03/30/2021 | Press release | Distributed by Public on 03/30/2021 06:25
Form 20-F
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X
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Form 40-F
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Yes
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No
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X
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Report Information
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2
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Letter from Chairman
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5
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Board's Statement on ESG Governance
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7
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About Us
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8
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Recognitions and Awards
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8
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Topic 1: Concerted Efforts to Fight Against the Covid-19 pandemic
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10
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Topic 2: Achieving Poverty Eradication Goals with Unwavering Commitment
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14
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1.
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Corporate Governance
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18
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1.1
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Development Strategy
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18
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1.2
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Board of Directors
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19
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1.3
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Business Integrity and Operation Compliance
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21
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1.4
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Risk Management
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24
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1.5
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Sustainability Management
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24
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1.6
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Technological Innovation
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30
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2.
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Addressing Climate Change
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33
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2.1
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Management of Climate Actions
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33
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2.2
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Energy Saving and Emission Reduction
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36
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2.3
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Energy Transition
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43
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2.4
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Optimising Energy Structure
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47
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3.
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Environmental Protection
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48
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3.1
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Environmental Management System
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48
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3.2
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The Green Enterprise Campaign
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51
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3.3
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Atmospheric Pollutants Control
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53
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3.4
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Solid Waste Management
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54
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3.5
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Water Resource Management
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56
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3.6
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Land Resource Management
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58
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3.7
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Preventing Leak and Spill of Hydrocarbons
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58
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3.8
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Biodiversity Protection
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59
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4.
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Safety Management
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61
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4.1
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Safety Management System
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61
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4.2
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Workplace Safety
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62
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4.3
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Contractor Safety
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63
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4.4
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Logistics Safety
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64
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4.5
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Information Security
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65
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4.6
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Security
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65
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5.
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Respecting Human Rights
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67
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5.1
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Respecting and Protecting Human Rights
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67
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5.2
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Employee Health
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68
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5.3 |
Employee Training and Development
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70
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5.4
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Caring for Employees
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71
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6.
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Contributing to Society
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73
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6.1
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Responsible Value Chain
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73
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6.2
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Community Engagement and Development
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74
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6.3
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Product and Service Management
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75
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6.4
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Contributing to Philanthropy
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76
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Key Performance
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79
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Environmental Performance
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79
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Social Performance
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80
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Independent Assurance Report
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84
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Report Content Indexes
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89
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HKEX ESG Reporting Guide Content Index
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89
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UNGC Ten Principles Index
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92
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TCFD Index
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92
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UNGC Advanced Level Criteria Index
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93
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Feedback
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96
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Exploration and Production
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•Sinopec Corp.'s main oil and gas assets are located in China. Overseas, we only participate in four joint projects overseas, including Taihu in Russia, Block 18 in Angola, CIR in Kazakhstan, and Mansarovar in Colombia respectively, and there is not any other oil and gas assets overseas.
•As of the end of 2020, our proved reserves of oil and gas totalled 1,542 mmbbls and 8,191 bcf respectively.
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Refining
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•Sinopec Corp.'s primary refining facilities are located in China. Overseas, we only invest in a refining joint venture project in Yanbu, Saudi Arabia.
•In 2020, we processed 240 million tonnes of crude oil and produced 140 million tonnes of refined oil products.
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Marketing and Distribution
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•Sinopec Corp. has a comprehensive refined oil products distribution network consisting of 30,713 service stations, and sold a total of 220 million tonnes of refined fuel products in 2020.
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Chemicals
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•Sinopec Corp.'s primary chemical production facilities are located in China, producing synthetic resin, synthetic fibre, synthetic rubber and other petrochemical products. The only overseas projects include the Sibul project in Russia and the Amur project under construction.
•In 2020, we produced 12.06 million tonnes of ethylene.
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International Trade
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•Sinopec Corp. is the largest trader of crude oil in China.
•Sinopec Corp. engages in the international trade of crude oil, refined oil products and chemical products.
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Technology R&D
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•We have four State Key Laboratories, five National Engineering Research Centres, a National-Provincial Joint Engineering Research Centre, a National Engineering Lab, four National Energy R&D (Experiment) Centres, a National Testing and Evaluation Platform, and two State-Certified Enterprise Technology Centres.
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•Ranked No.1 of Fortune 500 China in 2020
•Named one of the 2020 Best Practices of Companies Achieving Sustainable Development Goals - United Nations Global Compact
•Won the title of China Low Carbon Model for the 10th consecutive year
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•Named one of the Golden Bauhinia-Outstanding Listed Companied in the 30th Anniversary of the Capital Market by China Securities
•Won the title of Environmentally and Socially Responsible Enterprise
•Won the title of 2020 Green Development Demonstration Enterprises
•Included in the Top 50 Targeted Poverty Alleviation Award of Chinese Enterprises
•Included in the Top Ten 'Beautiful China, We Act' Public Engagement Programmes
•Won the 2020 Golden Responsibility Award - Best Responsibility Achievement Award\
•Won the Special Contribution to Fight the Pandemic Award
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The 500 tonne-per-year melt-blown cloth production line of the Sinopec Yizheng Chemical Fibre Plant started operation on March 29, 2020.
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Distributing free masks to customers during the pandemic
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EasyJoy convenience stores started selling grocery to help both farmers sell their produce and local residents to get daily necessities.
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Coordinated the compilation of the Pandemic Prevention and Control Guidelines for Service Stations, and all employees were aware of the pandemic prevention and control requirements;
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Developed the 'Eight-Step Refuelling Procedure for Pandemic Control' to better protect the safety of employees;
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Strengthened counselling to protect employees' physical and mental health, provided psychological counselling to high-risk groups identified, and invited health experts to give employees lectures on pandemic prevention guidelines;
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Launched the 'Sinopec Pandemic Hotline' and organised a team of more than 5,000 volunteers to help employees deal with the stresses during the pandemic;
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Conducted surveys on the mental health of overseas employees and provided help to those with needs, organised cultural and sports activities, and provide assistance to employees with mishaps in their families;
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Offered free health diagnosis and consultation for the employees and their families on the internet.
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Beijing Petroleum Company conducted live broadcasting to promote the sales of agricultural products from Hubei at EasyJoy convenient stores.
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Overview of Sinopec's Poverty Alleviation Achievements
•RMB 2.4 billion+ of poverty alleviation funds invested cumulatively, including RMB 190 million invested and RMB 45.88 million of poverty alleviation funds facilitated in 2020
•989 poverty alleviation projects implemented
•750 designated poverty alleviation target villages lifted out of poverty
•1,945 poverty alleviation volunteers dispatched cumulatively, 15,318 grassroots officers and 21,669 technicians trained during the year
•Nearly 3,000,000 low-income population benefited
•The Sinopec Poverty Alleviation Model was highly recognised with its comprehensive approach
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List of Designated Poverty Alleviation Target Counties Achieving Poverty Alleviation Goals
•Yuexi County, Anhui Province, August 2018
•Bangor County, Tibet Autonomous Region, February 2019
•Yingshang County, Anhui Province, May 2019
•Yuepuhu County, Kashgar Prefecture, Xinjiang Uygur Autonomous Region, February 2020
•Fenghuang County, Hunan Province, March 2020
•Luxi County, Hunan Province, March 2020
•Zeku County, Qinghai Province, April 2020
•Dongxiang Autonomous County, Gansu Province, November 2020
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Poverty alleviation through industrial development
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•Focusing on income generation, we leveraged local natural resource endowment to develop specialty poverty alleviation industries such as growing, animal husbandry, and processing, and connected various resources to establish a long-term poverty alleviation mechanism through commercialisation.
•In 2020, we implemented 16 poverty alleviation projects focusing on industrial development, benefiting over 30,000 low-income population.
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Poverty alleviation through product
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•Following the 'one county, one product' concept, we established a dedicated product marketing team to develop brand recognition for specialty products from poverty-stricken counties, such as quinoa from Dongxiang County, yak beef jerky from Zeku County, duck
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marketing
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eggs from Yingshang County, and mulberry stick fungus from Yuexi County.
•Developed a product selection mechanism and a traceability mechanism to ensure both the quality and the authenticity of the poverty alleviation purpose of the products being marketed.
•Allocated a dedicated display shelf for poverty alleviation products in 28,000 EasyJoy conveniences stores, providing the marketing access to reach consumers for products from poverty-stricken areas.
•Promoted the sales of poverty alleviation products by giving the products access to our online and offline sales channels for poverty alleviation products, such as EasyJoy online store, Sinopec employee crowd purchase online store, and Shengda Super Market, and prioritising them for corporate procurement.
•In 2020, the Company helped marketed RMB 480 million worth of products from poverty-stricken areas.
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Poverty alleviation through education support
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•Improved education facilities such as classrooms and dormitories in poverty-stricken areas.
•Supported 1,560 students from low-income families with RMB 950,000 through the Sinopec Student Grant programme.
•Organised Sinopec Summer/Winter Camps, Winter Olympics Camps and other activities for students from targeted poverty counties.
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Poverty alleviation through promoting employment
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•Launched special hiring sessions in targeted poverty counties during the pandemic and provided over 1,400 job opportunities.
•Besides the special hiring sessions in targeted poverty counties though a third party, the Company also carried out recruiting events in eight targeted poverty alleviation counties.
•Built poverty alleviation workshops in poverty-stricken areas to help create job opportunities for low-income population, especially women.
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Sea Change in Dongxiang
Dongxiang County, Linxia Hui Autonomous Prefecture, Gansu Province, is located at the intersection of the Loess Plateau and the Qinghai-Tibet Plateau. With mountainous terrain, barren soils, and severe shortage of water, Dongxiang, the only ethnic minority autonomous county for the Dongxiang ethnic minority, was deeply impoverished.
Since Dongxiang County became the designated assistance target for Sinopec in 2013, we have invested a total of RMB 450 million and implemented a series of poverty alleviation projects, and effectively addressed the most urgent livelihood challenges of the local people. In November 2020, Dongxiang County was officially lifted out of poverty, marking another victory along the journey of enter an all-round well-off society with 'on one left behind'.
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Promoting quinoa growing in Dongxiang County
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Photovoltaic power generation project in Dongxiang County
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Sinopec volunteers helping with rice harvest
Breaking infrastructure bottlenecks
Water shortage is the primary problem in Dongshan County. We spent over RMB 67 million to lay water pipelines, build and renovate reservoirs, install household tap water, build a water quality inspection centre, and develop a tap water intelligent management system, to bring safe and convenient tap water to the homes of villagers in the Bulengou Valley.
Besides household tap water, we invested another RMB 100 million to upgrade village roads, replacing the old dirt roads, which were 'dusty when sunny and muddy when rainy', with concrete ones. We also supported 56 villagers in Bulengou Village to build houses, and supported housing renovation projects that benefited 1,335 households, including virtually all the registered low-income households in the Bulengou Valley.
Developing specialty produce and industries
In order to accelerate the pace to eradicate poverty, we established a quinoa pilot farm in 2018 with the cooperation of Gansu Academy of Agricultural Sciences. In 2020, there were over 670 hectares of quinoa growing in Dongxiang County, generating higher incomes for 2,149 farming households and over1,600 lowincome villagers working on related businesses. We helped build processing workshops, promoted the 'Dongxiang Quinoa' brand, and developed a 'field to fork' full industrial chain poverty alleviation model including growing, harvesting, procurement, processing, packaging and sales.
