packing is an inexpensive boost to capacity and productivity. Regular availability of Euroslot Kdss random packing is a key benefit in unplanned downtime.

reducing drag, maximizing mass transfer Our ESP range also includes high performance thermoplastic random packing that retains the basic slotted ring heritage, with an open skeletal structure. You could choose an enhanced version, designed to maximize available contact surface and mechanical strength. Its conical shape is proven to reduce drag, resulting in lower pressure drop while increasing accessibility to the inner surface. All designed to achieve higher mass transfer efficiency.

In addition to our industry-leading ESP brand of products and components, we also manufacture a comprehensive range of industry-standard packing, built upon a history of well documented operational performance. Our random packing includes: Pall Rings (Thermoplastics, Metals), Raschig Rings (Ceramics, Metals) and Saddles (Ceramics, Thermoplastics).

Random Packing Support Packing supports perform the following functions:

ESP Metal Rings

• Physically support the packed bed • Incorporate sufficient open area to allow unrestricted flow of liquid and vapor • Prevent downward migration of random packing pieces

third generation high performance, high capacity random packing

The ESP range of packing support plates has a high open structure. These supports offer an open area up to equivalent to entire column cross section (100%). In case of flooding, pressure surges at high gas velocities, thus the packing support is fastened by special clamps to support ring.

The ESP Metal Packing is our range of high performance column packing. The basic shape bears resemblance to other high performance packing elements but with particular enhancements to improve randomness, liquid spreading and mechanical strength. The result is a robust and cost effective 3rd generation high capacity random packing solution. ESP Metal Packing can be supplied in most metallic materials, such as carbon steel, stainless steel, aluminum, titanium, zirconium and high nickel alloys. Design integrity – hydraulic and mechanical - is all part of the ESP promise.

ESP-R Ring

ESP-P Ring

ESP-C Ring

ESP-I Ring

• Replacement of Raschig Ring • Great strength-toweight ratio • Wall thickness can be as large as 1 mm for the application in corrosive media • Available size at 16, 25, 38, 50, 90 mm

• Replacement of Pall Ring, highest industry experience worldwide • Strength-to-weight ratio stronger than most other random packing • Available size at 16, 25, 38, 50, 90 mm

• Replacement of CMR • Lower ratio of diameter to height than pall ring • High mechanical strength • Available size at 16, 25, 38, 43, 50, 63, 90, 127 mm

• Replacement of IMTP • 30% lower pressure drop than Pall Ring • Design in geometry enhances greater capacity & efficiency than other random packing • Available size at 15, 25, 40, 50, 60, 70, 90 mm

ESP random packing support plates are available in a wide range of materials as requested by clients. Multiple beam designs are also available.

Hold Down Plates / Bed Limiters Retaining devices are used to avoid bed movement in the event of pressure surge or a major u pset. It will limit damage of packing and avoid par ticles fluidization and carrying over.

Hold down plates are used with ceramics and carbon random packing to prevent fluidization and minimize packing movement, due to high gas loading or pressure surges which may break packing particles. Hold down plate usually rests directly on the packing.

Packing bed limiters are used with plastic and metal random packing. Bed limiters don’t rest on the packing, but they are fastened to column by means of support rings and bolting. Alternatively it can be jointed to the liquid distributor by tie-rods. Bed limiters will be designed for each special case. 12

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High Performance Structured Packing

ESP Brand Structured Packing

Structured packing is the self-standing element made of inclined 45° or 60° corrugated sheets channels. These channels could be eventually perforated. This packing is particularly adapted for low pressure and low liquid load applications, by reducing pressure drop and energy consumption.

ESP Structured Packing

ESP EM-R/S/HC

ESP WG-R/S

It is manufactured in a wide range of sizes by varying the crimp altitude. Packing surface ranges from 50 m�/m� (lowest efficiency, highest capacity) to 750 m�/m� (highest efficiency, lowest capacity).

•

Style R - a 45° crimp for most distillation applications

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Style S - a 60° crimp for high liquid rate applications, such as heat transfer beds

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Style HC - an optimized fine dimple pattern embossed on the surface to maximize liquid spreading and wetting ability

All types of ESP structured packing are summarized in the next page.

WIRE GAUZE TYPE STRUCTURED PACKING • Fabricated with corrugated wire gauze sheets to provide improved liquid wetting, to offer enhanced separation characteristics for fine chemicals separations • Operation range: 1 mbar to normal pressure • High separation efficiency, minimum pressure drop • Available in Style R and S with a very high surface area (i.e. 350, 400, 500 and 750 m²/m³)

may be constructed from almost any commercial metal, including carbon steel, stainless steels (type 410, 304 & 316), duplex steels, aluminum, copper alloys, nickel alloys, titanium and zirconium.

