CHLORINE VS CHLORINE DIOXIDE
Executive Summary on Advantages of ClO2 over Cl2
Available as gas ClO2 dissolved in Water - Readily soluble
No-Hydrolysis at Alkaline water pH - Suitable CW system
No-Reaction with Ammonia - No Chloramines' formed
No-reaction with Oil & Grease - Less demand
Effective against SRB - No special treatment for SRB
Produced on-site, on-demand - No storage hazards
Almost NIL DBPs formation - No TTHM / HAA formation
Environmental friendly due to lower demand & No-THM
Less corrosive due to lower demand & intermittent dosing
Easy integration to the existing GCP / ECP plant
Effective Microbial control / anti-fouling treatment
TERSUS® PowerOx Safe technology

TERSUS® POWEROX 3-S
CHLORINE DIOXIDE TECHNOLOGY
Safety” is our utmost priority for power plant application, a system that is free from hazard and avoidance of any possible accident have to be incorporated in the system design.These features are;No storage & handling of hazardous chemicals like Chlorine/Sodium Hypochlorite.Innovative encapsulated reactor design.
Environmentally friendly & safe.No possible escape of ClO2 due to TERSUS® PowerOx 3-S Technology & design.
“Savings” forms a basis for a technology comparison and every professional company would want to maximize its profit by reducing its costs as one of the strategy.With that in mind, our responsibility to the customers is to assist them to optimize the operation efficiency with the lowest possible costs.Hence, we offer following benefits;Significantly lower capital investment comparing to ECP. Lower operating costs. Lesser routine maintenance. Eliminating unnecessary chemicals or biocide.
Largely reducing the use of electricity comparing to ECP.Improved ClO2 yield with TERSUS® PowerOx 3-S Technology
 “Solution” forms a basis of fulfilling the requirement achieving our customers objectives are pivotal to our business success. We are tasked to provide solutions that are align to our customers' objectives.Hence, we offer following guarantees;
Eliminating bio-fouling in the cooling water system.Increase the efficiency of turbine condenser by effective antifouling treatment.
Reduce “break-down” time.Minimize effluent as per regulatory guidelines.