We also supported the Bulengou Village Chicken Cooperative, building warm coop and encouraging chicken farmers to have confidence; worked together with the China Foundation for Poverty Alleviation to support homestay tourism in Maxiang Village, Tangwang Township; and established Gansu Agricultural and Animal Husbandry Product Sales Centre and the Yangtze River Delta and Pearl River Delta markets, leveraging our extensive marketing platform to bring over 230 local agricultural products to the nationwide market.
Fostering knowledge and skills
Among the population of 300,000 in Dongxiang County, ethnic minorities account for a relatively high proportion, |
and overall education level is relatively low. Sinopec invested RMB 89.63 million of education poverty alleviation support to build schools and training centres, and support students from low-income families or families with other difficulties. We sponsored the 'Project Hope Care for Girls' programme in Linxia Middle School, providing food, boarding, commuting and living assistance to the 515 girl students study at the school.
We carried out a series of trainings on craft making for local women Longyuan, organised villagers to go to Ningxia to study growing and breeding skills, and hosted advanced capacity building trainings for local veterinarians, Women's Federation poverty alleviation workers, and grassroots village administrators, effectively improving the capabilities and skills of technical personnel and village administrators in Dongxiang County.
With the unwavering support of Sinopec, Dongxiang County has turned into a vibrant new look. During the 14th Five-Year Plan period, we will continue our support to help Dongxiang County further consolidate its poverty alleviation achievements, and make more contributions to build a better Dongxiang.
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'Previously, we mainly grew potato and maise with very low yields. We could only earn about RMB 800 per mu of land each year. Now we grow quinoa, which has greater output and can bring us at least RMB 2,000 yuan per mu of land.'
- Ma Youlong, Villager from Qiaolu Village, Dashu Township, Dongxiang County
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Value creation
To pay greater attention to resource coordination, system optimisation, process reengineering, and stop-loss of non-performing businesses, so as to focus all efforts and resources on value creation and allow all industrial chains to be able to create value.
Market orientation
To optimise organisational structure and adjust the assessment mechanism in accordance with the market allocation of resources, so as to achieve a keen perception of market changes, quick response capability to market demand, and effective influence of market trends.
Innovation driven
To promote comprehensive innovation with technological innovation as the core and optimise systems and mechanisms to encourage innovation, so as to build a technology-driven company and realise technological self-reliance.
Green and clean
To develop cleaner fossil energy and scale up clean energy, vigorously promote pollution control and energy conservation and emission reduction, actively develop and produce environmentally friendly products, so as to make progress towards the 'net zero' carbon emission target and become an industry benchmark for green development.
Open cooperation
To intensify international cooperation and expand mutually beneficial cooperation with various capitals, especially industry leaders, and handle public relations with high-level of sophisticated.
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Talent-cultivation
To attach importance to both capability and integrity, selecting talents based on merits, attract talents, optimise talent attraction and retention mechanism, so as to create strong incentives to attract talents and create an enabling career platform.
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Make recommendations to the Board on the long-term development strategies and significant investment decisions of the Company.
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The Strategy Committee consists of four directors, including Chairman of the Board, who serves as Chairman, and an independent non-executive director, who serves as members.
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In 2020, the Strategy Committee convened three meetings in total, with a 100% attendance rate.
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Responsible for proposing to hire and replace external auditing agencies, supervising the Company's internal audit system and its implementation, handling the communication between internal auditing and external auditing agencies, reviewing the Company's financial information and its disclosure policies, and reviewing the Company's internal control system, etc.
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The Audit Committee consists of three independent non-executive directors, including one independent non-executive director who is an accounting professional.
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In 2020, the Audit Committee convened six meetings in total, with a 100% attendance rate.
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Making recommendations to the Board on the size and composition of the Board, as well as the selection criteria, procedures and candidates for directors and senior management personnel based on the Company's business activities, asset scale and equity structure.
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The Nomination Committee is composed of three directors, including Chairman of the Board, who serves as Chairman, and two independent non-executive directors, who serve as members.
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In 2020, the Nomination Committee convened five meetings in total, with a 100% attendance rate.
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Researching and reviewing the remuneration policies and plans of directors, supervisors and senior management.
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The Remuneration and Appraisal Committee is composed of three directors, including an independent non-executive director, who serve as member.
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In 2020, the Remuneration and Appraisal Committee convened one meeting, with a 100% attendance rate.
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Researching the Company's sustainability policy, governance, strategy, planning, etc., and reviewing the Company's annual sustainability plan and its implementation.
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The CSR Management Committee is composed of three directors, including Chairman of the Board, who serves as Chairman, and two independent non-executive directors, who serve as members.
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In 2020, the CSR Management Committee convened one meeting, with a 100% attendance rate.
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Employees of Sinopec Zhongyuan Oilfield Co. reading materials on Chinese Constitution
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Existing policies
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•Plans on Reforming Supervision Mechanism
•Regulation on the Punishment of Employees who Violate Disciplines or Regulations
•Supervision and Discipline Measures of Sinopec Discipline Inspection and Supervision Team (Trial)
•Opinions on Strengthening Daily Supervision of Discipline Inspection and Supervision Institutions (Trial)
•Guidelines on Strengthening the Prevention and Control of Overseas Integrity Risk
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Policies released in 2020
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•Sinopec Supervisory Committee Working Rules (Trial)
•Whistle-blowing Handling Methods of Sinopec Disciplinary Inspection and Supervision Department
•Case Trial Measures for Disciplinary Inspection Departments of Sinopec Subsidiaries
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Disciplinary education
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Launched the Anti-corruption and Integrity Education Month event with the theme of 'Abiding by Laws, Strengthening Disciplines and Promoting Development', organising employees to study laws and regulations and relevant company policies.
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Cautionary education
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Organised group-wide cautionary sessions, and circulated typical corruption and violation cases for caution, reminding employees to abide by the red line.
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Integrity culture programmes
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Organised online education sessions for employees, and hosted relevant lectures to foster an integrity culture and self-discipline awareness among employees.
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Indicators
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2018
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2019
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2020
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Number of employees participated in anti-corruption trainings (10,000 person-times)
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114.3
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123.8
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105.2
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Coverage rate of anti-corruption trainings (%)
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100%
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100%
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100%
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Number of CPC integrity and anti-corruption trainings organised (10,000 times)
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1.5
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1.7
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1.3
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Number of employees participated in CPC integrity and anti-corruption trainings (10,000 person-times)
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59.6
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67.3
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85.2
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The Company has established an ESG governance framework at both the headquarters and the subsidiary levels:
•The Board of Directors is the top ESG decision-making body, responsible for the overall planning and coordination of its ESG governance.
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•The CSR Management Committee, under the Board of Directors, is responsible for supervising and approving the Company's ESG strategy, targets, and annual plans, and the relevant implementation and evaluation. Both the Strategy Committee and the Audit Committee under the Board of Directors also participate in the deliberation and decision-making of the Company's climate strategy, ESG risk management, and other related issues.
•Our headquarters is responsible for the overall coordination and implementation of the Company's ESG management, and functional departments, such as Energy Management and Environmental Protection, Safety Supervision, Human Resources, Enterprise Restructuring, and Legal are responsible for the daily-to-daily management of specific ESG issues.
•Our subsidiaries operate in accordance with the Company's ESG management policies and procedures.
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Stakeholders
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Key Communication Topics
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Communication Channels
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Government and Regulators
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•Business ethics and anti-corruption
•Risk management and operation compliance
•Invest in new energy
•Respond to climate change
•Ensure energy security
•Taxation & job creation
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•Daily communication and reporting
•Discussion and seminar
•Project approval
•Government supervision and regulation
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•Research and innovation
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Shareholders
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•Business performance
•Research and innovation
•Respond to climate change
•Promote energy transition
•Risk management and operation compliance
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•Information disclosure required by law
•Performance release and meeting
•Teleconference and online interaction
•Investor hotline
•Investor visit
•Capital market conference
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Customers
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•Improve quality of products and services
•Accelerate smart transformation
•Invest in new energy
•Ensure energy security
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•Daily service communication
•Customer visits
•Questionnaire survey
•Website, WeChat and other online media
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Employees
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•Workplace health and safety
•Training and career development
•Diversity and equal opportunity
•Respect human rights
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•Employees' representative meeting
•Annual commendation
•Regular trainings
•Corporate cultural activities
•Website, WeChat and other online media
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Communities
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•Community engagement and development
•Taxation and job creation
•Responsible supply chain
•Support eradication of poverty
•Respond to climate change
•Pollution and emission management
•Invest in new energy
•Resource recycling and reuse
•Biodiversity and land use
•Water resource management
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•Corporate philanthropy
•On-site research
•Community communication activities
•Media communication
•Project environmental and social risk assessment
•Environmental performance monitoring and disclosure
•Respond to external investigation
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Identification
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We studied macro policies and industry trends and benchmarked with the sustainability performance of industry peers to identify policy trends and business opportunities related to the energy and chemical industry.
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We reviewed our development strategy and plans and identified 22 issues of significance both to the Company and its stakeholders.
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Evaluation
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We invited both key stakeholders, such as investors and sustainability experts, and employee representatives, to evaluate the identified issues from their perspectives, and constructed a two-dimensional mapping of the issues based on their significance.
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Screening
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Based on the materiality matrix constructed, we ranked the material issues based on their significance, and selected the issues with high significance for focused disclosure in this report.
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Issue hierarchy
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No.
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Material issue
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Indicator aspect
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Core
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1
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Risk management and operation compliance
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-
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2
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Invest in new energy
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A4 Climate change
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3
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Respond to climate change
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A4 Climate change
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4
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Research and innovation
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-
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5
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Occupational health and safety
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B2 Health and Safety
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6
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Pollution and emissions control
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A1 emissions, A3 environment and natural resources
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7
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Improve corporate governance
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-
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8
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Business ethics and anti-corruption
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B7 Anti-corruption
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9
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Improve the quality of products and services
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B6 Product Responsibility
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10
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Accelerate intelligent transformation
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-
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11
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Respect human rights
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B1 employment, B4 labour standards
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12
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Promote energy transition
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A4 Climate change
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Important
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13
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Ensure energy supply
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-
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14
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Resource recycling and reuse
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A2 Resource use
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15
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Support eradication of poverty
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B8 Community investment
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16
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Employee training and career development
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B3 Development and training
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17
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Biodiversity and land use
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A3 The Environment and Natural Resources
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18
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Water resource management
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A2 Resource use
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19
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Responsible supply chain
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B5 Supply Chain Management
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20
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Community communication and development
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B8 Community Investment
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Regular
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21
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Taxation & job creation
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B8 Community Investment
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22
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Diversity and equal opportunity
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B1 Employment
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SDGs
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Sinopec Corp. Actions
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1 NO POVERTY
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We vigorously supported targeted poverty alleviation by dispatching 1,945 designated poverty alleviation volunteers and providing RMB141 million in poverty alleviation financial support. All of our eight designated poverty alleviation counties were lifted out of poverty.
