BioGTS® Biorefinery Biorefinery is a new biorefinery concept that can efficiently process organic waste and convert it into renewable energy, motor vehicle biomass fuel, chemicals and fertilizers. This concept is based on the innovative combination of biodiesel and biogas technology.

The easy-to-expand BioGTS® biorefinery is perfect for distributed energy production of organic waste and process residues. BioGTS® Biorefinery Biorefinery is based on the innovative combination of biodiesel and biogas technology, integrating the advantages of BioGTS® Biogas and biodiesel technology into one. The optimization results are: in the closed cycle process, the waste heat and remaining materials in the production process can be 100% continuously used in the parallel process. The advantages of integrated technology are reflected in more efficient production processes and more efficient energy utilization, and the profit and operation of the entire plant can be optimized through different forms of end products.

BioGTS® biorefining reactor technology is based on a cost-effective modular design, which can be easily expanded according to customer needs, and is also perfectly suitable for distributed energy production. The competitive advantages of BioGTS® Biorefinery include: low investment and low operating cost, compact reaction tank structure, efficient process flow, wide selection of raw materials, and flexibility. The process flow is adaptable to different raw materials and easy Expansion and plug-in installation.

Organic combination of biodiesel and biogas production-synergistic benefits in parallel processes

BioGTS® Biorefinery uses a compact, cost-effective factory prefabricated reaction tank. The prefabricated module can make the reactor construction cycle shorter. This kind of reaction tank requires less floor space, which can realize on-site installation and quick start-up, which is convenient for expansion. The whole process uses continuous and fully automated operation technology, which is easy to use.

Bio Biotechnology Biogas Technology

◎ The process is based on biological anaerobic fermentation to produce biogas and organic fertilizer or soil improvement media

◎ Wide selection of raw materials-municipal solid waste, biodegradable waste from industry and agriculture

◎ Push flow operation, horizontal container type reaction tank

◎ The production process is flexible, and it can be divided into dry and wet anaerobic digestion processes according to the quality of the raw materials used. Can handle feeds up to 40% solids

◎ The energy output per unit volume of the reaction tank is high, especially in the dry process

Bio-Tech Biodiesel Technology

◎ Wide range of raw materials:
> Biodegradable waste oil and waste fat from food industry, restaurants and municipal
waste . In the traditional esterification technology, the raw materials must not contain any moisture

◎ This new generation biodiesel production process to achieve zero water consumption, chemical consumption and hardly
> conventional esterification techniques biodiesel production per one cubic meter of purified water consumes 3-4 cubic meters

◎ High cost-effective reaction tank structure reduces production costs

◎ The investment return period is short, generally only 1-3 years

◎ High output, easy to expand-the daily output of biodiesel can reach 2000-50000 liters

◎ The required land area and the surface area of ​​the reaction tank are small: for example, 10 × 12 meters

◎ Quick installation and start-up: 2-4 weeks

◎ Easy to use, continuous work, fully automated, remote monitoring

Bio Biotechnology Biogas Technology

◎ The process is based on biological anaerobic fermentation to produce biogas and organic fertilizer or soil improvement media

◎ Wide selection of raw materials-municipal solid waste, biodegradable waste from industry and agriculture

◎ Push flow operation, horizontal container type reaction tank

◎ The production process is flexible, and it can be divided into dry and wet anaerobic digestion processes according to the quality of the raw materials used. Can handle feeds up to 40% solids

◎ The energy output per unit volume of the reaction tank is high, especially in the dry process

Bio-Tech Biodiesel Technology

◎ Wide range of raw materials:
> Biodegradable waste oil and waste fat from food industry, restaurants and municipal
waste . In the traditional esterification technology, the raw materials must not contain any moisture

◎ This new generation biodiesel production process to achieve zero water consumption, chemical consumption and hardly
> conventional esterification techniques biodiesel production per one cubic meter of purified water consumes 3-4 cubic meters

◎ High cost-effective reaction tank structure reduces production costs

◎ The investment return period is short, generally only 1-3 years

◎ High output, easy to expand-the daily output of biodiesel can reach 2000-50000 liters

◎ The required land area and the surface area of ​​the reaction tank are small: for example, 10 × 12 meters

◎ Quick installation and start-up: 2-4 weeks

◎ Easy to use, continuous work, fully automated, remote monitoring