ESP structured packing is manufactured with two standard crimp angles and the available styles are as follows:

EMBOSSED METAL STRUCTURED PACKING • Engraved sheet metal design, with or without perforation • Style R for most distillation applications, Style S for high liquid rate applications and our recently developed Style HC for enhanced capacity with no loss of efficiency • Operation range: vacuum to high pressure, liquid load 0.2 to more than 200 m3 /(m2 h) • Surfaces ranging from below 100 m²/m³ to 750 m²/m³

ESP EP-R/S

THERMOPLASTIC STRUCTURED PACKING • Thermoplastic version of the Type ESP EM, for use in corrosive services, as it is resistant to many chemicals • Operation range: vacuum to high pressure, maximum temperature at 110°C for PP, and at 150°C for PVDF • Available in pla stic of PP, PVC-C, PVDF, and Teflon • Available in Style R and S with surface areas at 125, 250 m²/m³ , etc.

ESP EC-R/S

CERAMIC STRUCTURED PACKING • Ceramic material, for application in high corrosive services (such as in sulfuric acid media), and for high operation temperature till 700 °C • Diameter: minimum at 150 mm • Operation range: vacuum to high pressure • Construction design similar to the Type ESP EM • Available in Style R and S with various surface areas

ESP Packing Support Packing support grids for structured Packing has the same functions as the random packing support (physical support of packing, large open area not to restrict flow of liquid and gas, prevent packing moving downward). These supports offer an important free cross section and are compatible with the layer design of structured packing. Structured Packing support grid is available in various metal or thermoplastic materials. With a special design, it can be supplied also for supporting random packing.

ESP GP

HEAVY DUTY COLUMN PACKING - OPEN, ROBUST GRID DESIGN • Rigid, open and robust design, 60° corrugation angle, relatively large corrugations and a smooth surface, designed to minimize liquid holdup • Suitable for fouling services (solids contamination, polymer formation and coking) , and for services from vacuum to high pressure • Having a high liquid rate capacity, ESP Grid Packing also performs well in heat transfer applications where separation efficiency is not critical • Available in most grades of stainless steel (1mm thick standard gauge), other materials and gauge thicknesses available on request



High Performance Structured Packing

ESP Brand Structured Packing

Structured packing is the self-standing element made of inclined 45° or 60° corrugated sheets channels. These channels could be eventually perforated. This packing is particularly adapted for low pressure and low liquid load applications, by reducing pressure drop and energy consumption.

ESP Structured Packing

ESP EM-R/S/HC

ESP WG-R/S

It is manufactured in a wide range of sizes by varying the crimp altitude. Packing surface ranges from 50 m�/m� (lowest efficiency, highest capacity) to 750 m�/m� (highest efficiency, lowest capacity).

•

Style R - a 45° crimp for most distillation applications

•

Style S - a 60° crimp for high liquid rate applications, such as heat transfer beds

•

Style HC - an optimized fine dimple pattern embossed on the surface to maximize liquid spreading and wetting ability

All types of ESP structured packing are summarized in the next page.

WIRE GAUZE TYPE STRUCTURED PACKING • Fabricated with corrugated wire gauze sheets to provide improved liquid wetting, to offer enhanced separation characteristics for fine chemicals separations • Operation range: 1 mbar to normal pressure • High separation efficiency, minimum pressure drop • Available in Style R and S with a very high surface area (i.e. 350, 400, 500 and 750 m²/m³)

may be constructed from almost any commercial metal, including carbon steel, stainless steels (type 410, 304 & 316), duplex steels, aluminum, copper alloys, nickel alloys, titanium and zirconium.

ESP structured packing is manufactured with two standard crimp angles and the available styles are as follows:

EMBOSSED METAL STRUCTURED PACKING • Engraved sheet metal design, with or without perforation • Style R for most distillation applications, Style S for high liquid rate applications and our recently developed Style HC for enhanced capacity with no loss of efficiency • Operation range: vacuum to high pressure, liquid load 0.2 to more than 200 m3 /(m2 h) • Surfaces ranging from below 100 m²/m³ to 750 m²/m³

ESP EP-R/S

THERMOPLASTIC STRUCTURED PACKING • Thermoplastic version of the Type ESP EM, for use in corrosive services, as it is resistant to many chemicals • Operation range: vacuum to high pressure, maximum temperature at 110°C for PP, and at 150°C for PVDF • Available in pla stic of PP, PVC-C, PVDF, and Teflon • Available in Style R and S with surface areas at 125, 250 m²/m³ , etc.

