Hypochlorite Generation Equipment 

Hypochlorite Generation Equipment 

Water Technologies
Language
  • English
  • Deutsch
X

Contact


search

  • Water Technologies
    • Products
    • Services
    • Parts
    • Food and Beverage Industry
    • Life Sciences Industry
    • Marine Industry
    • Mining Industry
    • Oil and Gas Industry
    • Power Industry
    • Semiconductor and Solar Industry
    • Drinking Water Treatment
    • Municipal Wastewater Treatment
    • Aquatics and Leisure
    • Applications
    • About Us
    • Videos
    • Site Map
  • Products
    • Activated Carbon
    • Aeration
    • Biological Treatment
    • Chemical Feed and Disinfection
    • Controls, Instrumentation and Analyzers
    • Conventional Filtration
    • Ion Exchange
    • Laboratory Water Products
    • Liquid and Vapor Phase Odor Control
    • Membrane Filtration & Separation
    • Physical/ Chemical Treatment
    • Separation and Clarification
    • Sludge and Biosolids Processing
    • Specialty Products and Accessories
  • Chemical Feed and Disinfection
    • Analyzers and Process Controllers
    • Chemical Induction/ Injection Products
    • Chlorine Dioxide Generation Equipment
    • Gas Feed Equipment and Control
    • Hypochlorite Generation Equipment
    • Liquid Chemical Feed Equipment and Control
    • Ultraviolet (UV) Equipment
    • Global Sales, Service and Support Contacts
    • USA Municipal Distributors
  • Hypochlorite Generation Equipment

Hypochlorite Generation Equipment

With increasing concern over the transport, handling and storage of chlorine gas and purchased hypochlorite, Siemens Water Technologies introduced the OSEC® and Chloropac® on-site electrolytic hypochlorite generation systems. 

Hypochlorite Generation Equipment

On-site hypochlorite generation systems operate by electrolyzing a brine solution.  The systems produce sodium hypochlorite onsite and on demand, at a cost that is significantly lower than purchased hypochlorite. Unlike purchased hypochlorite, the production on demand means that the hypochlorite does not degrade, subsequently there is no reduction of product strength.

The OSEC® hypochlorite generator range has been designed to accommodate all applications for municipal, industrial and leisure end-users, and the flexible installation configuration means the product can be fitted into available space.

The Chloropac® hypochlorite generator and the new SeaCURE™ ballast water management system have been specifically designed for marine and off-shore applications.




Applications

Municipal

 

Industrial

 

Aquatics & Marine

Potable water disinfection

 

Cooling tower treatment

 

Swimming Pool disinfection

Wastewater disinfection

 

Corrosion and biofouling control

 

Fountains and water features

Sewage disinfection

 

Bleaching

 

Water theme parks

Taste & odor control

 

Wastewater treatment

 

Corrosion and biofouling control

 

 

High-purity water

 

Ballast water treatment



Product

Application

PPD

Kg/day

Chloropac®

For marine and off-shore applications

Wide range available

OSEC® B

Pedestal mounted low capacity generator

65-2,000

29-907

OSEC®B-Pak

Fully automated and skid mounted system

250-1,500

113-680

OSEC®-NXT

Membrane electrochlorination system

13-132

  6-60 

OSEC®-LC

 

13-26

  6-12

OSEC®-LC Plus

Single skid, fully packaged system

13-26

  6-12

SeaCURE™

Ballast water management system

Wide range available




Hypochlorite Generation Equipment Applications:
Drinking Water Disinfection
Wastewater Disinfection
Water Recycle Reuse Disinfection
top of page

Contact Us

For more information about our OSEC® Hypochlorite Generation Products, contact the Information Desk, Monday through Friday, 8 a.m. to 5 p.m., Eastern Standard Time: 1.724.772.1402 or information.water@siemens.com.

top of page

Hypochlorite Generation Case Study

On-Site Hypochlorite Generation System Exceed Engineering and Environmental Challenge in Las Vegas


The River Mountain Water Treatment Facility (WTF) is one of two plants that provide drinking water to the Las Vegas Valley and is situated a quarter-mile from a residential neighborhood in the city of Henderson. The facility was designed to produce 150 million gallons per day (mgd) and included provisions for subsequent 150 mgd expansions, up to 600 mgd if more supply was needed. In 2006, the capacity of the River Mountain WTF was 300 mgd.

Read Full Case Study

Hypochlorite Generation Case Study
top of page
Print
Contact Us

Featured Hypochlorite Generation Products

SeaCURE™ Ballast Water Management System
Chloropac®
OSEC® B
OSEC® B-Pak
OSEC®-NXT
OSEC®-LC
OSEC®-LC Plus

Complementary Products
Analyzers and Controllers
Liquid Feed

Featured Articles

Safety in Numbers: Generating Sodium Hypochlorite On-Site
(This article appeared in its entirety in the June 2008 issue of CEP Magazine)
 
On-Site Hypochlorite Generation as a Chemical Disinfection Alternative
(This article appeared in its entirety in the June 2006 issue of Pollution Engineering Magazine)

Sign up for our FREE newsletter.
First Name:
Email:
We respect your privacy and will never sell or rent our subscriber list.
© Siemens AG 2011 - Water Technologies
Corporate Information | Privacy Policy | Terms Of Use | Digital ID