Technologies

High-efficiency Anaerobic Reactor Technology

TIME：

2023-03-27 20:53

　　

　　High-efficiency anaerobic reactor technology is one of the core biotechnologies of Conno Environmental. Conno Environmental actively digests and absorbs advanced foreign anaerobic reactor technologies such as PQAPUES from the Netherlands and conducts technological innovation and optimization on this basis, especially Conno Environmental's anaerobic granular sludge application technology and the optimization and improvement of the sludge bed fluid in the anaerobic reactor water distribution system. After successful application in many engineering practices, the efficiency and biogas yield of anaerobic reactors have been greatly improved, and the investment cost and operating cost have been effectively reduced.

 

　　The IC reactor is a highly efficient anaerobic reactor based on granular sludge. The organic matter (COD, BOD5) in the wastewater is converted into biogas and a small amount of anaerobic sludge. The biogas is separated from the water and enters the subsequent treatment system or is used for power generation.

　　The IC reactor is particularly suitable for wastewater containing high concentrations of calcium ions

The conversion of organic matter follows the following model:

The transformation of organic matter follows the following model:

◆ It can treat high-concentration wastewater, especially for some macromolecular organic matter that is difficult to degrade, which is not obvious for aerobic treatment;
◆ It does not require oxygen supply, which greatly reduces operating costs. The energy consumption is only 10-15% of the aerobic treatment process, and the anaerobic process produces renewable energy - biogas;
◆ The biogas produced in the anaerobic treatment process is mainly composed of methane and carbon dioxide, and the methane content is usually 60-65%. Therefore, biogas is a combustible gas with a high calorific value, and its calorific value is about 5000-6500kcal/m³;
◆ The use of biogas is basically based on its heat generation capacity, such as various small burners, boilers, gas generators, etc.

 

 

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