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2 ZERO HUNGER
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We supported the development of specialty agriculture in poverty-stricken areas. Over 10,000 mu of quinoa were grown in Dongxiang County, Gansu Province, which generated higher income for 2,149 farming households, including over 1,600 low-income households.
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3 GOOD HEALTH AND WELL-BEING
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We protected the health and safety of our employees, and there was no occurrence of clustering Covid-19 infection within the Company during the pandemic. We provide all employees with occupational disease screenings, and established the Sinopec mental health (EAP) committee to promote the physical and mental health of our employees. We adjusted and increased our capacities to supply materials for medical supplies to provide material support for the fight against the pandemic and better protect the health of our customers and the public.
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4 QUALITY EDUCATION
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We provided a variety of trainings for our employees, totalling 1,259,000 person-times in 2020, and maintained a 100% vocational training coverage rate. We donated RMB 89.63 million to upgrade educational facilities in our targeted poverty areas. Our Sinopec Scholarship programme provided financial aid to a total of 1,560 students from low-income families.
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5 GENDER EQUALITY
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We uphold gender equality and has established the Female Employees Committee to protect the rights of female employees. We strive to eliminate gender discrimination in recruiting and promotion, and encourage female employees to participate in democratic management of the enterprise. We pay attention to the needs of female employees during pregnancy and maternity, as well as the physical and mental health of female employees.
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6 CLEAN WATER AND SANITATION
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We set annual water consumption targets and committed to reducing our annual industrial fresh water withdrawal by 1% or greater year-on-year. To achieve this, we optimised water sourcing strategy to replace the use of fresh water with unconventional water resources. We invested over RMB 67 million to upgrade water facilities in Dongxiang County to bring tap water to villages in Dongxiang County, Gansu Province.
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7 AFFORDABLE AND CLEAN ENERGY
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We actively invested in new energy businesses to increase the share of natural gas and other clean energy in our energy supplies, with natural gas accounting 41% of oil and gas production in 2020. The total production capacity of our high purity hydrogen generation unit reached 9,000 kg per day, and our bio-jet fuel capacity reached 100,000 tonnes per year.
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8 DECENT WORK AND ECONOMIC GROWTH
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We strive to support local economic development through investing, paying taxes, creating jobs and increasing localised procurement. In 2020, we generated over 1,400 job opportunities for migrant workers and new recruits from previous employment history. We also actively recruited female employees, overseas employees and minority employees to ensure equal employment opportunities.
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9 INDUSTRY, INNOVATION AND INFRASTRUCTURE
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We invested RMB 15.2 billion in R&D and obtained 4,254 patents both at home and abroad in 2020. We have built six intelligent factories, and piloted digitalised and contact-free intelligent gas stations in nearly 20,000 Sinopec service stations.
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10 REDUCED INEQUALITIES
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We strictly forbid the use of child labour and forced labour, and forbid any form of discrimination such as due to gender, region, religion and nationality. We strive to further increase the diversity at our workplace, such as in gender and ethnicity, and fully ensure equal opportunities for employees.
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11 SUSTAINABLE CITIES AND COMMUNITIES
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We actively cooperate with the development of the new energy vehicle industry and accelerated the construction of new energy vehicle charging and swapping facilities and hydrogen refuelling stations. We invested RMB 100 million to build village roads in Dongshan County, Gansu Province.
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12 RESPONSIBLE PRODUCTION AND CONSUMPTION
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We kept optimising HSSE management to ensure workplace safety, occupational health and environmental compliance. There was no occurrence of major safety accident or environmental emergency in 2020. We worked together with our suppliers to promoted green procurement and responsible procurement, and disclosed our sustainability performance in our annual sustainability report to improve transparency.
|
13 CLIMATE ACTION
|
We kicked-off the research on the strategic path towards carbon peak and carbon neutral in order to formulate our low-carbon development strategy and roadmap. We carried out the 'near zero emission' pilot projects, developed and promoted carbon emission reduction technologies, and strengthened the monitoring and management of greenhouse gas emissions. We strive to reduce our carbon footprint and contribute to the national carbon neutral goal through a variety of approaches, such as carbon capture, utilisation and storage (CCUS) and forestry carbon sinks and other carbon removal technologies.
|
14 LIFE BELOW WATER
|
We conducted site visits to enterprises along the Yangtze River, the Yellow River and other key river basins to protect the environment of the river systems. We maintained our membership in the Alliance to End Plastic Waste (AEPW) to protect the marine environment and marine life. We took meticulous measures to prevent oil spill accidents at sea, recycle and reuse more wastewater, and fully comply with all compliance criteria for affluents.
|
15 LIFE ON LAND
|
We required all new and under-construction projects to pass environmental impact assessment
|
first, identify the eco-environmental sensitivity of projects to avoid eco-sensitive areas. We also conducted ecological environmental environment assessment for decommissioned facilities, and carried out ecological restoration work if needed.
|
|
16 PEACE, JUSTICE AND STRONG INSTITUTIONS
|
We continued improving compliance management to ensure business integrity, and implemented a 'zero tolerance' policy for corruption and violations of business ethics to eradicate all forms of corruption. We also urged our suppliers and contractors to strengthen their safety management and environmental protection efforts.
|
17 PARTNERSHIPS FOR THE GOALS
|
We continuously supported UN Global Compact and other global initiatives; actively participated in international organisations and trade associations, and promoted research collaboration. We also continued investing in e-commerce platforms such as EPEC and Sinopec Chememall to achieve win-win development of the industrial chain.
|
Indicators
|
2018
|
2019
|
2020
|
Number of patent applications filed in the year
|
6,074
|
6,160
|
6,808
|
Number of patent applications granted in the year
|
4,434
|
4,076
|
4,254
|
Cumulative number of patents granted globally
|
30,365
|
34,441
|
38,050
|
R&D investment (RMB 100 million)
|
128.8
|
155.39
|
152
|
Triple Successes in the Field of Biodegradable Materials material
Sinopec Corp. vigorously explored solutions to solve the 'white pollution' problem, and became the first Chinese company to join the Alliance to End Plastic Waste (AEPW). The Company intensified its research in the field of biodegradable materials. After independently developed the material preparation technology for PBAT and PBST, the Company successfully realised the industrial production of PBSA biodegradable plastic in October 2020.
Terms and Tips:
•PBST and PBAT are copolymerised thermoplastic biodegradable plastics processed on the basis of PBT (polybutylene terephthalate, one of the five major engineering plastics). They are widely used in making plastic film, shopping bags, garbage bags, etc. Other than biodegradable, they can also be disposed by composting.
•Compared with PBST and PBAT, PBSA (polybutylene succinate adipate) has lower melting point, faster crystallisation and higher fluidity. It can be used in 3D printing and as materials for making medical supplies and film and bags.
|
|
|
|
Yizheng Chemical Fibre started production of new biodegradable plastic PBSA
PBSA, a new biodegradable plastic material
|
Target
|
Progresses in 2020
|
Intelligent plant
Target:
By 2025, develop an upgraded version of the intelligent plant, and implement it in over 10 refining and chemical subsidiaries.
|
•Completed the construction of six intelligent plants, realising integrated optimisation, fine-managed production, and intelligent management through digital transformation.
|
Intelligent oil and gas fields
Target:
By 2025, develop upgraded versions of intelligent oil and gas fields, and implement them in six oil and gas field subsidiaries.
|
•Completed the pilot upgrade project of intelligent oil and gas field in Sinopec Northwest Oil Field Company.
•Initiated the implementation of intelligent oil and gas field in three locations, including Sinopec Northwest, Shengli Offshore and Jianghan Fuling, and completed the implementation of seven major applications, such as dynamic management of oil and gas reserves, single well management, etc.
•Launched pilot programmes in areas such as safety and environmental protection, and shale gas production, further improving the efficiency and profitability of exploration and development operations.
|
Intelligent service stations
Target:
Develop multiple intelligent application scenarios focusing on the ecosystem of 'people, vehicles and life', support integrated and cross-functional development.
|
•Offered station-level integrated system with core functions at close to 20,000 service stations, and launched mobile Apps such as EasyJoy Refuelling, Sinopec Wallet, aiming at exploring touch-free consumption scenarios and improving customer experience.
•Realised automatic license plate recognition and digital marketing through technologies such as big data and artificial intelligence, further promotes the development of a diversified business ecosystem.
|
2014.6
|
Launched the Energy Efficiency Improvement Plan
|
2018.4
|
Launched the Green Enterprise Campaign
|
2020.11
|
Initiated the research on strategy of peaking carbon emissions and achieving carbon neutrality
|
2021.1
|
Signed the Declaration of Achieving Peak Carbon Emissions and Carbon Neutrality of China Petroleum and Chemical Industry
|
2021.3
|
Proposed to peak carbon dioxide emissions before the national carbon peaking target and to achieve carbon neutrality by 2050.
|
Board of Directors
|
Strategy Committee, Audit Committee and CSR Management Committee
|
Reviewing climate change related development plans, policies and reports, and making recommendations to the Board; identifying, assessing and managing important investment and operation issues related to climate change, establishing an appropriate and effective climate risk management system; Reviewing and supervising development plans for natural gas and renewable energy, and the development of the Company's energy structure.
|
Management level
|
Sinopec Carbon Emission Peaking and Carbon Neutrality Task Force
|
Conducting research on peaking carbon emissions and achieving carbon neutrality strategic path, and formulating Sinopec's carbon peaking and carbon neutrality strategy, targets, roadmaps and implementation measures.
|
Comprehensive Risk Management Implementation Leading Group
|
Identifying risks and opportunities related to climate change and relevant countermeasures under the comprehensive risk management system, and reporting to the Board or the Audit Committee.
|
|
Implementation level
|
Headquarters departments and subsidiaries
|
Implementing the Company's carbon peaking and carbon neutrality strategies, formulating department/enterprise level carbon peak and carbon neutrality targets and action plans to continuously reduce CO2 emissions.
|
Ultimate Goal
|
•Achieve 'net zero' of carbon emissions
|
Commitments and Initiatives
|
•Promote clean and low-carbon transition of energy structure
•Accelerate technological research and development
•Significantly increase the intensity of green and low-carbon investment
•Improve supply capacity of high-end petrochemical products
•Vigorously improve energy efficiency
•Accelerate the deployment of carbon dioxide capture and utilisation
|
Climate-related Risks and Impacts
|
|
Physical
risks
|
Acute risk
•Increasing frequency of extreme weather events such as hurricanes and floods may cause the Company's production capacity to decline due to production shutdowns, transportation difficulties, and supply chain interruptions, and reduce the Company's profitability.
•Sudden natural disasters are prone to trigger secondary production accidents, causing major economic losses to the Company and heavy human casualties.
|
Chronic risk
•Changes in rainfall and extreme fluctuations in weather patterns may cause the Company's construction costs to increase (such as due to extended construction period, damaged equipment, etc.); insurance costs for equipment and personnel may increase.
|
•An increase or decrease in the average temperature may increase the Company's operating costs, such as an increase in equipment cooling water demand, and an increase in office cooling and heating requirements.
|
|
Transition
risks
|
Policy and legal risk
•The Chinese government has announced to peak carbon emission by 2030 and achieve carbon neutrality by 2060. Regulators will adopt more stringent measures to limit greenhouse gas emissions, which may reduce the demand for fossil fuels.