ESP EC-R/S

CERAMIC STRUCTURED PACKING • Ceramic material, for application in high corrosive services (such as in sulfuric acid media), and for high operation temperature till 700 °C • Diameter: minimum at 150 mm • Operation range: vacuum to high pressure • Construction design similar to the Type ESP EM • Available in Style R and S with various surface areas

ESP Packing Support Packing support grids for structured Packing has the same functions as the random packing support (physical support of packing, large open area not to restrict flow of liquid and gas, prevent packing moving downward). These supports offer an important free cross section and are compatible with the layer design of structured packing. Structured Packing support grid is available in various metal or thermoplastic materials. With a special design, it can be supplied also for supporting random packing.

HEAVY DUTY COLUMN PACKING - OPEN, ROBUST GRID DESIGN

ESP GP

• Rigid, open and robust design, 60° corrugation angle, relatively large corrugations and a smooth surface, designed to minimize liquid holdup • Suitable for fouling services (solids contamination, polymer formation and coking) , and for services from vacuum to high pressure • Having a high liquid rate capacity, ESP Grid Packing also performs well in heat transfer applications where separation efficiency is not critical • Available in most grades of stainless steel (1mm thick standard gauge), other materials and gauge thicknesses available on request 14

15



Distributors, Feed Devices and Collector Trays

ESP Brand Liquid Distributors

Apart from the high efficiency ESP trays or packing, the performance of distillation column shall be guaranteed by distributors, feed devices and other internals inside the column.

ESP EKD-101 ESP EKD-102

PAN TYPE (OPEN ORIFICE) • Design for installation as one piece assembly, diameter up to 1200mm • Liquid level balanced by orifices located in the pan bottom • Vapor flow through circular gas riser, as well as via the gap between the pan and the vessel wall • Maximum operation turndown ratio at 2:1 • For clean liquid service • Not suitable for serving as a liquid redistributor

Euroslot Kdss design these column internals with an accurate fluid distribution in distillation columns. Most applied design features in industry are Pan, Pipe, Chimney Tray and Trough type

ESP High Efficiency Liquid Distributors Liquid distributors are used in packed towers above each bed of packing they should guarantee a uniform liquid distribution. Packing efficiency may decrease due to misdistribution and it tends to low packing turndown.

PAN TYPE (DRIP TUBE) • Alternative design to the type EKD-101, diameter up to 1000mm • Liquid level balanced by orifices located in drip tubes fitted to the pan • Vapor flow through circular gas riser, as well as via the peripheral section between the pan and the vessel wall • Standard design for an operation turndown ratio at 2:1, and with an optimized design a high turndown ratio at 4:1 by using multiple level of orifices in the drip tubes • Low to moderate fouling tendency

Metering of the liquid is by orifices punched in the trough sidewalls, above the level of the holder bottoms. ESP Trough Type (Orifice Guide) liquid distributor allows solids to settle out on the floor of the trough. This makes the design particularly suitable for use in low to moderate fouling services. The number of distribution points per unit area can be designed as required. Drip guides, fitted to the exterior of the troughs it also effectively eliminate liquid misdistribution and entrainment induced by the effects of vapor flow.

ESP High Efficiency Liquid Distributors ensure high quality liquid distribution across the complete tower cross section.

ESP EKD-201

• Available for any diameter, custom designed chimney arrangement for various application requirements of liquid distribution and pressure drop • Liquid flow through orifices located on the tray deck, vapor flow through chimneys • Standard operation turndown ratio at 2:1 • Standard design for clean liquid service; lower fouling tendency when using larger bottom orifices for higher liquid flow rate • This distributor is suitable for liquid redistribution

ESP High Performance Feed Devices They are designed and supplied by Euroslot Kdss when the feed requires uniform distribution in order to obtain an overall desirable performance of the distillation column. The feed can be liquid only, mixed phases of liquid/vapor (flash feed), and also vapor. The most applied design of inlet feed device are in pipe, vane, and deck, etc. Euroslot Kdss will be able to choose the appropriate inlet feed distribution system at your request.

ESP High Performance Liquid Collectors Liquid collectors are frequently applied between packed beds for par tial liquid draw-off and/or to feed a liquid distributor below. They are also often required for total liquid draw-off to product or reboiler, or used for liquid mixing.

CHIMNEY TRAY (OPEN ORIFICE)

ESP EKD-202

CHIMNEY TRAY (DRIP TUBE) • Alternative design to the type of EKD-201, available for any diameter • Liquid flow through orifices located in drip tubes fitted to the tray deck, vapor flow through chimneys • Standard operation turndown ratio at 2:1, and high turndown ratio at 4:1 available by using multiple level of orifices in the drip tubes • Low and moderate fouling tendency • This distributor is suitable for liquid redistribution



Distributors, Feed Devices and Collector Trays


Apart from the high efficiency ESP trays or packing, the performance of distillation column shall be guaranteed by distributors, feed devices and other internals inside the column.

