Use | 1. Suitable for denitrification and denitrification of industrial wastewater and municipal wastewater; 2. Biochemical system strain culture and repair, double the denitrification rate; 3. Low sludge output, and the cost per ton of water can be saved by more than 30%; 4. Customized production of composite carbon source, source factory, high safety; 5. It can completely replace traditional carbon sources such as methanol, glucose, and sodium acetate. |
A composite carbon source refers to a carbon source material composed of multiple different types of carbon sources. These carbon sources can be organic compounds, inorganic substances, or polymers, among other types of carbon sources. Composite carbon sources can provide a variety of nutrients for microbial growth and metabolic activities. In the field of environmental engineering, composite carbon sources are commonly used in biological treatment systems, such as wastewater treatment and soil remediation, to facilitate microbial degradation and transformation processes. The application of composite carbon sources can enhance the efficiency of wastewater treatment, reduce treatment costs, and offer a green and environmentally friendly treatment method.
Properties:
Composite carbon sources typically have the characteristics of multiple carbon sources, providing a rich source of nutrients for microbial utilization. They can be in the form of solid, liquid, or gaseous carbon source materials with efficient biodegradability, promoting normal microbial growth and metabolic activities.
Uses:
Composite carbon sources are widely used in environmental engineering, including wastewater treatment, soil remediation, solid waste treatment, etc. They can enhance the ability of microorganisms to degrade organic compounds, improve wastewater treatment efficiency, and promote the conversion and utilization of biomass.
Preparation:
Composite carbon sources can be prepared by mixing different types of carbon source materials together, or through chemical reactions or physical mixing methods. The specific preparation method depends on the composition and purpose of the composite carbon source required.
Safety:
Composite carbon sources are generally safe when used correctly, but precautions should be taken to avoid inhaling or coming into contact with excessive amounts of composite carbon source materials. Follow relevant safety protocols during handling and use to ensure the safety of personnel and the environment. In case of any accidents, immediate appropriate emergency measures should be taken, and the relevant authorities should be informed for proper handling and reporting.
carbon source is the nutrient containing carbon element required for microbial growth and metabolism in the biochemical system of wastewater denitrification. At present, the carbon source can be divided into single carbon source and compound carbon source.
Compound carbon source generally refers to the material composed of two or more effective carbon source components. Compound carbon source is an essential high-efficiency carbon source in the denitrification system of wastewater total nitrogen treatment, mainly composed of small molecular acids, sugars and short-chain alcohols.
Compared with methanol safety, compared with sodium acetate cost is very low, can be widely used in municipal, pharmaceutical, chemical, leather, pigment and other industries in the sewage treatment nitrogen removal system.
The main components of the composite carbon source used in wastewater treatment on the market are organic acids, alcohols and carbohydrates with small molecules. According to the factors such as biochemical process of sewage treatment, application requirements and flora composition, the composite carbon source is scientifically configured. Sewage treatment applications have the characteristics of being easily absorbed and utilized by microorganisms, reducing organic sludge production and improving sludge activity. Use scenarios are:
(1) Biochemical start-up and debugging of raw materials for rapid growth and metabolism of microorganisms to promote rapid growth of microorganisms;
(2) carbon shortage sewage treatment, organic carbon source supplement;
(3) Biological phosphorus removal, organic carbon source supplement with insufficient carbon-phosphorus ratio;
(4) biological denitrification and denitrification supplemented with carbon source;