•China will implement a quota system for carbon emissions. Most of the Company's subsidiaries are expected to be included as key emission units in the national carbon emission trading market, which may increase the Company's carbon emission costs for compliance.
•Restrictions on the access of high-energy-consuming and high-carbon-intensity products may cause some products or equipment to be gradually phased out.
|
Technology risk
•Technological innovation during the transition to a low-carbon and energy-saving economy will increase the Company's R&D costs, as well as the investment in clean energy, new energy and emission reduction technologies.
|
|
Market risk
•Consumers' concern about climate change and sustainability may persuade them to prefer low-carbon products, thereby reducing the demand for traditional energy products with high carbon emission intensity.
|
|
Reputation risk
•Stakeholders pay greater attention to the Company's climate strategy and energy transition, which may result in a negative impact on the Company's image if they fail to meet the stakeholders' expectations.
|
Indicators
|
2018
|
2019
|
2020
|
GHGs emission (million tonnes CO2-equivalent)
|
171.52
|
170.69
|
170.94
|
Direct
|
128.57
|
125.68
|
128.58
|
Indirect
|
42.95
|
45.01
|
42.36
|
Oil & gas exploration and production segment
|
31.26
|
23.18
|
24.42
|
Refining and chemicals segment
|
137.65
|
144.93
|
144.32
|
Marketing segment
|
2.61
|
2.58
|
2.20
|
CO2 capture (thousand tonnes)
|
1,010
|
1,263
|
1290
|
Methane recovery (million cubic metres)
|
226
|
397
|
600
|
Management Measures
|
Formulated the Sinopec Carbon Emission Management Measures to specify carbon emission statistics, emission reduction, trading and other procedures, and carried out annual audits and internal inspections of the carbon emission data of subsidiaries to fully understand the specific carbon emissions situation of the Company.
|
Management Standards
|
In accordance with domestic and international greenhouse gas emission accounting standards, including ISO14064-1: 2006 standards, China Oil and Gas Production Enterprises Greenhouse Gas Emission Accounting Methods and Reporting Guidelines, and China Petrochemical Enterprise Greenhouse Gas Emission Accounting Methods and Reporting Guidelines.
|
Management Scope
|
Direct greenhouse gas emissions (Scope 1) and indirect (energy) greenhouse gas emissions (Scope 2) have already been included in the scope of the audit process. The Company has not included the identification, audit and verification of emission sources of other indirect (value chain) greenhouse gas emissions (Scope 3), but has established a product carbon footprint calculation and evaluation method to calculate the carbon footprint of four oil products, including jet fuel, lubricant base oil, polypropylene, and PX.
|
Management system
|
Established and launched a carbon asset management information system, and optimised its accounting modules during the year to improve the efficiency of data collection; completed the group-wide carbon audit and carbon verification of all devices, laying a solid foundation for formulating emission control measures.
|
Technological R&D
|
Researched on carbon dioxide capture technology, accelerated the experimental research and application of new CO2 capture technologies such as membrane absorption, membrane separation, ionic liquids and other methods, as well as CO2 capture and transportation processes, to develop carbon capture technologies.
|
Oil fields
|
Continued to carry out CO2 flooding projects, injecting CO2 into oil reservoirs to improve oil recovery rate and realise CO2 storage at the same time. In 2020, our oil field subsidiaries injected 298 thousand tonnes of CO2 for oil displacement, reaching a cumulative total of 3.97 million tonnes of CO2 injected underground for flooding.
|
Refineries
|
Continued to capture and utilise high-concentration CO2 emitted from ammonia synthesis devices. In 2020, our refinery subsidiaries captured 1.29 million tonnes of CO2, reaching a cumulative total of 5 million tonnes of captured CO2.
|
Developing CCUS Demonstration Models
The Company's East China branch and Nanhua Company jointly launched CCUS demonstration projects over the entire industrial chain in Jiangsu Province, exploring the use of carbon dioxide tail gas recovered from chemical plants for oil displacement in oilfield, so as to realise the comprehensive utilisation of carbon dioxide resources within the Company.
•Completed the construction of two sets of carbon dioxide tail gas capture and recovery devices with an annual processing capacity of 100 thousand tonnes per year in accordance with the carbon dioxide emissions of refinery subsidiaries and the oil displacement needs of oilfields in Jiangsu. All recovered tail gas is used for oil displacement. With this independently developed oil displacement technology, we successfully realised the integrated management of the entire industrial chain of 'tail gas capture - purification - oil displacement - storage'.
|
Business Segment
|
Methane Emissions Control Measures
|
Exploration and development
|
•Expanded the scope of vented natural gas recovery, improved low-pressure natural gas management, and used low-pressure condensing systems to recover vent air to reduce natural gas escape.
•Fully adopted airtight mixed transportation technology, and intensified the management of leakage.
•Required inspection, maintenance and equipment commissioning to be scheduled in advance to minimise the amount of natural gas vented during the operation.
•Recovered 600 million cubic metres of methane in oilfield subsidiaries, which was equivalent to reducing greenhouse gas emissions by about 9 million tonnes carbon dioxide equivalent.
|
Refining and chemicals
|
•Paid greater attention to the smooth operation of equipment to reduce abnormal fluctuations and unscheduled shutdowns, so as to avoid venting the torch under emergency shutdown; and conducted leak detection and maintenance of the vent valves of the
|
equipment torch.
•Examined the operation of the gas tank and the discharge of the torch, and required thorough equipment inspection to ensure smooth operation of the equipment and the effective recovering of methane.
•Almost achieved the 'zero torching' target for chemical subsidiaries. New devices were built in accordance to the plan to maximise torch gas recovery. The venting of the torch system was only used as a safety guarantee for the incineration treatment of the exhaust gas that cannot be recovered or under emergencies.
|
|
Marketing and distribution
|
•Performed strict safety inspections on CNG (compressed natural gas) tube bundle trucks and LNG (liquefied natural gas) tanker trucks in accordance with the operating procedures after their arrival at the stations and before their departure to ensure there was no leakage.
•Installed intelligent GPS systems on all self-owned natural gas transportation vehicles, ensured the operating procedures were strictly followed during loading and unloading, used video surveillance and special inspections and other measures to prevent abnormal leakage due to improper operations.
•During the sales process of CNG and LNG, the filling, return hose and valves all needed to be checked to ensure they were in good conditions and could function properly. All filling hoses were equipped with break valves to effectively reduce the risk of escape.
|
Indicators
|
2019
|
2020
|
Number of subsidiaries participates in carbon trading pilot programmes
|
14
|
14
|
Indicators
|
2019
|
2020
|
Total amount of carbon emission traded (10,000 tonnes)
|
202
|
189
|
Total value of carbon trading transactions (RMB 10,000)
|
4,957
|
4,885
|
Enterprise greening
|
•116.474 million square metres of green area in total, among which
•1.829 million square metres of green area was newly built or renovated during the year
•Green area rate (excluding areas under construction) reached 27.7%
•Green coverage rate reached 30.6%
|
Voluntary tree planting
|
•1.703 million trees planted during the year, an increase of
243,000 trees over 2019
•17,000 tonnes of carbon dioxide equivalent can be sequestered estimated by the number of trees planted
|
Comprehensive energy consumption per RMB 10,000 output
|
In year 2020
0.490 tons of standard coal/RMB 10,000
|
Decreased by
0.85% year-on-year
|
Measures to Improve Energy Efficiency
|
|
Setting energy efficiency goals
|
Strictly implemented the requirements on controlling both total energy consumption and energy intensity, signed annual energy and environmental responsibility commitment with business units and subsidiaries, strengthened process inspection and early warning, carried
out quarterly reviews and year-end assessment to ensure that the annual energy efficiency goals were met. |
Energy efficiency management
|
Established energy management systems at key energy-consuming subsidiaries, promoted energy management informatisation, and established overall energy management solutions in refining and chemical subsidiaries; carried out energy efficiency benchmarking to ensure continuous improvement of energy efficiency.
|
Energy efficiency audit and supervision
|
Carried out energy audit and energy saving supervision to improve energy conservation management at the subsidiary level; strengthened the post-evaluation of energy conservation performance of fixed asset investment projects, and urged subsidiaries to manage energy consumption from the source.
|
Energy-saving technology application
|
Organised business segments to develop showcases of mature and applicable energy-saving technologies, and accelerated the R&D on new energy-saving technologies, new catalysts and new equipment to provide technical support for energy efficiency improvement.
|
Digitalising Energy Management
Sinopec Zhenhai Refining & Chemical Co. continued to promote the digital transformation of energy management. It developed and implemented an energy management information system in accordance with the new model of 'data + platform + application'. The system allows for the visualised full-process management of energy. With the new system, Sinopec Zhenhai Refining & Chemical Co. was able to identify weaknesses and energy saving potentials through the comprehensive monitoring and big data analysis of steam pipe networks, heating furnaces and other equipment, and formulate and implement rectification measures accordingly to optimise operation management and improve its overall energy efficiency.
|
Sinopec Zhenhai Refining & Chemical Co.'s case, Integrating SMES into the ISO 50001 System for Energy Efficiency Improvement, was awarded the CEM Insight Award for Leadership in Energy Management at the 11th International Ministerial Conference on Clean Energy (CEM).
|
Indicators
|
2020
|
2025
|
Demand for primary energy (100 million tons of standard coal)
|
49.39
|
53.78
|
Percentage of fossil energy (%)
|
84.3
|
81.2
|
Percentage of coal (%)
|
56.7
|
51.3
|
Indicators
|
2020
|
2025
|
Percentage of oil (%)
|
19.1
|
18.9
|
Percentage of natural gas (%)
|
8.5
|
11
|
Percentage of non-fossil energy (%)
|
15.7
|
18.8
|
Indicator
|
2018
|
2019
|
2020
|
2021 Target
|
Natural gas production (BCM)
|
27.678
|
29.673
|
30.369
|
34.100
|
Proportion of domestic natural gas to oil and gas equivalent (%)
|
39
|
41
|
41
|
44
|
• |
Annual hydrogen production capacity reached approximately 3.5 million tonnes per year, accounting for more than 14% of the domestic production capacity.
|
• |
Owns the world's second largest transportation infrastructure network with over 30,000 service stations, which is a strong competitive advantage for developing the hydrogen industrial chain. The Company has already built 10 oil and hydrogen service stations in Guangdong, Shanghai, Zhejiang, Henan and other regions.
|
• |
Built three sets of high-purity hydrogen purification equipment in Yanshan Petrochemical, Guangzhou Petrochemical and Gaoqiao Petrochemical, producing 99.999% purity hydrogen products with a total capacity of 9,000 kg/day.
|
• |
Researched and drafted the national standard for the research of oil and hydrogen service station, which was under review currently; Completed the construction of a hydrogen analysis and testing laboratory for fuel cells, which had obtained the national CMA certification.
|
• |
Cooperated with other companies to explore the electrolysis hydrogen production technology and applications.