ESP EKD-101 ESP EKD-102

PAN TYPE (OPEN ORIFICE) • Design for installation as one piece assembly, diameter up to 1200mm • Liquid level balanced by orifices located in the pan bottom • Vapor flow through circular gas riser, as well as via the gap between the pan and the vessel wall • Maximum operation turndown ratio at 2:1 • For clean liquid service • Not suitable for serving as a liquid redistributor

Euroslot Kdss design these column internals with an accurate fluid distribution in distillation columns. Most applied design features in industry are Pan, Pipe, Chimney Tray and Trough type

ESP High Efficiency Liquid Distributors Liquid distributors are used in packed towers above each bed of packing they should guarantee a uniform liquid distribution. Packing efficiency may decrease due to misdistribution and it tends to low packing turndown.

PAN TYPE (DRIP TUBE) • Alternative design to the type EKD-101, diameter up to 1000mm • Liquid level balanced by orifices located in drip tubes fitted to the pan • Vapor flow through circular gas riser, as well as via the peripheral section between the pan and the vessel wall • Standard design for an operation turndown ratio at 2:1, and with an optimized design a high turndown ratio at 4:1 by using multiple level of orifices in the drip tubes • Low to moderate fouling tendency

Metering of the liquid is by orifices punched in the trough sidewalls, above the level of the holder bottoms. ESP Trough Type (Orifice Guide) liquid distributor allows solids to settle out on the floor of the trough. This makes the design particularly suitable for use in low to moderate fouling services. The number of distribution points per unit area can be designed as required. Drip guides, fitted to the exterior of the troughs it also effectively eliminate liquid misdistribution and entrainment induced by the effects of vapor flow.

ESP High Efficiency Liquid Distributors ensure high quality liquid distribution across the complete tower cross section.

ESP EKD-201

• Available for any diameter, custom designed chimney arrangement for various application requirements of liquid distribution and pressure drop • Liquid flow through orifices located on the tray deck, vapor flow through chimneys • Standard operation turndown ratio at 2:1 • Standard design for clean liquid service; lower fouling tendency when using larger bottom orifices for higher liquid flow rate • This distributor is suitable for liquid redistribution

ESP High Performance Feed Devices They are designed and supplied by Euroslot Kdss when the feed requires uniform distribution in order to obtain an overall desirable performance of the distillation column. The feed can be liquid only, mixed phases of liquid/vapor (flash feed), and also vapor. The most applied design of inlet feed device are in pipe, vane, and deck, etc. Euroslot Kdss will be able to choose the appropriate inlet feed distribution system at your request.

CHIMNEY TRAY (OPEN ORIFICE)

ESP EKD-202

CHIMNEY TRAY (DRIP TUBE) • Alternative design to the type of EKD-201, available for any diameter • Liquid flow through orifices located in drip tubes fitted to the tray deck, vapor flow through chimneys • Standard operation turndown ratio at 2:1, and high turndown ratio at 4:1 available by using multiple level of orifices in the drip tubes • Low and moderate fouling tendency • This distributor is suitable for liquid redistribution

ESP High Performance Liquid Collectors Liquid collectors are frequently applied between packed beds for par tial liquid draw-off and/or to feed a liquid distributor below. They are also often required for total liquid draw-off to product or reboiler, or used for liquid mixing.

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ESP Brand Feed Devices and Collector Trays

ESP EKD-301 ESP EKD-302 ESP EKD-303/304

TROUGH TYPE (OPEN ORIFICE)

ESP EKF-101

• Design for accommodating mixed liquid/vapor or flashing feed • For vessel diameters greater than 900mm • The gallery is around the perimeter of the distributor above the distributor floor, it is installed on a support ring in the standard design; the sidewall of the gallery has normally a polygonal form • The feed entering tangentially against the column wall, and then the liquid collected into a pool below along the gallery while the vapor phase being disengaged

• • • •

Design for accurate liquid distribution, diameter greater than 900mm Liquid metering through orifices located on the bottom of the troughs Vapor passage supplied by the gap between the troughs Liquid fed to the upper central parting box, and then into the troughs below; optional design: a central trough (same level as lateral troughs) to provide structural support and liquid equalization between troughs • Maximum turndown ratio at 2:1 • For clean liquid service (limited fouling resistance)

TROUGH TYPE (DRIP TUBE)

