Signed in as:
filler@godaddy.com
Wet Scrubber Success
Advanced Air Scrubber Chemistry. Cleaner Air. Lower Operating Costs.
OCP&E provides specialty chemistries to replace or complement conventional air scrubber chemicals, including caustic soda, bleach, chlorine dioxide, chlorine gas, amine scavengers, and acids. We match the chemistry to the contaminants and operating conditions to improve odor control, simplify chemical treatment, and reduce operating costs.
Our solutions can also reduce scaling and packing fouling, helping decrease maintenance demands and the frequency or elimination of acid cleaning. The result is reliable odor control with a focus on system efficiency and long-term value.
Better Air Starts Here
Better Scrubber Performance. Fewer Chemical Headaches.
With more than 33 years of odor control experience, OCP&E helps municipal utilities and industrial facilities address persistent odors, frequent packing cleanings, corrosion concerns, and rising chemical costs.
Our Air Scrubber Chemicals lineup—including Scrubber Formula, PeroxiBase II, and OxyClara—offers treatment options selected for your contaminants, equipment, and operating conditions. We help you evaluate opportunities to improve odor removal, simplify maintenance, and lower total treatment costs.
Tell us what’s challenging your scrubber. Let’s put our experience to work.
Give us your air scrubber project, and we'll give you results like this:
The Bleach and Caustic Replacement Team
Scrubber Formula, Peroxibase II, and OxyClara—chemical treatment options for demanding air scrubber applications, available in drums and totes.
Put the right chemistry to work in your odor control system. OCPE offers air scrubber chemicals to help control hydrogen sulfide and other nuisance odors while supporting reliable scrubber operation and practical treatment costs.
From wastewater treatment plants and biosolids facilities to rendering operations, food processors, and industrial plants, we help match the treatment to your odor challenge, existing equipment, and operating conditions.
Contact OCPE to discuss your application and request pricing.
Three Chemistries. One Goal. Cleaner Air.
Scrubber Formula
Scrubber Formula combines odor encapsulators, zinc ricinoleate, biological ingredients, and gas-wetting surfactants to help capture and neutralize odor compounds in recirculating wet scrubbers. Its blended approach addresses hydrogen sulfide and organic odors, while silicone defoamer helps control foam during operation.
Peroxibase II
Peroxibase II combines hydrogen peroxide with gas-wetting surfactants and a peroxide-stable deodorizer to oxidize odor-causing compounds and improve contact between contaminated air and the scrubbing solution. It can be used alone or alongside caustic soda, depending on treatment requirements, with silicone defoamer to help manage foam.
OxyClara AOP
OxyClara is a mineral-oxychloride treatment formulated to oxidize hydrogen sulfide and other odor-causing compounds in wet scrubbers and RO degasifier scrubbers. An ORP sensor and controller can regulate the chemical metering pump, adjusting feed to treatment demand for consistent, automated operation.
Green, Clean & Sustainable Scrubber Systems. Future forward
Powerful Odor Control. Cleaner Chemistry. Lower Operating Costs.
OCPE’s air scrubber chemistries are selected to deliver superior odor control while eliminating chlorinated by-product formation, excess sodium loading to deep-well injection systems, scaling, fouling, and hazardous or toxic air emissions. Properly matched to your application, these solutions can reduce maintenance, extend operating uptime, and deliver significant cost savings—helping municipal and industrial facilities achieve cleaner air with a smaller environmental footprint.
15-minute set-up uses existing ports and can be reversed.
Simple Integration. Precise Dosing. Powerful Odor Control.
Enhance your existing packed-bed wet scrubber with OxyClara AOP, Peroxibase II, or Scrubber Formula. Using a compatible chemical metering pump and an existing chemical injection connection, treatment can be introduced into one or both stages to address hydrogen sulfide and other odor compounds.
Monitoring pH, oxidation-reduction potential (ORP), and inlet/outlet hydrogen sulfide helps operators fine-tune dosing for actual operating conditions. The result: controlled chemical feed, measurable performance, and opportunities to reduce treatment costs while protecting equipment and improving air quality.