CWC Chlorine Dioxide
A cost-effective Technology Platform based on a Proprietary Nano-Electro-Catalytic Process which could accelerate the rate of a chemical reaction without the formation of any side products and with minimum chemical inputs. It produces a Chlorine Dioxide mixture of 3000 ppm/liter in water and maintains stability for more than 30 days. Deployed Safely in large-scale operations.
Real-Time MonitoringAccess to real-time data is a boon of technology to mankind. With the help of real-time monitoring, your facility can steer clear of many problems, like leakage and breakdown of machinery. Full operational visibility is the key to CWC Chemicals, throughout the supply chain execution process.
Cost-effective in Commercial Applications
Making Chlorine Dioxide Affordable in Commercial Applications. CWC generates cost-effective Chlorine Dioxide with minimum chemical dosage use for commercial application and with a goal to cut the cost quite minimal lesser than the current usage of liquid chlorine (Hypochlorite) or chlorine gas.
CWC technology can produce Chlorine Dioxide (ClO2) at a fraction of traditional Chlorine Dioxide cost. Our focus revolves around green technologies. CWC believes in positively supporting the communities and environments in which we operate. Our focus revolves around green technologies.
Proven Technology
To generate Chlorine Dioxide, no heat and no pressure are used or needed to complete the reaction and a minimum chemical dose is just enough to drive and accelerate the rate of the reactions. The CWC Reactor works as a heterogeneous catalysis and is based on Nanotechnology.
Multiple lab trials and testing of CWC Proprietary Process Technology generated Chlorine Dioxide had been very effective in all known disinfection procedures, where it removed all forms of viruses, bacteria, algae, etc., and other hazardous chemicals with a minimum dose treatment. There was no formation of hazardous Disinfectant By-Products (DBPs)
Meets EPA Standards
Wastewater and sludge Treatment Plants:To protect public health, the USEPA’s 40 CFR Part 503 rule prescribes a restricted period of up to 1 year to limit public access to lands where Class B biosolids have been applied.
Provides Carbon Offset Assets
Sludge Treatment Plants:- CWC alternative treatment makes biosolids a potential source of carbon credit.
- High energy costs of biosolid landfills contribute to global warming.
- It causes a high potential of Methane to be generated.
- Just Transport cost of biosolids get 6 miles/gallon and 21.6 lbs. of CO2 of each gallon of diesel.
- The amount of Methane oxidized from landfills was assumed to be 10%(USEPA 1998).
BENEFITS OF CHLORINE DIOXDE
Sludge Treatment Plants:Chlorine Dioxide is more effective and kinder to the environment Chlorine Dioxide is considered higher yield & greater efficiency and has a higher oxidation capacity, with a lower oxidation strength than chlorine, making it at least 2.6 times more powerful per PPM according to World Health Organization (WHO) CT values.
No carcinogenic by-products & no bad taste occurrences in water- Chlorine Dioxide acts only by oxidation and does not combine with organic compounds to form environmentally hazardous by-products such as Trihalomethane (THM) and other chlorinated organic compounds that have been listed as potentially carcinogenic.
Less corrosive- Chlorine Dioxide has a lower oxidation potential and does not hydrolyze to form an acid, and therefore is less corrosive. Works over a wide pH range The effectiveness of chlorine is very pH dependent and is almost ineffective above pH 8. Contrary to this Chlorine Dioxide is effective at pH 2-12.
Environmental safety is a key advantage of chlorine dioxide when compared with alternative biocides such as chlorine and others.
Applications
Chlorine Dioxide products are capable of performing a wide range of functions and applications some of them are: Sludge Treatment Plants, Wastewater Treatment Plants, Power Plants Cooling Tower, Oil & Gas Rigs, Fracking, Hospitals HAI Control, Food Processing equipment, Dairy, and Poultry, Fruit and Vegetables, Fish Processing, Meat Processing, Agriculture & Horticulture, etc.