ESP EKF-201

ESP EKF-301

• Diameter greater than 900mm, possibly up to 4000mm • Liquid flow through orifices located in the trough sidewalls, vapor through the gap between the troughs • Guided drip tubes fitted to the exterior of the troughs conducting the liquid from drip points to decrease entrainment and to eliminate liquid misdistribution; overflow holes provided at each guided tube • Alternative liquid conduction design with large holes in the trough sidewalls accompanied by thin plate discharge system will provide a high fouling resistance • Standard turndown ration at 2:1, ratio up to 10:1 is achievable with this configuration

ESP EKD-401/402

PIPE TYPE (OPEN ORIFICE/SPRAY NOZZLE) • Design with inlet basic pipe and lateral ones • Liquid flow through orifices located in the wall of lateral pipes, alternative design via spray nozzles • Spray nozzle design for complete liquid coverage and wetting of the bed • Maximum turndown ratio at 2:1 • Standard design for clean liquid service

VANE TYPE FEED INLET DEVICE • Design of curved vanes, arranged in a heavy duty housing, to reduce inlet momentum and to promote initial separation of vapor-liquid feeds • Used for mixed phase feeds • Suitable for installation in vertical and horizontal separators • Inlet devices offering the following potential advantages: • Improve vapor distribution • Reduce gas speed • Decrease fine mist • Cut liquid re-entrainment • Lower slug momentum

• Alternative design to the type EKD-301, diameter greater than 900mm • Liquid flow through orifices located in drip tubes fitted to the troughs, vapor through spaces between troughs • Standard operation turndown ratio at 2:1, higher turndown ratio at 4:1 achievable by using multiple level of orifices in the drip tubes • For low to moderate fouling services

TROUGH TYPE (GUIDED LATERAL TUBE/ PLATE)

FLASH GALLERY (MIXED PHASE FEED)

HALF OPEN PIPE FEED DEVICE • It is commonly used to initiate gas/liquid separation • Allowable inlet momentum lower than that of vane type feed inlet device, normal design standard: ρm Vm2 ≤ 2100 kg/ (m.s 2). Where ρm is the mean density of the mixture in the feed pipe in kg/m³ and Vm is the velocity of the mixture in the inlet nozzle in m/s • The choice between Vane type inlet device and half open pipe is a tradeoff between the required separation efficiency and the costs • For the vessel diameter less than 0.5 m, standard design is the feed nozzle fitted with a half open pipe inlet device, with the opening directed downwards • For vessel diameters over 0.5 m and inlet nozzle sizes larger than 6”, a Vane Type Feed Inlet Device is recommended

ESP EKC-101

CHIMNEY TRAY LIQUID COLLECTOR • Chimney collector trays proposed for partial or full liquid removal at a specific point in the column, for mixing feed with refluxed liquid, and for vapor distribution • Risers can be round, wide/narrow rectangular • Design options: downcomers, downpipes, and sumps for liquid passage • Generally available for all diameter, ideally for applying in the large column with high liquid loads • Available in metal and thermoplastic material




ESP Brand Feed Devices and Collector Trays

ESP EKD-301 ESP EKD-302 ESP EKD-303/304

ESP EKF-101

TROUGH TYPE (OPEN ORIFICE)

• Design for accommodating mixed liquid/vapor or flashing feed • For vessel diameters greater than 900mm • The gallery is around the perimeter of the distributor above the distributor floor, it is installed on a support ring in the standard design; the sidewall of the gallery has normally a polygonal form • The feed entering tangentially against the column wall, and then the liquid collected into a pool below along the gallery while the vapor phase being disengaged

• • • •

Design for accurate liquid distribution, diameter greater than 900mm Liquid metering through orifices located on the bottom of the troughs Vapor passage supplied by the gap between the troughs Liquid fed to the upper central parting box, and then into the troughs below; optional design: a central trough (same level as lateral troughs) to provide structural support and liquid equalization between troughs • Maximum turndown ratio at 2:1 • For clean liquid service (limited fouling resistance)

ESP EKF-201

TROUGH TYPE (DRIP TUBE)

VANE TYPE FEED INLET DEVICE • Design of curved vanes, arranged in a heavy duty housing, to reduce inlet momentum and to promote initial separation of vapor-liquid feeds • Used for mixed phase feeds • Suitable for installation in vertical and horizontal separators • Inlet devices offering the following potential advantages: • Improve vapor distribution • Reduce gas speed • Decrease fine mist • Cut liquid re-entrainment • Lower slug momentum

• Alternative design to the type EKD-301, diameter greater than 900mm • Liquid flow through orifices located in drip tubes fitted to the troughs, vapor through spaces between troughs • Standard operation turndown ratio at 2:1, higher turndown ratio at 4:1 achievable by using multiple level of orifices in the drip tubes • For low to moderate fouling services

TROUGH TYPE (GUIDED LATERAL TUBE/ PLATE)