|
Hydrogen Energy Vehicles Support System for the Winter Olympics
Zhangjiakou City, Hebei Province is one of the venues for the 2022 Beijing Winter Olympics. Hydrogen fuel cell vehicles will be used as service vehicle during the Winter Olympics. In 2020, Sinopec Corp. took the lead in participating in the Phase 1 construction project of the hydrogen energy support system in Zhangjiakou, and has completed the construction of three hydrogen refuelling stations. The hydrogen refuelling stations will not only provide hydrogen refuelling services for the Winter Olympics, but also play a role in the development plan of Zhangjiakou to become a first-class hydrogen energy city in China.
|
Bio-jet fuel
|
Developed capacity for bio-jet fuel production, which uses renewable resources such as kitchen waste grease, animal grease and vegetable oils to produce bio-jet fuel, with a production capacity of 100,000 tonnes per year.
|
Biodiesel
|
Continued to expand the supply of biodiesel in Shanghai, increased the blending capacity of B5 biodiesel to over 400,000 tonnes per year, and the fuel was provided to over 240 service stations in Shanghai.
|
Ethanol gasoline
|
Sold 14.75 million tons of ethanol gasoline in 2020.
|
4.011 million kWh of photovoltaic power was generated in 2020, increased by 41.3% year-on-year.
|
Upstream segment
|
Promoted the transition from diesel fuel to electricity and natural gas, promoted the utilisation of new energy such as geothermal, solar, and wind energy to replace coal, fuel oil or gas boilers for heating supplies, built distributed power supply systems, and promoted the clean transition of the energy structure.
|
Refining and chemical segments
|
Promoted the utilisation of waste heat in steam and power generation for heating to improve energy utilisation; Implemented cross-supply of steam and power to achieve complementary and shared thermal power resources; and used vacant space to develop distributed photovoltaic power generation.
|
Marketing segment
|
Implemented the Thousand Stations with Solar Energy project and had built 205 distributed photovoltaic power generation pilot projects in service stations with a total installed capacity of 8.88 MW, which is equivalent to reducing carbon emissions by about 12,000 tonnes of carbon dioxide equivalent.
|
The 'Zero Pollution' Targets
•Strictly implement the laws and regulations related to environmental protection, strengthen environmental protection policies and management systems, and integrate environmental protection management into all aspects of daily operations.
•Actively formulate mid- and long-term environmental protection management improvement plans, benchmark with the best-in-class environmental protection management practices, and comprehensively improve environmental protection management capabilities.
•Identify, monitor and control environmental risks, fully measure the impact of the Company's own operations on the environment, systematically improve own environmental performance, and strive to achieve 'zero pollution' and operate in harmony with nature and the environment.
|
Policy Requirements
|
•Formulated the Sinopec HSSE Management System (Requirements) to specify the Company's overall environmental protection requirements.
•Formulated the Sinopec HSSE System Environmental Implementation Guide with reference to the ISO14001 (GB/T24001) standard.
•Formulated four policies in 2020, including Sinopec Pollution Prevention and Control Management Regulations, Sinopec Environmental Factors Identification, Evaluation and Control Management Measures, Sinopec Environmental Incident Risk and Emergency Management Measures, and Sinopec Emergency Plan for Natural Disasters, revised the Sinopec Environmental Protection Management Regulations and two other policies. A total of 19 environmental protection policies have been formulated, which comprehensively define the responsibilities, scope, processes and targets of Sinopec's environmental protection undertakings.
•Formulated the Sinopec Energy Environmental Performance Evaluation Implementation Measures and the Enterprise Environmental Performance Evaluation Work Guidelines (Trial), to evaluate the environmental performance of subsidiaries.
|
Management Requirements
|
•Established the HSSE Management Committee at top management level as the decision-making body of the Company's environmental protection policies, with Chairman of the Board serves as the director of the committee. The committee is responsible for reviewing the company's environmental development plan and related
|
policies and regulations, coordinating and solving environmental problems, and supervising the performance of its environmental protection efforts.
•Established the Sinopec HSSE Management System Operation Centre, which is responsible for the operation and audit of the environmental management system.
•Required all subsidiaries to establish HSSE management bodies and formulate their own HSSE management handbooks in accordance with HSSE guidelines and environmental protection requirements, so as to realise refined environmental management.
|
|
Implementation Requirements
|
•Formulated the Sinopec HSSE Management System Audit Scoring Rules, set up an HSSE auditor team and provided relevant training for auditor, and conducted HSSE management system audits of subsidiaries.
•Organised trainings for HSSE management system internal auditors, established HSSE management system internal auditor team in subsidiaries, and carried out HSSE management system internal audit.
•Established the environmental monitoring system, the environmental performance appraisal system, and the environmental incident accountability system.
•Signed the Energy and Environment Target Responsibility Commitment with subsidiaries every year, specifying indicators of annual evaluation; integrated energy conservation and environmental protection into the management performance evaluation system and increase environmental accountability.
•Included energy conservation and environmental protection as a binding indicator for the performance appraisal of management personnel of the Company and its subsidiaries, for each point deducted, the annual performance bonus of a manager would be deducted by 3%, up to a 20% maximum.
|
Site selection
|
•Carried out project feasibility study and environmental impact assessment, evaluated the impact of project construction and operation on the ecological environment, proposed and implemented corresponding ecological environmental protection measures in the construction and operation process.
|
Construction
|
•Carried out ecological environment survey and assessment before entering new production areas, identified ecological environment sensitive targets, and avoided ecologically sensitive areas.
•Strictly implemented the requirements of environmental assessment and design documents, adopted green construction plans, and gave priority to the use of production and construction techniques and technical measures with less emissions and using less land to reduce the impact of project construction on the ecological environment.
|
Environmental monitoring
|
•Both the Company and its subsidiaries have submitted their implementation reports on the national pollution discharge permit management platform, which could be publicly
|
accessed after being reviewed by local environmental protection authorities.
•The key pollutant discharge units were required to install online monitoring device, data collected were transmit to the national and local monitoring platforms in real-time and used for supporting the supervision by relevant authorities.
|
|
Clean production
|
•Formulated the Notice on the In-Depth Implementation of the Clean Production Audit Work in Key Industries, and regularly optimised the mechanism, promote emissions reductions throughout the entire process, and supervise subsidiaries to continuously reduce pollutant emissions.
|
Emergency response
|
•Formulated the Guidelines for the Preparation of Emergency Plans for Emergent Environmental Incidents and Guiding Opinions on the Provision of Emergency Supplies for Emergent Environmental Incidents to ensure that effective treatment measures would be taken when an incident occurs, so as to reduce pollution loss and mitigate the ecological damage.
|
Project withdrawal
|
•Established the investigation and evaluation mechanism regarding the current ecological environmental conditions, and carried out ecological rectification and restoration based on the findings of the investigation and evaluation.
|
Indicator
|
2018
|
2019
|
2020
|
Number of 'Sinopec Green Enterprises' awarded
|
10
|
37
|
76
|
Our Commitment
|
Progress in 2020
|
Fuel products that meet the National VI emission standards
|
Completed the oil quality upgrade to meet the National VI emission standards ahead of schedule in key cities in July 2017; Started supplying National VI standard gasoline and diesel products for motor vehicles nationwide on January 1, 2019.
|
Low-sulphur fuel oil (LSFO)
|
In compliance with the new International Maritime Organisation (IMO) Low Sulphur Regulation and requirements of China's maritime authority on low sulphur fuel oil, the Company produced 4.54 million tonnes of LSFO and dominated the domestic market as the largest LSFO supplier in China.
|
Green chemical products
|
Developed environmentally friendly, low-carbon and high-performance chemical products; launched new innovative epoxy resin products, which are non-toxic, waterproof and corrosion-resistant, VOCs-free during its production process, and can be used in a variety of applications;
|
Independently developed a low-volatility, low-odour synthetic resin for auto parts, and a synthetic resin product used as high-capacity lithium battery separator materials;
Realised the industrialise production of biodegradable polyester, which can be used to make disposable daily necessities, packaging materials, agricultural films, etc. It can be completely degraded into water and carbon dioxide under composting conditions.
|
Policies and standards
|
Continued to implement the Three-year Implementation Plan for Pollution Prevention and Control of the Sinopec Green Enterprise Campaign;
Formulated the Sinopec 2020 VOCs Governance Plan and the Special Action Plan for Ozone Pollution Prevention and Control in 2020, putting forward emission standards for VOCs and NOX that are more stringent than the national and regional standards.
|
Emission permit
|
The main atmosphere pollutants produced by the Company include SO2, VOCs and NOX. All Sinopec subsidiaries have applied and been granted the necessary emission permits before the required deadline, and managed the concentration and total amount their atmosphere pollutants emissions in strict accordance with the permits.
|
Source control
|
Implemented integrated management of energy conservation and environmental protection, reducing atmosphere pollutants emissions by optimising energy structure, using clean fuels and raw (auxiliary) materials and adopting clean production technologies and advanced treatment technologies.
|
Environmental
|
Installed online environmental monitoring device in accordance with government
|
monitoring
|
requirements to ensure real-time monitoring of atmosphere pollutants emissions, strengthened the operation management and maintenance of online monitoring device to ensure reliable results.
Established early warning and alarm mechanisms, and made timely adjustment to the operation of production equipment and management of environmental protection device to ensure compliance with emission standards.
|
Emergency response
|
Initiated emergency plans under severely polluted weather conditions, and made timely adjustment to production equipment and environmental protection device to ensure compliance.
|
Standardising Operation Processes to Reduce VOCs Emissions
Usually at a service station, a small amount of volatile organic compounds (VOCs) escapes during the unloading process and the refuelling process. Sinopec Corp. vigorously carried out measures to reduce VOCs emissions. From 2018 to date, the Company has completed the fuel vapour recovery upgrades of nearly 300 oil depots and more than 28,000 service stations.
VOCs emissions were effectively controlled due to the sealed unloading and storage processes of fuel products. The Company also strictly monitors the operation of fuel vapour recovery device, hiring qualified third-party to carried out mandatory inspections to ensure all environmental protection device operate properly, so as to reduce the environmental impact.
|
Indicator
|
2019
|
2020
|
Amount of non-hazardous solid waste (1, 000 tons)
|
2,115.32
|
1,710.8
|
Amount of hazardous waste (1, 000 tons)
|
642.3
|
731.1
|
Compliance rate of solid waste disposal (%)
|
100
|
100
|
Percentage of hazardous solid waste disposed properly (%)
|
100
|
100
|
Reducing Packaging Waste
In response to the green packaging trend, the Company focused on the pilot project of the thinning of the heavy film packaging bags used in synthetic resin products such as polyolefins. As of the end of 2020, all chemical subsidiaries of Sinopec had reduced the thickness of heavy film packaging bags to no more than 0.16 mm, and over 80% of them even reached 0.14 mm. Based on the Company's polyolefin production capacity of approximately 16 million tonnes per year, the thinning of 0.02mm could reduce packaging material use by approximately 11,000 tonnes and save cost by approximately RMB 130 million each year, achieving both cost-effectiveness and reduction in packaging waste.
|
Management system requirements and standards
|
•In compliance with the Law of the People's Republic of China on the Prevention and Control of Environmental Pollution by Solid Waste (revised in 2020) and the National Directory of Hazardous Wastes (2021 edition).
