Manufacture_Biogts Energy(shanghai)Co.,Ltd.

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BIOGTS® Energy has independently researched and developed new biogas technology, and cooperated with European manufacturers for more than 20 years. BIOGTS® tailors the equipment for customers by importing major functional components and cooperating with domestic production and processing facilities.

In addition, BIOGTS® Energy can build the biogas plant on the ground as a whole, realizing modular management of the equipment and minimizing the amount of foundation and foundation work required.

All the equipment can be automatically , controlled remotely, not affected by any weather conditions, it’s safe and reliable.

Dry anaerobic fermentation technology	Traditional biogas process
Dry fermentation; can handle garbage with high solid content , the maximum solid content of raw materials can reach 40%	Wet fermentation; the solid content of the operable reactants is up to 15%, and 85% of the reaction tank is water, and heating is required
More types of waste can be processed (domestic waste disposal is original)	Only for human and animal excrement, agricultural organic waste
The investment cost is reduced by 30%, and the investment return cycle is significantly shortened	Higher investment cost, longer investment return period
Installation time only takes 2 months	Installation time 12-16 months
Higher degree of integration for remote monitoring and technical support	Requires experienced workers to operate, unable to control online
The labor cost is greatly reduced, only 1/5 of the traditional factory, the training time is shorter	Requires more manpower
Use the horizontal plug flow biogas process, which can be maintained without downtime, and the maintenance process is safer	Maintenance needs to be shut down, and there are certain safety risks in the maintenance process
The treated biogas slurry and biogas residue has better activity and can be processed into high-quality organic biological fertilizer	Biogas slurry has more impurities, and there is a lot of wastewater that needs further treatment
70% reduction in operational energy consumption	Higher operational energy consumption
The heat energy consumption used for heating the reactants in the reaction tank can be reduced by about 48%	Need more heat to heat the reactants
A better heat insulation system reduces the heat loss of the surface area of the reaction tank by 72% and the plant area by 70%	More heat energy is lost from the surface of the reaction tank, requiring more land area