The main aim of this project is to see change in concrete by hydrochloric acid attack. It is well known that the concrete under acidic environment is deteriorated due to a chemical attack. For example, acid rain cause concrete unexpectedly short serv
msds
The first acrylic acid was created in 1843. Methacrylic acid, derived from acrylic acid, was formulated in 1865. The German chemists Fittig and Paul discovered in 1877 the polymerization pro…Full description
testFull description
heat of solutionFull description
acrylic acid summary of information
Acid s;urry report
producerea
Deskripsi lengkap
Process Description- manufacture of adipic acid, useful in polyester industry.Descrição completa
Environment nature Acid Rain
acrylic acid production process
acid
An overview of the organic molecule.Full description
Acid divertingDescripción completa
304 Chromic Acid AnodizingFull description
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Krones PET Asept L2.1 Degerm Deg ermina inatio tion n wit with h per perace acetic tic aci acid d
This document is property of the krones Group and contains internal information. It may only be used for the purpose for which it has been provided. It must not be copied, or passed on or disclosed to third parties.
Date:
11/15/2013
Created by:
S te tefan Kraus SFT PM
2｜ Asept L2.1 krones krones PET Beispieltext
Internal
Machine Highlights Degermination • Unique degermination via atomized PAA • Perfect degermination by degermination via condensation • Very fast degermination procedure
Consumption • Very low steam consumption • Lowest power consumption by servo drives • Reduced number of filter fan units
Performance • Sterilizer „starwheels“ instead of sterilization carousel • Single channel rinser nozzle instead of jetting with sterile water and sterile air • Continous monitoring of all relevant aseptic processes
Layout • „Slim Down“ machine configuration • Savings in floorspace • Reduced maintenance costs caused by the elimination of the sterilizator carousel
3｜ Asept L2.1 krones krones PET Beispieltext
Internal
Machine Layout
Layout 1
2
• Linear machine layout • „Slim Down“ compared to the PET Asept L1 • No reduction of the aseptic performance • No sterilizer carousel necessary: replaced by sterilizer starwheels. (1)+(2)
2 1
4｜ Asept L2.1 krones krones PET Beispieltext
Internal
Performance
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Sterilizer: Bottle is treated inside with umbrella nozzle Sterilizer: External treatment in different temperature steps - no use of detergents Rinser: Single channel nozzle - no use of sterile air Filler: Steam sterilizable, product feed from above via slipring distributor CIP Cycle: 2.5h „last bottle – first bottle“ Monitoring: All process relevant critical control points for maximum aseptic safety
