Production Process
Composite carbon sources are a blend of various products. The ratio and formula are adjusted based on the actual conditions of the customer's wastewater treatment process (process flow, denitrification retention time, influent water quality, etc.) to achieve excellent results in denitrification nitrogen removal, economic efficiency, and process optimization.
Application of Composite Carbon Sources
The "Jin Tai Huan Jing" new type of carbon source is a liquid carbon source developed for wastewater treatment. It is a non-hazardous, non-toxic, green and cost-effective product. It is a harmless carbon source with high cost-performance on the market.
Our product is a colorless, non-irritating liquid composed of small-molecule organic acids, sugars, and biological extracts, with high biodegradability. It can be widely used in wastewater treatment systems to address the issue of elevated total nitrogen in effluent due to insufficient carbon source. It enhances the denitrification capacity of the treatment system and also has a positive effect on biological phosphorus removal.
This product is commonly used in anoxic ponds, denitrification filter ponds, and other anoxic areas. It can also be used to provide carbon source nutrients to anaerobic or aerobic reactors.
Carbon source characteristics
Supply Chain
a. Derived from abundant renewable resources
b. Quality raw material supplier
c. Ensure product quality and inventory
2. Safety
No flammability or toxicity issues with traditional chemicals and methanol; cost-saving compared to installing flammable liquid storage and feeding systems.
3. Operability
No additional storage equipment required; products can be directly added on-site upon arrival, with simple operation and convenient storage.
4. Stability
The stable Chemical Oxygen Demand (COD) value does not degrade during long-term storage.
Leverage efficiency
1. The main component of the new carbon source is a small molecular weight polar molecule, which is easy to diffuse through the biomembrane, and its absorption efficiency is much higher than that of polar molecules with larger molecular weights.
2. The main component in the new carbon source readily forms small molecule organic acids (dihydroxyacetone phosphate), which are crucial for denitrification and phosphorus removal. Compared to other carbon sources, this concentration shortens the metabolic time for these substances to transform into small molecule organic acids, indirectly enhancing the efficiency of the biochemical system in denitrification and phosphorus removal.
3. The novel carbon sources exhibit diverse metabolic pathways within microbial cells.
Application Scope
Jin Tai Huan Jing's new type of carbon source is a liquid carbon source product with a certain viscosity, requiring no new solution preparation. Companies can directly add and use it, reducing costs and simplifying the operational process.