•Formulated the Work Plan for the Implementation of the Law of the People's Republic of China on the Prevention and Control of Solid Waste Pollution; organised subsidiaries to carry out environmental protection inspection and appraisal on solid waste pollution prevention and control facilities, as well as special actions for ensuring the proper disposal of construction waste and domestic waste, making sure all production and operations were in compliance with laws and regulations related to solid waste.
•Formulated the Sinopec Hazardous Waste Environmental Management Guidelines (Trial), requiring supervision for the third-party contracted to handle non-hazardous solid waste, and identification verification and monitoring by in-person or GPS on-vehicle monitoring and video surveillance for the third-party contracted to handle hazardous solid waste.
•Formulated the Implementation Plan for the Special Rectification of Hazardous Waste Safety, and organised subsidiaries to conduct thorough inspection and rectification of hazards and environmental protection issues related to hazardous waste.
|
Process control source control
|
•Optimised the whole-process environmental supervision system of solid waste, including generation, collection, storage, transfer, transportation, utilisation and disposal. The Company and its subsidiaries carried out campaign to categorise solid waste and implement categorised management, and to develop hazardous waste list, and use the list to ensure categorised collection and storage of hazardous waste depending on their categories.
•Continued to promote the reduction of solid waste and implement green procurement and green packaging mechanisms to effectively reduce the amount of solid waste generated and increase the comprehensive utilisation of solid waste.
•Solid waste generated in the production and operation processes of the Company are managed in four categories in accordance with of relevant laws and regulations: hazardous waste, non-hazardous industrial waste, construction waste, and domestic waste.
|
Categorised management and professional disposal
|
•Hazardous wastes are mainly utilised or disposed in the Company's own facilities, or by third-parties with proper qualification to handle hazardous waste.
•Non-hazardous industrial wastes are handled by entities with proper technologies and capabilities for comprehensive utilisation or sent to landfill.
•Construction wastes are utilised in accordance with the disposal plan approved by the local government, or sent to designated landfill.
•Domestic wastes are collected and disposed by qualified entities with approval from the local government.
|
Reduce from source
|
•Used alternatives to fresh water, optimised water use structure to reduce fresh water use; A number of subsidiaries started using municipal reclaimed water or treated mine water to replace fresh water to reduce fresh water consumption.
•Carried out water balance testing and regularly examined water supply pipelines to eliminate leakage; upgraded pipelines of age or with severe leaking to realise water saving potential and reduce water loss due to leakage.
|
Recycle to increase efficiency
|
•Optimised the operation of the water circulation system, using reclaimed water and reused water as replenishment water to reduce the use of fresh water; built condensate recovery systems to increase the reused rate of condensate.
•Developed and implemented a water-saving technology, which was able to reduce process water use, purify sulphur-containing waste water by stripping for reuse, increasing the reuse rate of stripped and purified water.
|
Reuse waste water to reduce discharge
|
•Promoted subsidiaries at all levels to reuse sewage and waste water, built appropriate sewage treatment facilities according to the quality of sewage inflow, and improved sewage treatment and utilisation.
•Cooperated with research institutions, overcame technical bottleneck and developed a high-concentration salt water desalination treatment system and solution to improve sewage reuse rate.
|
Discharge permit
|
Required all subsidiaries to apply for the necessary discharge permits before the required deadline, and control the total amount of water pollutants discharged in accordance with the requirements of the permit.
|
Online monitoring
|
Installed online environmental monitoring device in accordance with government regulations to ensure real-time monitoring of waste water discharge; optimised the operation management and maintenance of online monitoring device to ensure reliable results.
|
Source control
|
Intensified reduction measures at the source, vigorously implemented rain-sewage diversion upgrades and the visualisation of sewage pipelines among subsidiaries to effectively reduce the amount of sewage generated.
|
Real-time monitoring
|
Established early warning and alarm mechanisms, and made timely adjustment to the operation of production equipment and management of environmental protection device to ensure compliance with discharge standards.
|
Ensuring land use compliance
|
Included the completeness of land procedures and documents into the scope of identification and assessment of key risks, communicated and coordinated with local governments to ensure land use compliance, and provide financial compensation and cultivated land compensation in accordance with local government regulations.
|
Land Protection during construction
|
Developed comprehensive soil protection measures during the construction process in accordance with the characteristics of the project, including layer stripping, layered excavation, layered stacking and sequential layered backfilling, to reduce the impact on the topsoil and soil nutrients, and accelerate soil restoration.
|
Idle land utilisation
|
Implemented retiring and reclamation of idle land from industrial uses. Idle land with no safety and environmental risk was arranged to be retired in accordance with their category. Land located near farmland and eligible for reclamation was returned to the local government after reclamation.
|
Soil restoration
|
RRequired refining and chemical subsidiaries to implement Soil restoration. For instance, Zhejiang Petroleum commissioned a professional third-party to restore the replacement land of its oil depot; Yizheng Chemical Fibre cleared its sludge landfill, carried out soil and groundwater inspections over the site, and conducted treatment and restoration subsequently.
|
Focused research
|
Carried out a special research project, Research on Oil and Gas Loss Monitoring, Prevention and Control in Oil and Gas Field, during the year, exploring the establishment of a quantitative assessment, prevention and control system for oil and gas loss in the production process by analysing key factors influencing oil and gas loss and comparing and optimising control technologies for both end of oil and gas loss.
|
Rectification of key risks
|
Independently developed the Sinopec Underground Double-layer Oil Tank technology to solve the corrosion and leakage problems of traditional single-layer oil storage tanks when buried underground; Implemented anti-seepage upgrades in nearly 30,000 service stations to continuously improve soil and groundwater pollution prevention and control capabilities and prevent fuel tank leakage from the source.
|
Measures for the Environmental Protection Management of Sinopec Corp. (Sinopec Production [2020] No.222)
|
'…strictly in compliance with state ecological protection requirements, project construction, operation and decommissioning (relocation) shall have their respective ecological protection plans formulated and implemented, shall take effective measures to reduce the disturbance to the ecological environment, shall carry out the necessary ecological assessment, monitoring, restoration and statistic studies as required, so as to protect biodiversity and ensure ecological safety.'
|
Management Measures of Ecological Protection of Sinopec Corp. (Sinopec Energy [2019] No.288)
|
'All units shall strictly manage their production and operation, reduce the disturbance of production and operation to the ecological environment, protect biodiversity, and ensure ecological safety.' The Management Measures also specifies the ecological protection requirements for each stage of project construction and operation, and clearly requires the inclusion to biodiversity protection into the annual energy and environmental performance evaluation
|
Green Construction Helps Protect Biodiversity
During the site selection for the natural gas pipeline project on the southern trunk line of the Shandong pipeline network, the Company gave priority to avoiding ecological protection red lines and ecologically sensitive areas, carried out research on ecological protection measures and feasibility analysis along with the feasibility study of the project, specified a variety of ecological protection measures to be used, including land protection measures during construction, restoration measures for land temporarily used, vegetation protection and restoration measures, aquatic ecological protection measures, and soil erosion prevention measures, etc. We used manual excavation operation in woodland area to reduce the impact of mechanical operations on farmland, vegetation and woodland. We also paid attention to the protection of river creatures and fishes in rivers the project passed through.
|
Target
|
Zero casualty, zero pollution, zero accident
|
Guidelines
|
Organisation leads, and all employees participate; manage and control risks, and strength the fundamentals
|
Concepts
|
Safety first, environmental protection foremost, ensure physical and mental health of employees, and strict, detailed, effective and consistent implementation
|
2001
|
•Developed the Safety, Environment and Health Management System
|
2015
|
•Released the Safety Management Handbook
|
2018
|
•Integrated security into the safety management system, forming the Sinopec HSSE (health, safety, security and environment) management system
•Revised relevant management policies regarding safety responsibility, safety behaviour, safety training, risk management and hazards control, operations, and occupational health, etc.
|
2019
|
•Started the implementation of Sinopec HSSE Management System (Requirements), which covers safety management
|
2020
|
•Formulated and started implementing the HSSE system implementation measures
|
Safety hazards identification and rectification
|
The Company carried out large-scale screening and analysed leakage patterns in the past five years to identify and fix leakage hazards. In conjunction with the Three-Year Special Rectification Action for Safety Production, we carried out inspections to screen for leakage hazards related to materials of high risks, such as autopolymer and materials easily oxidise. In 2020, all major safety hazards on the watch list had been rectified, with a rectification rate of 100%.
|
Direct operation safety
|
The Company carried out special rectification measures regarding construction operation safety, and intensified the control of key processes such as project contracting and construction operation planning. The Company also carried out special rectification measures focusing on operations in restricted spaces and high-altitude operations, implemented the requirements of the Ten Measures to Strengthen Safety Management of Direct Operation, and strengthened the safety management over contractors and direct operation by strengthening the owner's main responsibility through special inspections and remote video monitoring.
|
Emergency management
|
The Company revised emergency plans for a number of safety risks (such as leakage of sulphur-containing natural gas pipelines and frequent occurrence of geological disasters), and released the updated version, Emergency Plan for Production Safety Accidents (2020 Edition).
|
An emergency command platform has been established to effectively improve emergency response capabilities. The Company also carried out emergency drills and conducted assessment afterwards to make the emergency drills more targeted and more effective, so as to further enhance its emergency response capabilities. Regarding emergency response team, on the one hand, the Company established dedicated emergency response teams, such as emergency rescue, fire control, monitoring and early warning, and fire prevention, etc. to enhance its comprehensive emergency response capabilities; on the other hand, it also strengthened voluntary emergency response teams and formulated well-defined goals and requirements to enhance the first response capabilities of grassroots units.
|
Indicators
|
2018
|
2019
|
2020
|
Percentage of contractors qualified by the QHSE management system (%)
|
100
|
100
|
100
|
•Carried out awareness raising campaigns regarding new regulations and standards, researched and formulated the safety management system for the transportation of hazardous chemicals, and strengthened the safety supervision of key control points,such as consignment, transportation, loading and unloading.
•Organised road transportation emergency response trainings for hazardous chemical carriers, including onsite training on leakage sealing, cargo transferring and hoisting under simulated accident scenarios.
•Convened meetings of logistics service providers to specify safety responsibility and brief on typical accidents as cautionary safety education.
•Required 'dedicated tanker vehicles for diesel and gasoline respectively' during transportation, strictly implemented safety management measures for tankers, such as the requirement for tanker lead seals and the ID requirement for tanker drivers.
•Continued to implement the inspection and certification of transportation vehicles for hazardous chemicals, so as to urge logistics service providers to fulfil their safety responsibilities. Conducted inspections of tankers on the road by dedicated personnel with GPS positioning system to ensure the safety of the transportation process.
|
•Formulated relevant policies such as the Information Security Management Measures, Sinopec Network Security Notification Management Measures, and Desktop Computer Security Management Measures, continuously tracked security risks in existing information systems, and timely rectify identified security hazards.
•Set up the Sinopec Security Response Centre (SSRC) to dynamically monitor the Company's network to look for security loopholes, conduct real-time analysis of network attacks, and promptly handle the threats from abnormal network behaviours.
•Carried out screening of network security vulnerabilities of subsidiaries, set up ledgers for high-risk problems, and implemented centralised control of all external network access points.
•Conducted on-site inspection of subsidiaries with significant risks and urged them to rectify problems in asset management, vulnerability management, and network access management.
