Self Cleaning Sodium Hypochlorite Generator Electro Chlorination

Product Description

Electro chlorination self-cleaning Sodium Hypochlorite Generator

 

 

Sodium hypochlorite generator summary

 

The Geemblue sodium hypochlorite generator is a fully automated, pre-packaged on-site hypochlorite system designed for fast and economical installation, safe operation and easy maintenance. Skids are shipped completely piped, wired and tested.
The Geemblue sodium hypochlorite generator generates a 0.8 % sodium hypochlorite solution through the electrolysis of brine, consuming only water, salt and electricity. By producing hypochlorite on-site and on-demand, the system eliminates concerns associated with transportation and storage of liquefied chlorine gas or commercial sodium hypochlorite solutions, making it ideal for any application requiring chlorination.

By producing hypochlorite on-site and on-demand, the system eliminates concerns associated with transportation and storage of chlorine gas or commercial sodium hypochlorite solutions, making it ideal for any application requiring chlorination. Due to its low concentration, the hypochlorite solution generated by the Geenblue system minimizes degradation issues of commercial hypochlorite. In addition, the system offers lower operating costs than commercial hypochlorite, typically resulting in attractive payback periods.

 

 

Fully Automated Operation:
A PLC-based control system provides fully automatic operation of the entire process and monitors key variables to ensure reliable operation of the system. Safety features such as run inhibit during a descaling process, and tank overfill protection are some of the many inherently safe interlocks built into the process controls. The control panel includes a touch-screen human-machine interface (HMI) to provide userfriendly access to operators.

 

 

Robust Single-Electrolyzer Design:
Geemblue sodium hypochlorite generator unique electrolyzer design optimizes salt and power consumption while providing easy access to the cell components for maintenance. A clear cast acrylic casing allows for visual inspection, and the improved end-connection cap design minimizes the potential for leaks. The electrolyzer is arranged horizontally for flow optimization; increasing residence time and heat transfer in each cell pass and minimizing hydrogen bubble size. The result is maximum process efficiency while yielding the highest quality hypochlorite solution.

 

 

 

Applications:

 

♪ Potable water treatment for drinking purpose

 

♪ Cooling water treatment algae control

 

♪ Waste water treatment

 

♪ Effluent control including treatment of sewage.

 

♪ Swimming pool chlorination.

 

♪ Open well water treatment

 

♪ Hospital disinfection and hygiene maintenance

 

♪ Hospital waste management.

 

♪ Sterilizer for food processing in Hotel and Restaurants.

 

♪ Meat and Poultry processing facilities disinfection.

 

♪ Sterilizer for food consumable and perishable Packing Plants.

 

♪ Public places disinfection

 

♪ Public health water treatment to control micro-organisms, destroy hydrogen sulphide (rotten egg odour), colour algae growth and keeps transmission pipes clean.

 

♪ Laundry and bleaching.

 

♪ General purpose domestic bleach and disinfectant.

 

♪ Poultry water disinfection.

 

♪ General farm sanitation, odour control.

 

♪ Dairy equipment sterilization

 

♪ Manufacture of oxidized starch.

 

♪ Bleaching of textiles, paper shellac, carpets, alginates.

 

♪ Fisheries.

 

 

Specification

 

Model	chlorine capacity	Water treatment capacity	concentration	flow rate	salt conversion	energy conversion
GBI-50-NACLO	50 g / h	1000 ton / day	5000~7000 ppm	10 L / h	3.5 kg / kg Cl2	4 kwh / kg Cl2
GBI-100-NACLO	100 g / h	2000 ton / day	5000~7000 ppm	20 L / h	3.5 kg / kg Cl2	4 kwh / kg Cl2
GBI-200-NACLO	200 g / h	4000 ton / day	5000~7000 ppm	40 L / h	3.5 kg / kg Cl2	4 kwh / kg Cl2
GBI-300-NACLO	300 g / h	6000 ton / day	5000~7000 ppm	60 L / h	3.5 kg / kg Cl2	4 kwh / kg Cl2
GBI-400-NACLO	400 g / h	8000 ton / day	5000~7000 ppm	80 L / h	3.5 kg / kg Cl2	4 kwh / kg Cl2