SODIUM HYPOCHLORITE PRODUCTION Technical Specifications€¦ · the production of chlor-alkali...
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SODIUM HYPOCHLORITE PRODUCTION Solutions for the production ‘in situ’ of sodium hypochlorite Form To 100% Customisable KERN S&D, S.L. develops tailor-made solutions for the production “in situ” of sodium hypochlorite to address specific technical and economic requirements. KERN S&D systems are fully customisable in terms of production and concentration. Sodium Hypochlorite production 12,5% 800 Kg/day 40,000 Kg/day Concentration (active chorine) 5 % (50 gr/l) 15% (180 gr/l) TECHNICAL SPECIFICATIONS Efficiency Efficiency DC 98.5% Modulation capacity 40 to 100% Range of operation 2 KA/m 2 – 5.5kA/m 2 Life (minimum) Membranes 3 years Anode activation 6 years Safety Operating Temperature 85ºC Consumptions Energy (electrolysis) 250 kWh/T Salt (100%) 0.2 Kg/Kg Monitoring Fully automated and monitored plants Technical Specifications R HIGHLY RELIABLE ! EASY MAINTENANCE " AUTOMATIC CONTROL þ SAFE OPERATION { ENVIRONMENTALLY NEUTRAL # MODULAR AND SCALABLE $ TURN-KEY SOLUTIONS Unique technical characteristics make it suitable for a wide range of applications: Multiple Applications Purification Waste water Swimming pools ¨ Chemical ¨ Industrial ¨ Paper ¨ Textile ¨ Farming ¨ Hotels ¨ Hospitals ¨ Food ¨ Agriculture ¨ Oil & Gas ¨ … Water treatment KERN STRATEGIES & DEVELOPMENTS S.L. Gran Vía 36, 1º izq., 50.005 ZARAGOZA [email protected] Tel +34 976 228896 www.kernsd.com Electrolytic Cell
Transcript of SODIUM HYPOCHLORITE PRODUCTION Technical Specifications€¦ · the production of chlor-alkali...
SODIUM HYPOCHLORITE PRODUCTION Solutions for the production ‘in situ’ of sodium hypochlorite Form To
100% Customisable KERN S&D, S.L. develops tailor-made solutions for the production “in situ” of sodium hypochlorite to address specific technical and economic requirements. KERN S&D systems are fully customisable in terms of production and concentration.
Sodium Hypochlorite production 12,5%
800
Kg/day
40,000 Kg/day
Concentration (active chorine)
5 % (50 gr/l)
15% (180 gr/l)
TECHNICALSPECIFICATIONS Efficiency
Efficiency DC 98.5%
Modulation capacity 40 to 100%
Range of operation 2 KA/m2 – 5.5kA/m2
Life (minimum)
Membranes 3 years
Anode activation 6 years
Safety
Operating Temperature 85ºC
Consumptions
Energy (electrolysis) 250 kWh/T
Salt (100%) 0.2 Kg/Kg
Monitoring
Fully automated and monitored plants
T
ec
hnic
al S
pe
cifi
ca
tions
R HIGHLY RELIABLE
! EASY MAINTENANCE
" AUTOMATIC CONTROL
þ SAFE OPERATION
{ ENVIRONMENTALLY NEUTRAL
# MODULAR AND SCALABLE
$ TURN-KEY SOLUTIONS
Unique technical characteristics make it
suitable for a wide range of applications:
Multiple Applications
Purification
Waste water
Swimming pools
¨ Chemical ¨ Industrial ¨ Paper ¨ Textile ¨ Farming ¨ Hotels ¨ Hospitals ¨ Food ¨ Agriculture ¨ Oil & Gas ¨ …
Water treatment
KERN STRATEGIES & DEVELOPMENTS S.L. Gran Vía 36, 1º izq., 50.005 ZARAGOZA [email protected] Tel +34 976 228896 www.kernsd.com
Electrolytic Cell
SODIUM HYPOCHLORITE PRODUCTION ‘In situ’ Sodium Hypochlorite Production Technology KERN S&D has an innovative technology for the production ‘in situ’ of sodium hypochlorite (5% to 15% of active chorine) which consists of a new bipolar membrane electrolyzer (mercury-free). Sodium hypochlorite production plants designed and developed by KERN S&D are safe, environmentally neutral and highly competitive because of their low investment required and low operational costs (high electrical efficiency and high level of automation). KERN S&D technology complies with EU Directives on Best Technologies Available (BAT) for the production of chlor-alkali (Directive 2010/75/UE).
Operating Fundamentals of the Sodium Hypochlorite Production Technology
The most cost-effective production of sodium hypochlorite is obtained from the electrolysis of brine, process in which common salt, electricity and water are used as raw materials. The electrolytic cell is a bipolar cell with a cathode (-), anode (+) and a cationic membrane. It is fed with brine (salt water) and an electric current is passed through it generating chlorine and caustic soda, which react immediately to form high quality and high concentration sodium hypochlorite.
G
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Flow chart of a Sodium Hypochlorite production plant
KERN STRATEGIES & DEVELOPMENTS S.L. Gran Vía 36, 1º izq., 50.005 ZARAGOZA [email protected] Tel +34 976 228896 www.kernsd.com