•Regularly published updates on network security and safety rectification notifications, and continuously tracked and retested the reported security risk rectification cases to ensure closed-loop management.
|
Actions in 2020:
•Formulate regulations on the prevention and management of natural disasters, developed relevant emergency plans, and conducted screening of geological disaster hazards.
•Released two issues of Overseas Security Risk Assessment Report and organised subsidiaries to participate in online overseas security risk assessment. The assessment was participated by over 90% of relevant employees and studied by all employees concerned with a 100% response rate.
•Conducted 48 training sessions on overseas safety and security precautions in China, covering 1,029 employees.
•To better protect the safety of employees of our overseas operations, the Company established the Overseas Pandemic Prevention and Control Steering Group, formulated policies such as the Guidelines on the Prevention and Control of Covid-19 Pandemic for Overseas Organisations and Projects, and the Sinopec's Emergency Plan for Overseas Covid-19 Incidents, purchased and prepared emergency supplies such as pandemic prevention materials, medical supplies and daily supplies, and hired medical experts to provide remote diagnosis and medical consultation.
|
Regarding key occupational hazards
|
The Company studied the occupational exposure to chemical hazards, invited industry experts to give relevant lectures, and further refined the requirements for categorised management.
|
The company also researched on the identification and countermeasures of occupational hazards for refining and chemical enterprises, and conducted in-depth screening of systemic risks in the existing identification and control system of occupational health hazards and relevant improvement suggestions
|
|
The Company strengthened the management and control of occupational harmful factors and formulated a list of hazardous factors for inspection and monitoring at workplace, including 112 poisonous matters, 20 types of dust, noise, and radiation, etc.
|
Implementation of key tasks
|
•Required and supervised subsidiaries to make rectification to sites could not meet standards for dusts and poisonous matters.
•Checked the progress of rectification monthly, and provided on-site guidance to subsidiaries.
•Rectified two sites with excessive poisonous chemical hazards and ten sites with
|
excessive levels of dust throughout the year. At present, all sites that could not meet standards for dusts and poisonous matters have been rectified.
|
|
Study on noise exposure
|
•Studied noise control and the management of noise risks, and organised the research work on relevant prevention and control guidelines.
•Initiated and funded five noise control pilot projects.
•Implemented noise prevention and control measures, and rectified 54 posts with excessive noise exposures, with an annual rectification rate of 40%.
•Drafted and circulated internal safety briefings to share and promote relevant management and technical measures.
|
Management talent
|
Vigorously carried out trainings for management staff at all levels, and developed an 8-level training programme covering new recruits, young leadership pilot programme candidates, young and middle-aged management staff, establishing a progressive training system from new recruits to management positions.
|
Professional and technical talent
|
Accelerated the training for strategic, leadership, and innovative talent, and organised a series of training programmes, such as the high-level seminars on innovation and development of the refining and chemical industry, expert training on the general refining process, and the training on integrated research and application of high-end materials, etc.
|
Skilled talent
|
Focused on the development of a skilled talent team with knowledge, skills and innovation capabilities following the strategy of 'encouraging regular skilled talent to grow, enabling advanced skilled talent to expand their skill set, and promoting top skilled talent to become masters'.
|
International talent
|
Organised customised trainings for 'leadership, professional, and reserve' international talent, and made efforts to develop a multi-level and multi-discipline training matrix for international talent, including capacity enhancement training for overseas project managers and training for international business professionals.
|
Refined oil products
|
Scored 4.82 (out of 5) based on 2.45 million customer reviews received.
|
Chemical products
|
Scored 91,4 (out of 100) based on 3,287 valid questionnaires received, with a 99% effectiveness rate, increased by 2.2% year-on-year. The Company also commissioned a third-party to carry out a special customer satisfaction survey for homopolypropylene and polyester products. Survey results indicated that the two products of the Company outperformed industry peers in overall customer satisfaction, product quality, and product technical services.
|
Lubricants
|
Scored 88 (out of 100), with no year-one-year change.
|
Indicators
|
2018
|
2019
|
2020
|
GHGs emission (million tonnes CO2-equivalent) 1
|
171.52
|
170.69
|
170.94
|
Direct GHGs emission
|
128.57
|
125.68
|
128.58
|
Indirect GHGs emission
|
42.95
|
45.01
|
42.36
|
Oil & gas exploration and production segment
|
31.26
|
23.18
|
24.42
|
Refining and chemicals segment
|
137.65
|
144.93
|
144.32
|
Marketing segment
|
2.61
|
2.58
|
2.20
|
GHGs emission intensity (tonnes CO2-equivalent / RMB1 million)2
|
59.32
|
57.55
|
81.17
|
CO2 capture (thousand tonnes)
|
1,010
|
1,263
|
1,290
|
Methane recovery (million cubic metres)
|
226
|
397
|
600
|
Indicators
|
2018
|
2019
|
2020
|
Methane emission (million cubic metres)
|
-
|
-
|
283.56
|
Oil & gas exploration and production segment
|
-
|
-
|
245.98
|
Refining and chemicals segment
|
-
|
-
|
23.75
|
Marketing segment
|
-
|
-
|
13.83
|
Indicators
|
2018
|
2019
|
2020
|
Consumption of comprehensive energy per RMB10,000 of production value (tonne of standard coal)
|
0.496
|
0.494
|
0.490
|
Consumption of crude oil (million tonnes)
|
1.33
|
1.21
|
1.07
|
Consumption of natural gas (billion cubic metres)
|
3.83
|
4.14
|
3.78
|
Consumption of purchased electricity (billion kWh)
|
30.57
|
32.26
|
30.83
|
Consumption of coal (million tonnes)
|
15.18
|
14.77
|
15.00
|
Fresh water withdrawal for industrial use (million cubic metres)
|
657.46
|
650.36
|
643.20
|
Indicators
|
2018
|
2019
|
2020
|
Sulphur dioxide (thousand tonnes)
|
67.2
|
64.6
|
61.9
|
Nitrogen oxides (thousand tonnes)
|
99.8
|
95.9
|
92.0
|
COD (1,000 tonnes)
|
19.4
|
19.0
|
18.6
|
Ammonia and nitrogen (thousand tonnes)
|
2.0
|
1.96
|
1.92
|
Non-hazardous waste (thousand tonnes)1
|
2,229.0
|
2,115.32
|
1,710.8
|
Weight of disposed hazardous waste (thousand tonnes)2
|
505.3
|
642.3
|
731.1
|
Indicators
|
2018
|
2019
|
2020
|
Total number of employees
|
423,543
|
402,206
|
384,065
|
Indicators
|
2018
|
2019
|
2020
|
Male employees
|
-
|
-
|
257,053
|
Female employees
|
-
|
-
|
127,012
|
Percentage of female employees (%)
|
35
|
33.8
|
33.1
|
Employees below 30 years of age
|
-
|
-
|
40,076
|
Employees between 31 and 50 years of age
|
-
|
-
|
254,948
|
Employees over 51 years of age
|
-
|
-
|
89,041
|
Employees newly hired during reporting period
|
-
|
-
|
16,011
|
Employees turnover during reporting period
|
-
|
-
|
13,963
|
Employee turnover rate (%)
|
0.8
|
0.8
|
0.69
|
Turnover rate of employees below 30 years of age (%)
|
-
|
-
|
1.5
|
Turnover rate of employees between 31 and 50 years of age (%)
|
-
|
-
|
0.5
|
Turnover rate of employees over 51 years of age (%)
|
-
|
-
|
0.3
|
Percentage of female employees in management (%)
|
12.67
|
12.38
|
12.59
|
Collective contract coverage (%)
|
100
|
100
|
100
|
Social insurance coverage (%)
|
100
|
100
|
100
|
Enterprise annuity coverage (%)
|
79.19
|
80.57
|
80.59
|
Percentage of ethnic minority employees(%)
|
3.8
|
3.7
|
3.8
|
Percentage of employees with labour union membership (%)
|
100
|
100
|
100
|
Indicators
|
2018
|
2019
|
2020
|
Employee occupational health examination coverage (%)
|
99
|
99
|
99.9
|
Health examination and health record coverage (%)
|
99
|
99
|
99.9
|
Number of newly diagnosed cases of occupational diseases
|
15
|
15
|
10
|
Indicators
|
2018
|
2019
|
2020
|
Safety training coverage of frontline employees (%)
|
100
|
100
|
100
|
Training participation rate of special operation personnel (%)
|
100
|
100
|
100
|
Number of accidents reported
|
2
|
1
|
3
|
Number of deaths due to production safety accidents
|
3
|
1
|
3
|
Total recorded accident (Incident) rate ((per 200,000 working-hours, %)
|
-
|
-
|
0.1062
|
Fatal accident rate (per 200,000 working-hours, %)
|
-
|
-
|
0.00072
|
Indicators
|
2018
|
2019
|
2020
|
Number of suppliers passed qualification assessment
|
-
|
18,646
|
21,446
|
Percentage of suppliers qualified by QHSE management system (%)
|
26.0
|
31.1
|
31.3
|
Number of suppliers qualified by the quality management system (ISO 9000)
|
9,614
|
9,312
|
10,327
|
Percentage of suppliers qualified by the quality management system (ISO 9000) (%)
|
47.3
|
49.9
|
48.2
|
Number of suppliers qualified by the environmental management system (ISO 14000)
|
6,071
|
6,463
|
7,412
|
Percentage of suppliers qualified by the environmental management system (ISO 14000) (%)
|
29.9
|
34.7
|
34.6
|
Number of suppliers qualified by the occupational health and safety management system (ISO 18000)
|
5,621
|
6,108
|
7,044
|
Percentage of suppliers qualified by the occupational health and safety management system(ISO 18000) (%)
|
27.7
|
32.8
|
32.8
|
Indicators
|
2018
|
2019
|
2020
|
Investment in vocational training (10,000 RMB)
|
748.08
|
850.21
|
875.04
|
Vocational training coverage (%)
|
75
|
78.2
|
85.7
|
Indicators
|
2018
|
2019
|
2020
|
Total amount of vocational training (hours)
|
-
|
10,190,302
|
12,853,165
|
Average training hours of employees (hours)
|
-
|
25.34
|
33.47
|
Average training hours of male employees
|
-
|
49.48
|
52.61
|
Average training hours of female employees
|
-
|
49.83
|
53.53
|
Average training hours of senior management staff
|
-
|
40.57
|
52.21
|
Average training hours of mid-level management staff
|
-
|
41.62
|
48.65
|
Average training hours of grassroots employees
|
-
|
50.26
|
45.62
|
Vocational training participation (person-time)
|
936,143
|
985,612
|
1,536,501
|
Online training participation (person-time)
|
-
|
5,014,143
|
1,259,800
|
Total amount of online training (hours)
|
-
|
101,903
|
27,721,300
|
Training participation rate of male employees
|
-
|
33.95
|
36.85
|
Training participation rate of female employees
|
-
|
34.84
|
35.62
|
Training participation rate of senior management staff
|
-
|
81.18
|
95.60
|
Training participation rate of mid-level management staff
|
-
|
44.61
|
92.50
|
Training participation rate of grassroots employees
|
-
|
35.77
|
85.60
|
Indicators
|
2018
|
2019
|
2020
|
Number of patients cured under the Lifeline Express Programme
|
3,456
|
2,376
|
1,006
|
|
• |
GHGs emission (million tonnes CO2-equivalent)
|
|
• |
Direct GHGs emission (million tonnes CO2-equivalent)
|
|
• |
Indirect GHGs emission (million tonnes CO2-equivalent)
|
|
• |
CO2- capture (thousand tonnes)
|
|
• |
Consumption of crude oil (million tonnes)
|
|
• |
Consumption of natural gas (billion cubic metres)
|
|
• |
Consumption of purchased electricity (billion kWh)
|
|
• |
Consumption of coal (million tonnes)
|
|
• |
Weight of hazardous waste disposed by third-parties(thousand tonnes)
|
|
• |
Number of accidents reported
|
|
• |
Number of deaths due to production safety accidents
|
|
• |
Total number of employees
|
|
• |
Employee turnover rate (%)
|
|
• |
Number of patients cured under the Lifeline Express Programme
|
Subject Areas, Aspects, General Disclosures and KPIs
|
Pages
|
|
A: Environmental
|
||
Aspect A1: Emissions
|
General Disclosure Information on: (a) the policies; and (b) compliance with relevant laws and regulations that have a significant impact on the issuer relating to air and greenhouse gas emissions, discharges into water and land, and generation of hazardous and non-hazardous waste.