ESP EKF-301

• Diameter greater than 900mm, possibly up to 4000mm • Liquid flow through orifices located in the trough sidewalls, vapor through the gap between the troughs • Guided drip tubes fitted to the exterior of the troughs conducting the liquid from drip points to decrease entrainment and to eliminate liquid misdistribution; overflow holes provided at each guided tube • Alternative liquid conduction design with large holes in the trough sidewalls accompanied by thin plate discharge system will provide a high fouling resistance • Standard turndown ration at 2:1, ratio up to 10:1 is achievable with this configuration

ESP EKD-401/402

FLASH GALLERY (MIXED PHASE FEED)

HALF OPEN PIPE FEED DEVICE • It is commonly used to initiate gas/liquid separation • Allowable inlet momentum lower than that of vane type feed inlet device, normal design standard: ρm Vm2 ≤ 2100 kg/ (m.s 2). Where ρm is the mean density of the mixture in the feed pipe in kg/m³ and Vm is the velocity of the mixture in the inlet nozzle in m/s • The choice between Vane type inlet device and half open pipe is a tradeoff between the required separation efficiency and the costs • For the vessel diameter less than 0.5 m, standard design is the feed nozzle fitted with a half open pipe inlet device, with the opening directed downwards • For vessel diameters over 0.5 m and inlet nozzle sizes larger than 6”, a Vane Type Feed Inlet Device is recommended

ESP EKC-101

PIPE TYPE (OPEN ORIFICE/SPRAY NOZZLE)

CHIMNEY TRAY LIQUID COLLECTOR • Chimney collector trays proposed for partial or full liquid removal at a specific point in the column, for mixing feed with refluxed liquid, and for vapor distribution • Risers can be round, wide/narrow rectangular • Design options: downcomers, downpipes, and sumps for liquid passage • Generally available for all diameter, ideally for applying in the large column with high liquid loads • Available in metal and thermoplastic material

• Design with inlet basic pipe and lateral ones • Liquid flow through orifices located in the wall of lateral pipes, alternative design via spray nozzles • Spray nozzle design for complete liquid coverage and wetting of the bed • Maximum turndown ratio at 2:1 • Standard design for clean liquid service

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19



Liquid/Gas and Liquid/Liquid Separators

ESP Vane Mist Eliminators

Based on well established industry standard design concepts, our range of ESP Separator Internals have developed unique mechanical enhancements to ensure effective and reliable performance.

Specially profiled chevron style baffle plates are the secret of our ESP range of vane mist eliminators. These mist eliminators remove liquid droplets from a vapor stream by the inertial impact of droplets with the baffle plate. Meanwhile, the gas follows a zigzag path bet ween the baffles.

Rigorous separation efficiency and capacity modeling takes full account of both equipment geometry, as well as system physical properties, to further enhance their performance.

Vane mist eliminator provides higher capacity of handling gas load. Moreover, if vanes are installed in a horizontal flow instead of vertical gas flow, it can handle still higher gas velocities. It is less efficient in removing very small droplets compared to mesh type. Standard design is for removal of droplets larger than 30 µm, and we can propose special design of high efficiency for removal of droplets around 15 µm.

Liquid/Gas Separator :

ESP Mesh Mist Eliminators Features include:

The most common mist eliminator used in production is the knitted-wire-mesh type. The mesh mist eliminators include a pad of knitted wire mesh packed between two rigid grids to provide support. Liquid droplets are collected on the wires and the vapor flows up through the pad. The liquid drains from the mesh because of gravity.

• • • •

Our ESP high efficiency knitted mesh pads can be used for many services. A necessary pad area is proposed from our hydraulic calculation based on the requirements of your process, and then the best configuration will be designed suitable for the dimensions of the separator to get the maximum efficiency. They can be circular, rectangular, cylindrical, V-shaped, etc. They can remove 100% of liquid droplets larger than 5 µm in diameter.

No Drainage Channels Open Drainage Channels (Single Pocket) Enclosed Drainage Channels (Double Pocket) Fouling resistance can be accommodated within the range.

Liquid/Liquid Separator :

ESP Plate Pack Coalescers

All are offered with top and bottom grids and fixing hardware.

Liquid-Liquid separators are commonly employed to remove oil or other hydrocarbon components from water. Euroslot Kdss can provide you the plate coalescer design to aid in coalescing oil droplets in the water and water droplets in the oil. If your process requires the separation of two or three phases, ESP Coalescers perform very effectively.

Designed and manufactured for easy installation and removal for maintenance, ESP Coalescers are well proven across many applications. The following list summarizes some ESP types of mesh mist eliminator designed and supplied by Euroslot Kdss.

