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Circular water treatment solution
Ditch the chemicals, embrace sustainability: GOgen® provides effective industrial water treatment without chemical inputs
Closed-loop water systems recirculate water, creating conditions conducive to bio-film buildup, increasing heat impedance, and reducing cooling system efficiency. Traditional treatment methods are typically chlorine-based. But chlorine is highly corrosive, increases salinity leading to increased blow-down and water usage, and is not effective in combating biofilm.
GOgen® protects the water system by generating Peroxide UltraPure™ onsite, a powerful yet sustainable water treatment agent, highly effective at preventing biofilm buildup. Peroxide UltraPure™ is then injected into the water lines, improving water safety, increasing system efficiency, and reducing water and energy use.
Effluent water treatment often requires the use of a strong oxidant, and hydrogen peroxide (H2O2) is often the oxidant of choice, due to its strong oxidation potential, and its minimal environmental footprint – breaking down to water and oxygen following use, and leaving no unwanted byproducts or salination behind. But the transportation, handling and storage of high-concentration bulk hydrogen peroxide is often prone to high costs, dedicated infrastructure investments, logistical challenges, and ongoing safety concern.
HPNow’s GOgen® generates a green yet powerful oxidant, Peroxide UltraPure™, a highly effective oxidizing agent. GOgen® generates Peroxide UltraPure™ directly on site, using only water and electricity as inputs, and providing a high-efficacy, safe, sustainable, and autonomous solution, without chemical inputs.
Traditional process water treatment often relies on the use of chlorine, either in chemical form, or generated on site. Chlorine is highly toxic and corrosive, increases salinity leading to discharge water challenges, and is cause for growing concern due to unwanted byproducts.
HPNow’s GOgen® generates a green yet powerful oxidant, Peroxide UltraPure™ , directly onsite, and using only water and electricity as inputs. GOgen® provides a high-efficacy, safe, sustainable, and autonomous solution for your process water treatment, without chemical inputs.
Water safety is increasingly threatened by trace organic contaminants originating from pharmaceutical, cosmetics, oil and gas, and chemical industries. These Trace Organic Compounds (TrOC) are becoming the subject of rising public concern and tightening regulations.
The activation of hydrogen peroxide by UV creates highly potent hydroxyl radicals which break down these resilient organic compounds. This process is termed Advanced Oxidation Process (AOP). GOgen® enables a fully-autonomous, safe, chemical-input free AOP, by producing UltraPure™ hydrogen peroxide directly at the point of use, using only water and electricity as inputs. GOgen® reduces chemical consumable costs, improves occupational safety, and reduces chemical storage, handling, and permitting costs, as well as dependence on 3rd party chemical supply chains.
Hydrogen Sulfide (H2S) may be formed in municipal and industrial wastewater by the biological reduction of sulfates and the decomposition of organic material. It can also naturally occur in groundwater and well water as a result of chemical reactions and decay. This colorless gas has long been recognized as a major problem for municipal and industrial water and wastewater (WWT) systems. Beyond its unpleasant odor, the gas is toxic, and is subsequently converted to sulfuric acid which attacks concrete and steel structures.
Traditionally this treated using strong oxidizing agents, but these are a source for increasing environmental, regulatory, operational and safety concerns.
HPNow’s GOgen® generates a green yet powerful oxidant, Peroxide UltraPure™, proven as a highly effective H2S oxidizing agent. GOgen® generates Peroxide UltraPure™ directly on site, using only water and electricity as inputs, and providing a high-efficacy, safe, sustainable, and autonomous odor-control solution, without chemical inputs.
WATER TREATMENT TECHNOLOGY
The GOgen® system is specifically designed with the needs and requirements of industrial water treatment. It generates Peroxide UltraPure™, and power yet safe and sustainable oxidant, directly on site using only water and electricity as inputs.
GOgen® is a fully autonomous solution, ensuring continuous supply of a critical water treatment agent, without dependence on 3rd parties and external supply chains, and without the need to manage, store and handle hazardous chemicals.
GOgen® uses only air, water and electricity to generate Peroxide UltraPure™ onsite – ultrapure, no stabilizers needed – delivered directly where you need it.
Peroxide UltraPure™ delivers highly reactive hydrogen peroxide which oxidizes and breaks down biofilm matrices, preventing microbial buildup in pipes, cooling towers, and heat exchangers. This keeps water systems clean, reduces corrosion risk, and maintains optimal heat transfer efficiency. What makes it superior to generic hydrogen peroxide is that it is made on the spot and without stabilizers, which makes it very potent. Since it is hydrogen peroxide in its purest form without any stabilizers, required for generic peroxide, it leaves no chemical residues after application. Chemical substances that stabilize peroxide and other water treatment chemicals build up in cooling water eventually requiring clean up or desalinization which adds costs, risks and downtime.
Yes, Peroxide UltraPure™ breaks down into water and oxygen, minimizing corrosion risks common with harsh chemicals. When dosed correctly, it is compatible with most metals, plastics, and seals commonly used in industrial water systems.
Peroxide UltraPure™ fights water borne pathogens without generating the harmful disinfection by-products typically associated with chlorine. Chlorine produces chlorates as by-products, which are increasingly regulated, and its relatively low reactivity makes it inefficient against biofilm.
Ozone is a highly effective gas for water treatment; however, due to its instability, it is difficult to dose, requires pressurized storage, and its effect is limited to the point of application.
Stabilized peroxide is also an effective oxidizer, but it contains chemical stabilizers designed to preserve it during transport. These stabilizers remain in the water as by-products after treatment.
UV-C lamps are effective at eliminating pathogens locally, but their efficiency is highly dependent on water turbidity. Moreover, UV-C radiation poses a workplace hazard, as it must not come into contact with humans.
Peroxide UltraPure™ is produced on-site and requires no added stabilizing chemicals. After treating the water, it simply decomposes into pure water and oxygen.
Peroxide UltraPure™ supports with voluntary and mandatory sustainability reporting requirements such as the European Sustainability Reporting Standards (ESRS), IFRS Sustainability Disclosure Standards and Global Reporting Initiative (GRI). Please refer to our Sustainability page for more information.
Pharmaceutical Industry
Learn how Teva uses green oxidation by HPNow for odor control of discharge water at one of their manufacturing sites, with a simple system and no chemical inputs.
Pharmaceutical Equipment Manufacturing
Discover how Nipro eliminated chemical inputs and improved workplace safety by adopting HPNow’s onsite hydrogen peroxide generation for cooling tower water treatment. This case study reveals how the solution delivered sustainable, effective disinfection with zero chemical residues, no plastic waste, and fully automated operation.
Green oxidation through onsite hydrogen peroxide generation.
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