As the largest wet waste recycling facility in Shanghai, the Shanghai Bioenergy Reuse Project is a major municipal-level livelihood project and a guarantee facility for the entire classification of domestic waste in Shanghai. It also promotes waste classification and realizes recycling of domestic waste. , An important measure of reduction and harmless treatment.

        The construction site of the second phase of the Shanghai Bioenergy Reuse Project is located in Laogang Town, Pudong New Area, with the current forest land in the east, the current forest land in the south, the water diversion canal road in the west, and the land boundary of the first phase of bioenergy in the north. The project is invested and constructed by Shanghai Laogang Solid Waste Comprehensive Development Co., Ltd., and the EPC project is undertaken by Shanghai Municipal General Administration and Shanghai Construction Engineering Fourth Construction Group. The processing scale of the project is 1500 tons/day, including 900 tons of food waste/day and 600 tons/day of kitchen waste. After completion, the scale of wet waste treatment at Laogang Base will reach 2500 tons/day, which will greatly increase the wet waste treatment capacity in Shanghai and provide facilities for the entire classification and disposal of domestic waste in Shanghai.

Figure | Shanghai Bioenergy Reuse Project Effect Picture

        This time, HEEE successfully won the bid for the second phase of the Shanghai Bio-energy Reuse Project, the general contracting of the low-concentration anaerobic digestion system equipment procurement and accompanying service project, which is the second phase of the Shanghai Bio-energy Reuse Project (Shanghai Municipal General Administration undertakes the EPC After the project, HEEE provided a biogas purification storage system), it cooperated again with the Shanghai Municipal General Institute. Hangneng Environment will use the "pretreatment + anaerobic digestion" process to treat wet waste throughout the entire process, so as to realize the recycling and harmlessness of kitchen waste and kitchen waste. The project includes 8 anaerobic fermentation tanks, each with an effective volume of 9,200 cubic meters, and the designed processing scale is 1,600 tons/day of the pretreatment slurry of kitchen waste and kitchen waste (solid content rate ≤ 15%). The total biogas output can reach 146,880 cubic meters per day.

Figure | Shanghai Bioenergy Reuse Project Phase II Anaerobic Link Effect Picture (Scan the code to view the BIM model