秦皇岛港股份有限公司

Climate Impact & Sustainability Data (2021, 2022)

Water Consumption:3.73 million tons (373 万 t)

Achieved significant energy saving and emission reduction through various projects (岸电建设、引热进港、防尘罩棚、公转铁、一线双机配煤、智能洒水、能源管理、粉尘监测监控等重点项目和“散改集”等试点示范项目)
Improved air quality in Qinhuangdao Port area to meet secondary air quality standards (可吸入颗粒物（PM10）和细颗粒物（PM2.5)年均浓度值均达到了空气质量二级标准)
Coastal waters reached Class I seawater quality standards (港口近岸海域水质达到一类海水水质标准)
270 tons of marine debris cleaned up (清捞海域垃圾 270t)

Organized environmental protection training for 722 employees (公司共组织管理人员、生产操作人员 722 人次参加环境保护专项培训)
Established provincial and municipal ecological environment education bases (创建省市两级生态环境教育基地)
Organized various environmental protection themed activities (组织开展“六五”世界环境日、世界水日、世界地球日、全国节能宣传周和低碳日等主题宣传活动)

Established an ecological environmental protection committee and an energy saving and emission reduction management leading group (成立以董事长为第一责任人的生态环境保护委员会和节能减排管理领导小组)
Developed a series of environmental protection and energy saving assessment regulations (制定了《秦皇岛港股份有限公司节能节水管理办法》《秦皇岛港股份有限公司节能节水考核办法》《秦皇岛港股份有限公司卫生环保系统季度综合管理考核标准》《秦皇岛港股份有限公司环境保护现场检查考核细则(试行)》等系列环保与节能考核评价规章制度)
Implemented energy management systems and environmental management systems (率先开展能源管理体系和环境管理体系建设工作)

Long-term Goals:

Decreasing cargo throughput leading to increased energy consumption (因吞吐量逐年下降，秦港股份港口综合能耗呈上升趋势)

Increased the proportion of clean energy, resulting in a significant decrease in carbon emission intensity (但因清洁能源占比实现了较大提高，二氧化碳排放强度呈明显下降趋势)

Water Consumption:482 million tons (2022)

Achieved 'Four-Star' Green Port certification for Qinhuangdao Port's Coal Terminals III, IV, and V, and 'Three-Star' certification for Cangzhou Ore Terminal berths 1 and 2. Coal Terminal V also received the 'Asia-Pacific Green Port' award.
Reduced PM10 and PM2.5 concentrations to meet air quality secondary standards for three consecutive years.
Achieved 79% non-traditional water source utilization rate in 2022, a 4% increase from 2021.
Implemented comprehensive dust control measures, including intelligent sprinkler systems, belt washing devices, and shell-forming agents.
Completed the closure of all seawater discharge outlets, achieving zero seawater discharge.
Successfully implemented water resource recycling by using treated dust-laden wastewater for dust suppression.

Organized regular “Citizen Open Days” at the port to foster port-city integration and showcase the port's development.
Established a long-term mechanism for compiling port area pollutant emission inventories.
Launched various environmental protection campaigns, including those for World Environment Day, World Water Day, and Earth Day.
Developed and implemented a multi-modal transport demonstration project.
Successfully completed the first green electricity transaction in 2022, purchasing 24 million kWh of green electricity.

Established a leadership group for green port construction with the chairman as the first responsible person.
Implemented a tiered environmental protection and energy conservation assessment mechanism.
Established a comprehensive ecological environment intelligent control system.
Developed a multi-modal transport demonstration project, including the “Shijiazhuang International Inland Port-Qinhuangdao Port-Incheon, South Korea” route.

Short-term Goals:

By 2025, establish a green, low-carbon, and circular development economic system, achieving breakthroughs in energy saving and consumption reduction, green electricity application, and environmental protection.

Implementation of comprehensive dust control measures, including intelligent sprinkler systems, belt washing devices, and shell-forming agents.
Development and implementation of a carbon peak and carbon neutrality action plan.
Large-scale procurement of green electricity.
Promotion of energy-saving technologies, such as permanent magnet motors.
Construction of high-voltage shore power facilities and mobile low-voltage shore power systems.
Implementation of solid waste resource utilization measures.
Establishment of a comprehensive ecological environment intelligent control system.