Disinfection By-Products (DBPs)
By-products like THMs and HAAs can form when chlorine or ozone react with organic matter in water. Chlorine dioxide avoids these reactions, making it a safer choice for treated water.
Applications & Knowledge Base
Technical documentation, whitepapers, and case studies to support safe, informed use of TwinOxide — built for partners and end-users who want insight into the science, safety, and reliability behind our solution.
Articles on chlorine dioxide chemistry and use
By-products like THMs and HAAs can form when chlorine or ozone react with organic matter in water. Chlorine dioxide avoids these reactions, making it a safer choice for treated water.
Cooling systems are exposed to corrosion, deposition, microbial growth, and Legionella risk. A stable chlorine dioxide solution offers effective protection without harmful residues.
TwinOxide works across the full pH range, controls biofilm, leaves no THMs or HAAs, and is easier and safer to handle than traditional chlorine.
Request technical whitepapers covering dosing, safety data, and comparison studies for TwinOxide.
Request whitepapersHow chlorine dioxide is used across the industries we serve.
Reliable disinfection for potable water and wastewater networks across California — controlling taste, odor, and harmful by-products.
A powerful oxidant for cooling towers, process water, and biofilm control — improving efficiency and environmental performance.
Cleaner irrigation water and reduced biofilm support healthier crops and stronger roots on California farms.
Cleaner drinking water and hygienic systems support healthier animals and safer farming practices.
Safe, effective disinfection for food processing — removing pathogens and biofilm without affecting taste or quality.
Clean water and hygienic production systems with no impact on flavor or product integrity.
Legionella control for hospitals, hotels, and public facilities — eliminating biofilm and keeping systems residue-free.
Real-world results from operators using TwinOxide across California and beyond.
Livestock
Persistent biofilm in livestock drinking lines was reduced after switching to TwinOxide, improving water quality and animal hydration with minimal handling on-site.
Agriculture
Clogged drip emitters and algae growth were addressed using on-site generated chlorine dioxide, restoring flow rates and extending the lifespan of irrigation equipment.
Beverage
Clean-in-place cycles were optimized using TwinOxide as part of the rinse program, lowering microbial counts without affecting product taste or shelf life.
Public Buildings
A long-running Legionella risk in a recirculating hot water loop was brought under control using continuous low-dose chlorine dioxide treatment.
Industrial
Biofilm and microbial fouling in a cooling tower were reduced, improving heat-transfer efficiency and reducing chemical use across the season.
Municipal
A rural community switched from chlorine to TwinOxide to eliminate taste and odor complaints and reduce disinfection by-products in their distribution network.
Our team can share technical data sheets, safety information, and case references on request.
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