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The biomass recycling industrial park

The biomass recycling industrial park is centered on biomass thermoelectric projects, and gathers biomass high-value utilization, biogas engineering and organic fertilizer projects to form a biomass energy recycling economy model, which can effectively deal with all kinds of organic waste, and produce clean energy and high-value products. It has the characteristics of new energy, new materials, circular economy, energy saving and environmental protection.

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Schematic diagram of biomass recycling Industrial Park

The biomass recycling industrial park realizes the regeneration and maximum utilization of biomass waste through two cycles.

One is to deal with organic waste, generate clean energy (green electricity, clean thermal energy, biological natural gas), bio-based materials and organic fertilizers, realize internal energy recycling, turn by-products into waste into treasure, improve energy efficiency, emission reduction and efficiency.

The other cycle is to provide clean energy to the outside after the above internal energy and by-product cycle, so as to realize the external cycle. At the same time, the whole circular industrial park can provide the park with clean and low-cost heat energy, and drive the development of enterprises in the park, surrounding agricultural processing industry, traditional Chinese medicine extraction, efficient and green agriculture, etc.

The combination of internal and external circulation in the industrial park effectively improves the utilization rate of biomass resources, promotes the development of agriculture, forestry, animal husbandry and sideline industries in the region, and improves the local ecological environment.

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The entire industrial park can be provided with energy by the thermal power project, which improves energy efficiency and also realizes self-sufficiency in internal energy circulation.

The industrial park can absorb all kinds of organic waste, produce green electricity, clean heat energy, biological natural gas, bio-based materials, organic fertilizer and other biomass energy, and realize the internal energy cycle; The inflow of clean energy and organic fertilizer into the farmland in the basin not only improves the soil quality and promotes the development of agriculture, but also returns agricultural waste to the industrial park to realize the external circulation and the overall internal and external circulation.


Technical advantages

  • 01


    High value utilization of biomass
     High value utilization of biomass by hydrolysis extraction process, hemicellulose hydrolysis treatment to obtain biological materials.
    Technical Advantages:
    1, waste water recycling, save water resources, improve the content of hydrolysate, increase the hydrolysis effect; 2, evaporator waste heat utilization, reduce energy consumption, improve energy utilization efficiency; 3, multi-stage distillation, improve the purity of the product, more than the national superior grade standards.

  • 02


    Biomass cogeneration
     Biomass cogeneration is a process of direct combustion of agricultural and forestry wastes to produce clean electricity and heat.
    Technical Advantages:
    1, unique biomass collection, storage, transportation system, raw materials of high quality and low price; 2, Denmark full set of boiler technology, simple structure, full combustion; 3, professional personnel, stable operation of 8000h, annual power generation of 235 million KWh.

  • 03


    Methane gas engineering
     Biogas project is an energy project that processes agricultural waste and produces biogas through anaerobic fermentation technology.
    Technical Advantages:
    1, raw material pretreatment (hydrolysis) technology - and cellulose hydrolysis technology; 2. Solid-liquid separation + biogas slurry reflux technology, biogas slurry treatment mode; 3. Two-stage anaerobic fermentation technology ensures adequate fermentation and stable operation.

  • 04


    Organic fertilizer
     Organic fertilizer is the process of producing organic fertilizer products by oxygen-consuming fermentation of wastes rich in organic matter, and then using molding granulation technology. Cogeneration, biogas engineering byproducts such as grass and wood ash, biogas residue can be used as organic fertilizer raw materials, into the oxygen consumption fermentation link, through high temperature fermentation, through compost granulation technology can directly produce organic fertilizer. On the one hand, the return of organic fertilizer to the cultivated land in Hetao plain could improve the soil characteristics, adjust the soil acidity and alkalinity, and improve the microbial community. The other side slows soil compaction, increases soil permeability, increases organic matter content, and gradually circulates, which can improve the local ecological environment.