Why can the composite carbon source replace traditional carbon sources such as glucose and sodium acetate

Composite carbon source manufacturer Nuoguan environmental protection composite carbon source is specially developed for the microbial metabolism needs of the environment of insufficient carbon source in the sewage treatment system, rich in various trace elements, natural microorganisms, organic acids and other microbial beneficial factors. Improve the microbial activity of the biochemical system in the carbon source environment and enhance the diversity of the microbial flora of the system.

Nuoguan environmental protection composite carbon source, also known as denitrification nutrients, the comprehensive cost performance is significantly better than the common sodium acetate crystals, liquid sodium acetate, food grade glucose, methanol, acetic acid / acetic acid / glacial acetic acid. The main ingredients are a variety of monosaccharides, amino acids, trace elements, binary alcohols and so on. The combination of traditional Chinese and Western medicine will promote the growth and reproduction of microorganisms, nutrients required for reproduction, and short-chain alcohols that provide electronic donors for denitrification as carbon sources, and organically combine them in an appropriate proportion. The overall denitrification kinetics and denitrification rate of the composite carbon source have reached a very high level, and it has advanced BOD amplification function. The composite carbon source improves the biochemical properties of the sludge.

The composite carbon source can overcome the shortcomings of traditional carbon source products with large dosage, low temperature difficult to dissolve, crystallize, solidify, low microbial absorption conversion rate, poor total nitrogen removal rate, dangerous carbon source, strong irritating taste and so on. It can reduce the production of organic sludge and increase the activity of sludge.

Composite carbon source features:

1. Effectively supplement carbon sources in environments where biochemical carbon sources are insufficient;

2. Provide a microbial carbon source when the system is running abnormally, ensuring that the system is quickly started or restored;

3 When the industrial sewage system is started, the commissioning cycle of the biochemical system can be shortened;

4 Supplement the carbon source to maintain the normal operation of the system under the condition of reduced load of the biochemical system, and improve the B/C ratio of microbial metabolism in the biochemical system;

5 Improve the impact resistance and impact ability of the biochemical system;

6 High effective COD content, specially customized for denitrification, cost-effective than traditional carbon sources such as ethanol, starch, glucose, acetic acid and sodium acetate;