Non-Oxidizing Biocides for RO Membranes | SUEZ
SUEZ's BioMate* products are non-oxidizing biocides that are highly effective in reducing bacterial growth and the build-up of slime on a variety of membrane types. BioMate membrane biological control (MBC) products are EPA registered non-oxidizing biocide for sanitizing RO and ultrafiltration (UF) systems and membranes.
Our oxidising biocides include calcium hypochlorite, sodium hypochlorite, stabilised bromine, bromine and chlorine tablets, hydrogen peroxide silver, hypobromous acid and sodium bromide based bromine precursors. Our non-oxidising biocides include a range of broad spectrum biocides and micro-biocides, Isothiazoline, QAC, Bronopol and more…
Cooling Tower Biocides - Dober
Cooling TOWER BIOCIDES. Due to water’s high heat capacity and ability to evaporate naturally, it is the most efficient conduit of energy transfer and has many unique advantages when used in cooling processes, such as: cooling towers, chillers, plate and frame heat exchangers, shell and tube heat exchangers, and many more.
Accepta’s high performance non-oxidising biocides include several broad spectrum biocides and micro-biocides, isothiazoline, QAC, bronopol and more.. Activating halogen donor for use with Bromgard inhibitors & Accepa 2343 to produce bromine biocide in-situ. Sodium bromine + dispersant.
Non-oxidizing and oxidixing biocides
Non-oxidizing biocide. Used in cooling water systems. Prevents algae, anaerobic and aerobic bacteria growth. Suitable for use in hard water and in wide range of pH: 20,0 ÷ 200,0: 5,5 ± 0,5: 1,15 ± 0,05: BC-464: Isothiazolin, sulphates and nitrites of transition metals : Broad spectrum non-oxidizing biocide. Used in water cooling systems.
Oxidising biocides attack microorganisms by oxidising (an electron transfer reaction) the cell structure, disrupting nutrients from passing across the cell wall. Non-oxidising biocides for industrial use are effective in controlling: Legionella. TVC. Slime-forming bacteria. Sulphate-reducing bacteria. Algae.
Cooling Tower Biocides - Dober
Non-oxidizing biocide chemicals work through various exterminating processes such as interfering with reproduction, stopping respiration, or lysing the cell walls. Non-oxidizing biocides can be or fed continuously to achieve a high enough concentration for a long enough period of time to kill the bacteria.
Non-oxidizing Biocides. AWC® D-115 Non-oxidizing microbiocide for use with industrial RO membrane systems. Highly effective in water with high organics concentrations. AWC® D-420 Fast-acting non-potable RO microbiocide, highly effective at low concentrations. AWC® D-545G Microbiocide for use only with cellulose acetate RO membranes.
Cooling Water Bio Control
Oxidizing Biocides. Oxidizers are effective against all types of microorganisms in cooling systems, including bacteria, fungi, algae, and yeast. Our STA-BR-EX™, ControlBrom™, ACTIBROM™ and Purate™ products can effectively reduce the amount of oxidizing biocide required to control microbiological activity in cooling water. Non-oxidizing
Isothiazolinones are broad-spectrum, non-oxidizing biocides that can be used in a wide range of industrial applications. The product formulation helps to inhibit the growth of microbes and has inhibition and biocidal effects on most of the common bacteria, fungi and algae found in water.
Non Oxidising Biocides, Water Treatment Chemicals
NON-OXIDIZING BIOCIDES. ACURO's high performance non-oxidising biocides are used to control microbiological activity in a wide range of commercial cleaning, disinfection, environmental hygiene, industrial and process water treatment activities. They are often used in combination with oxidising biocides to provide complete system control.
Formulated with 2,2-dibromo-3-nitrilopropionamide (DBNPA) AQUAGUARD 604 is non-oxidizing and formaldehyde-free. AQUAGUARD 604 is used as a biocide in a variety of processes to control algae, bacteria and bacterial slimes, fungi and yeasts.
- What is the global chlorine dioxide market size?
- Global Chlorine Dioxide Market size was over USD 860 million in 2025 and is estimated to grow at over 6.5% CAGR between 2025 and 2027 owing to increasing demand for safe drinking water and high growth in the food & beverage industry in the U.S, Canada, Italy, France, China and India.
- What are the growth opportunities for chlorine dioxide market?
- This trend provides high growth opportunities for chlorine dioxide market. The demand for chlorine dioxide in industrial water treatment applications is anticipated to surpass USD 615 million up to 2027.
- What is the demand for chlorine dioxide in industrial water treatment applications?
- The demand for chlorine dioxide in industrial water treatment applications is anticipated to surpass USD 615 million up to 2027. Chlorine dioxide is used as a disinfectant and cleaning agents in wide range of industries such as food & beverages, pulp & paper, oil & gas, power plants, and chemical industries.
- What is the global chlorine dioxide industry?
- Global chlorine dioxide industry is highly fragmented and is characterized by the presence of several medium & large industry players operating worldwide. The key players in the market includes Ecolab, Grundfos, ProMinent, Evoqua, and Scotmas.
