Ecological restoration technology and environmental governance

Ecological restoration technology in the Beijing Tianjin Hebei region Regional environmental governance collaborative technology Consumption collaborative control technology Ecological restoration technology in the Beijing Tianjin Hebei region. Water source conservation, soil and water conservation, wetland restoration, farmland ecological protection, rural environmental improvement, comprehensive management of agricultural non-point source pollution, comprehensive management of groundwater overexploitation, restoration of marine ecological functions, restoration of coastal wetlands, and ecological environment management of estuaries. Collaborative Technology for Environmental Governance in the Beijing Tianjin Hebei Region. Regional environmental quality, environmental resource carrying capacity, public monitoring and warning of environmental pollution, and information sharing. Collaborative control technology for resource and energy consumption. Energy efficiency and material efficiency control including energy consumption, water consumption, land consumption, pollutant emissions, and environmental quality, power generation from sludge and household waste, resource utilization of kitchen waste, recycling, dismantling, and recycling of waste electronic equipment and household appliances. Key areas of environmental pollution control technology. Upgrading and renovating sewage treatment plants in urban and industrial parks, stabilizing, harmless, and resourceful sludge treatment, large-scale clean production and pollution prevention of livestock and poultry farms, clean and efficient utilization of coal, monitoring and warning of biological toxicity and environmental risk prevention of drinking water sources in rural winter for clean heating, watershed environmental remediation, ecological restoration of rivers and lakes, soil pollution control and restoration of black and odorous water bodies, Full process monitoring of hazardous chemicals and hazardous waste.