The market size of this technology Genetically modified biotechnology is not only a solid waste treatment solution, but also an ecological industry

my country produces more than 10 billion tons of solid waste every year, including nearly 4 billion tons of livestock and poultry waste, about 1 billion tons of major crop straw, about 3.3 billion tons of general industrial solid waste, and about 200 million tons of domestic waste in large and medium-sized cities. The amount of solid waste generated is on the rise.

Solid waste treatment industry is an emerging industry. With the strong support of garbage classification policies in recent years and the construction of "zero-waste cities", the industry development has gradually entered a blowout period. The construction of organic solid waste treatment projects tends to focus on resource utilization, scientific and technological innovation, large-scale collaborative treatment, and networking and intelligent project operation and management.

From the current industrial perspective, there are few comprehensive utilization enterprises in the industry, with small scale and low industrial concentration. Most of them are at the primary and low end of the industrial chain and lack independent advanced core technologies and innovation capabilities. At the market level, due to lagging technology, product standards and market supervision, and imperfect regulations and standards, comprehensive resource utilization products have low market recognition and are difficult to promote on a large scale. At the technological innovation level, there is an urgent need to solve problems such as lack of systems, insufficient scientific and technological support, and shortage of engineering and technical personnel.

New entrants have a short construction time and a long operating time. They lack technology, experience, capital and brand power and often compete for government organic solid waste treatment projects at lower prices. In the long run, companies that enter the market early and already have technical and management advantages will have comprehensive competitive advantages.

Current status of biotechnology development and its application

China's solid waste industry has entered a stage with comprehensive environmental services as its core, and various companies are actively looking for ways to develop rapidly and on a large scale.

Compared with other traditional waste treatment and disposal methods such as landfill and incineration, biological treatment technology mainly treats the organic components in the waste. Biological treatment technology can not only reduce the amount of organic solid waste, but also turn waste into treasure, converting waste into organic fertilizer and energy products such as biomass natural gas. Biological treatment technology is a treatment technology that uses microorganisms to decompose solid waste. Biological treatment technology mainly includes aerobic composting technology, anaerobic fermentation technology and bioconversion. The organic solid waste treated includes sewage sludge, kitchen waste, agricultural straw, garden waste, livestock and poultry manure, food processing industry waste, etc.

At present, the resources and energy generated by biological treatment technology are of many types, have great differences in quality and are scattered in distribution. The existing collection and transportation systems and energy utilization methods are all considered from a single category, and no coupling synergy effect has been formed, resulting in difficulties in collecting and transporting the entire amount and difficulty in making sustained profits.

Biological solid waste treatment technology is still making breakthroughs, and its application scope is also expanding. Researchers at the Wuhan Institute of Geomechanics, Chinese Academy of Sciences, found that microbial mineralization technology is effective in improving the strength of solid waste and stabilizing heavy metals. Compared with traditional cement-based solidification and stabilization, microbial reaction materials have less disturbance, and the mechanical compatibility between bioadhesive products and matrix particles is good. The bonding strength of materials produced by microbial methods under specific conditions is much higher than that of cement, and can maintain the matrix. water permeability and higher environmental stability. Microbial mineralization technology is conducive to the utilization of solid waste materials as geotechnical materials, and the solidification process does not emit carbon dioxide.

What is the outlook and trend of the industry in 2022? If you want to know more detailed analysis of the industry, please click to view the "2022-2027 Solid Waste Treatment Industry In-depth Research and Future Development Status Trend Forecast Report" published by China Research Institute.