最好看的2019年中文视频-亚洲综合区-免费成年人视频-国产精品手机在线-国产丝袜av-久久精品不卡-两个小y头稚嫩紧窄h文-在线视频1卡二卡三卡-国产一区美女-91色吧-乳色吐息在线看-日本少妇久久久-日本泡妞xxxx免费视频软件-超碰97人人在线-色哟哟官网-萌白酱一区二区-高跟91娇喘-玖玖爱这里只有精品-国产综合精品视频-亚洲性综合网

Jiangsu Daji Environmental Industry Food Waste Biogas Resource Utilization Project employs CAT? (Caterpillar) CG132B generator sets to achieve efficient energy conversion from biogas. The designed processing capacity is approximately 250 tons per day. Adhering to the principles of maximizing resource utilization and minimizing pollutant emissions, the project integrates concepts of clean production, comprehensive resource utilization, ecological design, and sustainable consumption, aiming to accomplish the goals of resource recovery, harmless treatment, and waste reduction for wet waste.

The papermaking enterprise utilizes biogas recovered from wastewater through a circular system, employing two CAT? (Caterpillar) CG170-16 gas generator sets. The annual power generation reaches approximately 25 million kWh, resulting in over 20 million yuan in yearly production cost savings. This initiative effectively reduces the enterprise's energy expenses and decreases greenhouse gas emissions.

Project Background: The Pingyang County Food Waste Recycling and Resource Utilization Center PPP Project is a key livelihood project in Pingyang County, receiving high-level attention from provincial and municipal leadership. Located at No. 29 Meipu Road, Qianjin Village, Aojiang Town, Pingyang County, the project covers a total construction land area of 17,857.2 square meters, with a building area of 5,112.92 square meters. The project is designed for a food waste processing capacity of 175 tons per day (including 120 t/d of restaurant waste, 50 t/d of kitchen waste, and 5 t/d of waste oil). Major structures include a pretreatment workshop, wastewater treatment workshop, biogas treatment system, comprehensive office building, and other facilities, with a total investment of approximately 120 million yuan.

Project Background: This project has a total processing capacity of 530 t/d, comprising 200 t/d of kitchen waste, 300 t/d of restaurant waste, and 30 t/d of waste cooking oil. Guided by the principles of maximizing resource utilization and minimizing pollutant emissions, the project integrates clean production, comprehensive resource utilization, ecological design, and sustainable consumption to achieve the resource recovery, harmless treatment, and waste reduction of wet waste.

Project Background: This project has a total processing capacity of 530 t/d, comprising 200 t/d of kitchen waste, 300 t/d of restaurant waste, and 30 t/d of waste cooking oil. Guided by the principle of maximizing resource utilization and minimizing pollutant emissions, it integrates clean production, comprehensive resource utilization, ecological design, and sustainable consumption to achieve the treatment objectives of resource recovery, harmless treatment, and waste reduction for wet waste.

Project Background:
This project covers a site area of 8.8 mu with a total investment of 880 million yuan. It has a processing capacity of 530 t/d, including 350 t/d of kitchen waste, 150 t/d of restaurant waste, and 30 t/d of waste cooking oil. Guided by the principle of maximizing resource utilization and minimizing pollutant emissions, the project integrates clean production, comprehensive resource utilization, ecological design, and sustainable consumption to achieve the treatment goals of resource recovery, harmless treatment, and waste reduction for wet waste.

Project Background: The project is located within the Liming Environmental Protection Industrial Park in Caolu Town, Pudong, Shanghai. Phase I involves the installation of two 1,200 kW biogas generator sets, while Phase II adds one 1,560 kW biogas generator set. All generated electricity is fed into the grid for sale. In later stages, three additional outdoor containerized biogas generator sets will be deployed to accommodate increased food waste processing capacity.

Project Background: This project is located adjacent to the Shounong Dairy Farm. While treating wastewater from the dairy farm, it co-processes surrounding biomass straw and food/kitchen waste from Dingzhou City. By generating biogas for power and upgrading it to bio-natural gas, the project achieves high-value utilization of biogas. The digestate is converted into bio-organic fertilizer. This approach effectively addresses air pollution caused by straw burning and livestock waste contamination, while simultaneously realizing resource recovery from waste materials.

Project Background: Xuzhou Guoxin Biomass Energy Technology Co., Ltd. was established in 2016. Its primary business activities include biomass power generation, straw biogas power generation, solar power generation, electricity supply, biomass gas production and supply, straw collection and livestock waste treatment, biomass energy technology consulting services, and food/kitchen waste processing. The Peixian Distributed Agricultural and Forestry Biomass Project is designed with three 2MW generator sets, with Phase I utilizing one 2MW biogas generator set.

Project Background: Hangzhou Environmental Group is primarily engaged in environmental protection businesses including front-end collection and transportation of municipal solid waste, ecological landfilling, incineration treatment, biogas power generation, wastewater treatment, environmental monitoring, and environmental design consulting. Across landfill projects such as Tianziling (Hangzhou), Huangyan, and Yiwu, the Group has deployed a total of 16 Cat? 3516 generator sets.