TITANOR - INTRODUCTION TO SEACLOR MAC

Titanor Components

WATER CHLORINATION BY

SEACLOR MACŽ ELECTROCHLORINATORS

WHAT ARE SEACLOR MacŽ SYSTEMS ?	SEACLORŽ'S installed capacity worldwide .. 3,30,000 kgs/day of chlorine	A PROVEN TECHNOLOGY THE WORLD OVER
SEACLOR MacŽ are Electrochlorination Systems for on site generation of chlorine in the form of sodium hypochlorite solution by electrolysis of common salt.		The SEACLOR MacŽ systems belong to the family of range of electrochlorination plants manufactured by Titanor Components Ltd., Goa, India with Technical Collaboration

This solution, being safe to handle and inexpensive, is conveniently used in a broad spectrum of water chlorination applications.

THE PROCESS (THE ELECTROLYSIS PROCESS)

Salt solution (brine) is electrolysed by making it flow inside an electrode pack (anodes and cathodes), which are energised with D.C. current. Chlorine is discharged at the anodes and a small quantity of hydrogen gas at the cathodes. The DC power supply unit (Rectifier - Transformer) is supplied as part of the electrochlorination system. Chlorine does not evolve as a gas but is available in dissolved form as hypochlorite solution, which is the reason why it is safe to handle.

The Hydrogen gas is vented to the atmosphere. This hypochlorite solution, when added to water, has the same biocidal and oxidising power of equivalent chlorine gas and provides the same degree of disinfection.

with the Oronzio De Nora group of Italy, which has been the pioneer and the world leader in various electrochemical process technologies over the last 75 years. Their simple and straight design, reliability, low operating cost and durability under severe operating conditions have been instrumental in their acceptance worldwide in general. This is reflected in the fact that the total installed capacity of SEACLORŽ/ SEACLOR MacŽ range plants as on date exceeds 3,50,000 kgs. Of chlorine per day Worldwide and over 1500 kgs. In India.

Many such plants have been designed for mega-capacity installations in coastal thermal power and chemical plants, offshore facilities etc. These large capacity plants use seawater wherever available as a natural source of brine to generate hypochlorite for use in control of biological growth in the process/cooling water circuits of power plants.