ESP TYPE

ED-158

ED-210

ED-280

ED-375

ED-460

ED-500

ED-905

ED-1780

Specific area (m2 /m3)

158

210

280

375

460

500

905

1780

Density (Kg/m3)

80

120

144

193

128

160

220

432



Liquid/Gas and Liquid/Liquid Separators

ESP Vane Mist Eliminators

Based on well established industry standard design concepts, our range of ESP Separator Internals have developed unique mechanical enhancements to ensure effective and reliable performance.

Specially profiled chevron style baffle plates are the secret of our ESP range of vane mist eliminators. These mist eliminators remove liquid droplets from a vapor stream by the inertial impact of droplets with the baffle plate. Meanwhile, the gas follows a zigzag path bet ween the baffles.

Rigorous separation efficiency and capacity modeling takes full account of both equipment geometry, as well as system physical properties, to further enhance their performance.

Vane mist eliminator provides higher capacity of handling gas load. Moreover, if vanes are installed in a horizontal flow instead of vertical gas flow, it can handle still higher gas velocities. It is less efficient in removing very small droplets compared to mesh type. Standard design is for removal of droplets larger than 30 µm, and we can propose special design of high efficiency for removal of droplets around 15 µm.

Liquid/Gas Separator :

ESP Mesh Mist Eliminators Features include:

The most common mist eliminator used in production is the knitted-wire-mesh type. The mesh mist eliminators include a pad of knitted wire mesh packed between two rigid grids to provide support. Liquid droplets are collected on the wires and the vapor flows up through the pad. The liquid drains from the mesh because of gravity.

• • • •

No Drainage Channels Open Drainage Channels (Single Pocket) Enclosed Drainage Channels (Double Pocket) Fouling resistance can be accommodated within the range.

Our ESP high efficiency knitted mesh pads can be used for many services. A necessary pad area is proposed from our hydraulic calculation based on the requirements of your process, and then the best configuration will be designed suitable for the dimensions of the separator to get the maximum efficiency. They can be circular, rectangular, cylindrical, V-shaped, etc. They can remove 100% of liquid droplets larger than 5 µm in diameter.

Liquid/Liquid Separator :

ESP Plate Pack Coalescers

All are offered with top and bottom grids and fixing hardware.

Liquid-Liquid separators are commonly employed to remove oil or other hydrocarbon components from water. Euroslot Kdss can provide you the plate coalescer design to aid in coalescing oil droplets in the water and water droplets in the oil. If your process requires the separation of two or three phases, ESP Coalescers perform very effectively.

Designed and manufactured for easy installation and removal for maintenance, ESP Coalescers are well proven across many applications. The following list summarizes some ESP types of mesh mist eliminator designed and supplied by Euroslot Kdss.

ESP TYPE

ED-158

ED-210

ED-280

ED-375

ED-460

ED-500

ED-905

ED-1780

Specific area (m2 /m3)

158

210

280

375

460

500

905

1780

Density (Kg/m3)

80

120

144

193

128

160

220

432

20

21


We design, develop, manufacture and install with quality built in Quality doesn’t just happen. It’s engineered into our manufacturing and into our services. That means using the latest laser technology, including laser welding techniques. Using modern production control systems to ensure the highest visibility, while improving efficiencies in the workshops. And we invest heavily in the development of sophisticated software solutions to optimize processes and to ensure strength, safety and integrity throughout our projects. Software solutions that range from process simulation to hydraulic and mechanical design. We are constantly reviewing and employing new approaches, new technologies, to improve function, quality, and flexibility. For you, that all adds up to peace of mind.

Accreditation Includes • OHSAS 18001 (September 2013) • ISO14001 (September 2013) • ISO9001 v2008 (Certification renewalFebruary 2013)

• UIC N1 • UIC N2

Company

Site Services «Thank you, Euroslot Kdss, for being so reactive in our hour of need. We just love your ‘can do’ attitude.» Whether it’s planned maintenance or emergency callout, it’s good to have a partner you can trust. 24 hours a day, on site, on call.

Installation Installation of plant and equipment in the petrochemical and refining industries can be uptight. For many buyers and technicians it becomes a career limiting experience. Or it can be performed professionally, on time, to budget every time. Clients value our partnership approach, whether we are the lead contractor or part of their team. Our specialist supervisors meld with the client team, adding real value with their depth of experience, ensuring a trouble-free installation. Our customers also value our ability to take on new projects and ideas, where more traditional companies can be bound by rigid procedures or menu solutions.

