Where innovation drives efficiency:
Delivering next-level results for H₂S mitigation through industry leading chemistry.
Where innovation drives efficiency:
Delivering next-level results for H₂S mitigation through industry leading chemistry.
Knocks out H₂S...
Not your profit!
Knocks out H₂S...
Not your profit!
About Us
We are a leading chemical company specializing in innovative solutions for treating hydrogen sulfide. The Knockout process is specifically designed to irreversibly convert H₂S into non-hazardous sulfur salts that can be easily removed with wastewater. This process is formulated using advanced technologies and high-quality chemicals to maximize efficiency and reliability, while eliminating corrosive by-products traditionally found in triazine or formaldehyde based treatments.
Trust Our Team of Experts
Our team of experts have extensive knowledge and experience in the industry and are dedicated to delivering top of the line products and exceptional customer service. Contact us today to learn more about H₂S Knockout and how we maximize the value of your products.
H₂S Knockout is..
Affordable
Limited set up and equipment required
Cost Effective
Greater efficiency means less use
Irreversible
Irreversibly converts H₂S into a non-toxic sulfate salt and water.
Efficient
Demonstrates up to 5 times the treating capacity as standard triazine
Crude Oil
Natural Gas
Crude Oil
Natural Gas
Case Studies
Crude Oil Test
Cost savings of $60,000/month on chemical
Company no longer needed to circulate oil due to failed BS&W
Natural Gas Study
Cost savings of $120,000/month on chemical
Knockout uses 550 gallons less per day than 40% Triazine
Knockout Lab Analysis
Knockout was 3 times more efficient than 40% Triazine
3.53 - 3.81 pounds of H₂S treated per gallon of chemical
Tank Battery Study
All batteries achieved <5ppm in less than 1 hour
Knockout maintained H₂S spec in crude oil over entire 4 month treatment program
Midstream Pipeline Study
The H₂S Knockout reaction was completely irreversible
H₂S levels at the discharge station were reduced to <10ppm after treatment
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