Advanced Autotrophic Denitrification Catalyst
Efficiently converting wastewater pollutants into nitrogen for cleaner water environments.
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Autotrophic Denitrification Catalyst
This advanced catalyst utilizes an Fe-S coupled biological carrier, engineered with a large specific surface area and high efficiency for autotrophic denitrification. It operates in anoxic environments, enabling denitrifying bacteria to convert nitrogenous pollutants like NO₃⁻ and NO₂⁻ into N₂, using inorganic carbon as a metabolic source. This process effectively removes total nitrogen from wastewater, contributing to environmental protection and water quality improvement.
- Leveraging Fe-S coupled biological carrier technology for superior wastewater pollutant to nitrogen conversion.
- Enables efficient nitrogen removal in anoxic environments, crucial for effective wastewater treatment.
- Promotes microbial coupling and self-activation for a stable and sustainable nitrogen removal process.
- Offers advantages such as reusability and minimal sludge production, reducing overall treatment costs.
Key Product Advantages
Efficient Nitrogen Removal
Achieve high levels of nitrogen removal from wastewater, helping to meet stringent environmental discharge standards.
pH Balancing and Self-Activation
The integrated alkalinity load effectively balances pH during denitrification, while Fe-S nanopores promote self-activation of the nitrogen removal process.
Sustainable and Reusable
The catalyst is chemically stable, reusable, and requires no additional chemical agents, making it an eco-friendly and cost-effective solution.
Key Applications
Chemical Wastewater Treatment
Effectively treats wastewater from chemical industries, removing nitrogenous pollutants to prevent environmental contamination.
Printing and Dyeing Wastewater
Addresses the challenge of nitrogen removal in printing and dyeing effluents, contributing to cleaner industrial discharge.
Municipal Sewage Treatment
Enhances the treatment of municipal sewage, upgrading discharge standards by efficiently reducing total nitrogen content.
River Water Quality Improvement
Aids in the purification of river water by removing excess nitrogen, helping to combat eutrophication and improve aquatic ecosystems.