Maintenance, Shutdown or Revamping Our planned maintenance services mean you have access to highly experienced engineers and technicians, all adopting the Euroslot Kdss philosophy of ‘thinking from your side of the table’. Our experienced Site Managers provide a single or multiple discipline approach that ranges from pre-shutdown planning to shutdown completion. We work closely with our clients in all elements of a shutdown necessary to complete the works safely and efficiently. They can be resident on-site, sharing their expertise to help you plan and monitor the whole process. Keeping you informed of the latest preventive maintenance techniques to minimize unplanned downtime. On site, our team will strip down, diagnose, re-engineer and replace defective components fast – often improving the design in the process. And when an unplanned shutdown does occur, you can be confident that our rapid response teams will be ‘on the plane’. Our full time management supervisors have the highest level of skills in the industry, coupled with the necessary certification required to work in the most demanding of environments. Our site teams are UIC N1 and UIC N2 Certifications.

Full back up and strategically sited spares One very simple measure of any company’s ability to provide effective site services is its strategy for spares. Ours is very simple - a full range of off the shelf spares and hardware where it is needed. Our huge based storage facilities are supported by strategically located spares and plant stores across Europe.


We design, develop, manufacture and install with quality built in Quality doesn’t just happen. It’s engineered into our manufacturing and into our services. That means using the latest laser technology, including laser welding techniques. Using modern production control systems to ensure the highest visibility, while improving efficiencies in the workshops. And we invest heavily in the development of sophisticated software solutions to optimize processes and to ensure strength, safety and integrity throughout our projects.

Accreditation Includes • OHSAS 18001 (September 2013) • ISO14001 (September 2013) • ISO9001 v2008 (Certification renewalFebruary 2013)

• UIC N1 • UIC N2

Software solutions that range from process simulation to hydraulic and mechanical design. We are constantly reviewing and employing new approaches, new technologies, to improve function, quality, and flexibility. For you, that all adds up to peace of mind.

Company

Site Services «Thank you, Euroslot Kdss, for being so reactive in our hour of need. We just love your ‘can do’ attitude.» Whether it’s planned maintenance or emergency callout, it’s good to have a partner you can trust. 24 hours a day, on site, on call.

Installation Installation of plant and equipment in the petrochemical and refining industries can be uptight. For many buyers and technicians it becomes a career limiting experience. Or it can be performed professionally, on time, to budget every time. Clients value our partnership approach, whether we are the lead contractor or part of their team. Our specialist supervisors meld with the client team, adding real value with their depth of experience, ensuring a trouble-free installation. Our customers also value our ability to take on new projects and ideas, where more traditional companies can be bound by rigid procedures or menu solutions.

Maintenance, Shutdown or Revamping Our planned maintenance services mean you have access to highly experienced engineers and technicians, all adopting the Euroslot Kdss philosophy of ‘thinking from your side of the table’. Our experienced Site Managers provide a single or multiple discipline approach that ranges from pre-shutdown planning to shutdown completion. We work closely with our clients in all elements of a shutdown necessary to complete the works safely and efficiently. They can be resident on-site, sharing their expertise to help you plan and monitor the whole process. Keeping you informed of the latest preventive maintenance techniques to minimize unplanned downtime. On site, our team will strip down, diagnose, re-engineer and replace defective components fast – often improving the design in the process. And when an unplanned shutdown does occur, you can be confident that our rapid response teams will be ‘on the plane’. Our full time management supervisors have the highest level of skills in the industry, coupled with the necessary certification required to work in the most demanding of environments. Our site teams are UIC N1 and UIC N2 Certifications.

Full back up and strategically sited spares One very simple measure of any company’s ability to provide effective site services is its strategy for spares. Ours is very simple - a full range of off the shelf spares and hardware where it is needed. Our huge based storage facilities are supported by strategically located spares and plant stores across Europe.

22

23


Filtration Well Screens Mass Transfer & Reactor Internals Site Services

Your local contact is:

Mass Transfer & Reactor Internals Your local contact is:

Filtration Well Screens Mass Transfer & Reactor Internals Site Services

Contact Euroslot Kdss Euroslot Kdss France

Euroslot Kdss India

Euroslot Kdss Pars

ZA Les Priédons 86140 SCORBÉ CLAIRVAUX France

No.12 Gautam House M.G Road Naupada Thane (W) 40 0602 India

Tel: +33 (0)5 49 93 93 93 Fax: +33 (0)5 49 93 86 71 Email: [email protected]

Tel: +91 (0)22 25 396872 Fax: +91 (0)22 25 438212 Email: [email protected]

No. 25 Unit 3 West 26th Street (Haq Talab) South Allameh Ave Sa' adatabad Area Iran

Euroslot Kdss China

Euroslot Kdss South Africa

3153 Heping Village Lvxiang Town Jinshan District Shanghai 201518 China

37 Main Road Eastleigh Edenvale 1610 South Africa




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