Compounded carbons

Composite carbon source is a special carbon source material composed of multiple types of carbon sources, usually made by scientific proportioning and special processing of various organic and inorganic substances, such as glucose, acetic acid, organic acids, alcohols, starch and other organic substances, as well as certain inorganic substances or polymers. It can provide comprehensive nutritional support for microorganisms, promote their growth and metabolic activities, and has wide applications in various fields such as sewage treatment, biological cultivation, and soil improvement.

WhatsApp Email inquiry

Product Description Working Principle Specification Product Features

Product Description

Working Principle

The principle of action of composite carbon sources is based on principles of aquatic biology and ecology. In water bodies, organic pollutants are the main source of nutrients for the growth and reproduction of microorganisms. Therefore, by adding multiple different carbon sources to the water body, it is possible to provide various nutrient sources needed by microorganisms, thereby promoting their growth and reproduction. These microorganisms can decompose organic pollutants into harmless substances such as carbon dioxide, water, and inorganic salts, thereby achieving the goal of purifying water quality.

Specification

Project	Index
Project	Compounded carbons-1型	Compounded carbons-2型
Effective COD content，mg/L	1 million	1 million
pH value（1% Aqueous solution）	6-7	6-9
Density（20℃），g/cm³	≥1.01	1.03-1.06

Product Features

1. Pure biological products that do not produce secondary pollution; Add additives, easy to store, non hazardous chemicals.

2. It has the advantages of short denitrification time, long efficiency, high conversion rate, and is non-toxic and non hazardous.

3. High bioavailability promotes rapid reproduction of denitrifying and denitrifying heterotrophic bacterial communities.

4. Save carbon source dosage, high effective COD content, customized specifically for denitrifying bacteria, and generally better cost-effectiveness than traditional carbon sources such as methanol, ethanol, starch, glucose, acetic acid, and sodium acetate.

5. High cost-effectiveness, low cost per ton of water, 40% lower carbon source cost, non-toxic, harmless, and biologically friendly; Composite ratio, strong diversity.

6. Low temperature, no crystallization, no irritating odor.

Related Products

Nonionic polyacrylamide

Nonionic polyacrylamide (NPAM) is a water-soluble high molecular polymer or polyelectrolyte. Because its molecular chain contains a certain number of groups, it has the functions of flocculation, dispersion, thickening, bonding, film formation, gelation, and colloid stabilization. It can a

Detail

Anionic polyacrylamide

Anionic polyacrylamide (APAM) is white powder particles with a molecular weight of 8 million to 22 million. It has the characteristics of good water solubility, high viscosity, strong toughness, and non-toxicity. The effective pH range is 4-14, and it works well in weak acid, neutral, and

Detail

Zwitterionic polyacrylamide

Zwitterionic polyacrylamide is formed by hydrolysis copolymerization of vinylamide and vinyl cationic monomer acrylamide. According to infrared spectrum analysis, the product chain not only has the "carboxyl negative charge" after acrylamide hydrolysis, but also the vinyl positiv

Detail

Polyaluminium Ferric Chloride

Polyaluminum ferric chloride is developed based on in-depth research on the hydrolysis and coagulation mechanisms of polyaluminum chloride and ferric chloride. It combines the advantages of aluminum salt and iron salt coagulation, significantly improving the morphology of aluminum ions and iron ions, and greatly increa...

Detail

Compounded carbons

Product Description

Working Principle

Specification

Product Features

Related Products

Nonionic polyacrylamide

Anionic polyacrylamide

Zwitterionic polyacrylamide

Polyaluminium Ferric Chloride

Link

products

contact us

Send Message