|
37-38, 49-54
|
KPI A1.1
|
The types of emissions and respective emissions data.
|
77
|
KPI A1.2
|
Direct (Scope 1) and energy indirect (Scope 2) greenhouse gas emissions (in tonnes) and, where appropriate, intensity (e.g., per unit of production volume, per facility).
|
77
|
KPI A1.3
|
Total hazardous waste produced (in tonnes) and, where appropriate, intensity (e.g., per unit of production volume, per facility).
|
78
|
KPI A1.4
|
Total non-hazardous waste produced (in tonnes) and, where appropriate, intensity (e.g., per unit of production volume, per facility).
|
78
|
KPI A1.5
|
Description of emissions target(s) set and steps taken to achieve them.
|
35-45
|
KPI A1.6
|
Description of how hazardous and non-hazardous wastes are handled, and a description of reduction target(s) set and steps taken to achieve them.
|
51-54
|
Aspect A2: Use of Resources
|
General Disclosure: Policies on the efficient use of resources, including energy, water and other raw materials.
|
54-56
|
KPI A2.1
|
Direct and/or indirect energy consumption by type (e.g., electricity, gas or oil) in total (kWh in '000s) and intensity (e.g., per unit of production volume, per facility).
|
78
|
KPI A2.2
|
Water consumption in total and intensity (e.g., per unit of production volume, per facility).
|
78
|
KPI A2.3
|
Description of energy use efficiency target(s) set and steps taken to achieve them.
|
35-40
|
KPI A2.4
|
Description of whether there is any issue in sourcing water that is fit for purpose, water efficiency target(s) set and steps taken to achieve them.
|
54-56
|
KPI A2.5
|
Total packaging material used for finished products (in tonnes) and, if applicable, with reference to per unit produced.
|
-
|
Aspect A3: The
|
General Disclosure: Policies on minimizing the issuer's significant impacts on the environment and natural resources.
|
46-49, 57-58
|
Environment and Natural Resources
|
KPI A3.1
|
Description of the significant impacts of activities on the environment and natural resources and the actions taken to manage them.
|
49-50, 80
|
Aspect A4: Climate Change
|
General Disclosure: Policies on identification and mitigation of significant climate-related issues which have impacted, and those which may impact, the issuer.
|
32-35
|
|
KPI A4.1
|
Description of the significant climate-related issues which have impacted, and those which may impact, the issuer, and the actions taken to manage them.
|
35-45
|
|
B. Social
|
|||
Employment and Labour Practices
|
|||
Aspect B1: Employment
|
General Disclosure Information on: (a) the policies; and (b) compliance with relevant laws and regulations that have a significant impact on the issuer relating to compensation and dismissal, recruitment and promotion, working hours, rest periods, equity opportunity, diversity, anti-discrimination, and other benefits and welfare.
|
65-66
|
|
KPI B1.1
|
Total workforce by gender, employment type (for example, full- or part- time), age group and geographical region.
|
78-79
|
|
KPI B1.2
|
Employee turnover rate by gender, age group and geographical region.
|
78-79
|
|
Aspect B2: Health and Safety
|
General Disclosure Information on: (a) the policies; and (b) compliance with relevant laws and regulations that have a significant impact on the issuer relating to providing a safe working environment and protecting employees from occupational hazards.
|
59-62
|
|
KPI B2.1
|
Number and rate of work-related fatalities occurred in each of the past three years including the reporting year.
|
79-80
|
|
KPI B2.2
|
Lost days due to work injury.
|
79-80
|
|
KPI B2.3
|
Description of occupational health and safety measures adopted, and how they are implemented and monitored.
|
61-64, 66-67
|
|
Aspect B3: Development and Training
|
General Disclosure: Policies on improving employees' knowledge and skills for discharging duties at work. Description of training activities.
|
68-69
|
|
KPI B3.1
|
The percentage of employees trained by gender and employee category (e.g., senior management, middle management).
|
80-81
|
|
KPI B3.2
|
The average training hours completed per employee by gender and employee category.
|
80-81
|
|
Aspect B4: Labour Standards
|
General Disclosure Information on: (a) the policies; and (b) compliance with relevant laws and regulations that have a significant impact on the issuer relating to preventing child and forced labour.
|
65
|
|
KPI B4.1
|
Description of measures to review employment practices to avoid child and forced labour.
|
65
|
KPI B4.2
|
Description of steps taken to eliminate such practices when discovered.
|
65
|
|
Operating Practices
|
|||
Aspect B5: Supply Chain Management
|
General Disclosure: Policies on managing environmental and social risks of the supply chain.
|
71-72
|
|
KPI B5.1
|
Number of suppliers by geographical region.
|
80
|
|
KPI B5.2
|
Description of practices relating to engaging suppliers, number of suppliers where the practices are being implemented, and how they are implemented and monitored.
|
71-72
|
|
KPI B5.3
|
Description of practices used to identify environmental and social risks along the supply chain, and how they are implemented and monitored.
|
71-72
|
|
KPI B5.4
|
Description of practices used to promote environmentally preferable products and services when selecting suppliers, and how they are implemented and monitored.
|
71-72
|
|
Aspect B6: Product Responsibility
|
General Disclosure Information on: (a) the policies; and (b) compliance with relevant laws and regulations that have a significant impact on the issuer relating to health and safety, advertising, labelling and privacy matters relating to products and services provided and methods of redress.
|
73-74
|
|
KPI B6.1
|
Percentage of total products sold or shipped subject to recalls for safety and health reasons.
|
-
|
|
KPI B6.2
|
Number of products and service related complaints received and how they are dealt with.
|
73-74
|
|
KPI B6.3
|
Description of practices relating to observing and protecting intellectual property rights.
|
20, 29-30
|
|
KPI B6.4
|
Description of quality assurance process and recall procedures.
|
73-74
|
|
KPI B6.5
|
Description of consumer data protection and privacy policies, and how they are implemented and monitored.
|
73-74
|
|
Aspect B7: Anti- corruption
|
General Disclosure Information on: (a) the policies; and (b) compliance with relevant laws and regulations that have a significant impact on the issuer relating to bribery, extortion, fraud and money laundering.
|
19-22
|
|
KPI B7.1
|
Number of concluded legal cases regarding corrupt practices brought against the issuer or its employees during the reporting period and the outcomes of the cases.
|
22
|
|
KPI B7.2
|
Description of preventive measures and whistle-blowing procedures, and how they are implemented and monitored.
|
20-22
|
KPI B7.3
|
Description of anti-corruption training provided to directors and staff.
|
20-22
|
|
Community
|
|||
Aspect B8: Community Investment
|
General Disclosure: Policies on community engagement to understand the needs of the communities where the issuer operates and to ensure its activities take into consideration the communities' interests.
|
9-12, 13-16, 72-73, 74-75
|
|
KPI B8.1
|
Focus areas of contribution (e.g., education, environmental concerns, labour needs, health, culture, sport).
|
9-12, 72-73, 81
|
|
KPI B8.2
|
Resources contributed (e.g., money or time) to the focus area.
|
13-16
|
Scope
|
UNGC's Ten Principles
|
Pages
|
Human Rights
|
Businesses should support and respect the protection of internationally proclaimed human rights; and
|
65
|
Make sure that they are not complicit in human rights abuses.
|
65
|
|
Labour
|
Businesses should uphold the freedom of association and the effective recognition of the right to collective bargaining;
|
65-66
|
The elimination of all forms of forced and compulsory labour;
|
65
|
|
The effective abolition of child labour; and
|
65
|
|
The elimination of discrimination in respect of employment and occupation.
|
65-66
|
|
Environment
|
Businesses should support a precautionary approach to environmental challenges
|
32-35, 46-47
|
Undertake initiatives to promote greater environmental responsibility; and
|
35-45, 51-58
|
|
Encourage the development and diffusion of environmentally friendly technologies.
|
35-45, 49-51
|
|
Anti-Corruption
|
Businesses should work against corruption in all its forms, including extortion and bribery.
|
19-22
|
TCFD recommended disclosures
|
Pages
|
Governance: Disclose the organisation's governance around climate-related issues and opportunities.
|
a) Describe the board's oversight of climate-related risks and opportunities.
|
6, 32-33
|
b) Describe the management's role in assessing and managing climate-related risks and opportunities.
|
32-33
|
Strategy: Disclose the actual and potential impacts of climate-related risks and opportunities on the organisation's business, strategy and financial planning where such information is material.
|
|
a) Describe the climate-related risks and opportunities the organisation has identified over the short, medium, and long term
|
33-35
|
b) Describe the impact of climate-related risks and opportunities on the organisation's businesses, strategy and financial planning.
|
33-35
|
c) Describe the resilience of the organisation's strategy, taking into consideration different climate-related scenarios, including a 2°C or lower scenario.
|
-
|
Risk Management: Disclose how the organisation identifies, assesses and manages climate-related risks.
|
|
a) Describe the organisation's processes for identifying and assessing climate-related risks.
|
32-35
|
b) Describe the organisation's processes for managing climate-related risks.
|
32-45
|
c) Describe how processes for identifying, assessing and managing climate-related risks are integrated into the organisation's overall risk management.
|
32-35
|
Metrics and Targets: Disclose the metrics and targets used to assess and manage relevant climate-related risks and opportunities where such information is material.
|
|
a) Disclose the metrics used by the organisation to assess climate-related risks and opportunities in line with its strategy and risk management process
|
77-78
|
b) Disclose Scope 1, Scope 2 and, if appropriate, Scope 3 GHG emissions, and the related risks.
|
32-35
|
c) Describe the targets used by the organisation to manage climate-related risks and opportunities and performance against targets
|
32-45, 54-56
|
Scope
|
Criteria for UNGC Advanced Level
|
Pages
|
Strategy Governance and Engagement
|
Criterion 1: Key aspects of the Company's advanced level sustainability strategy in line with Global Compact principles
|
4-5, 17
|
Criterion 2: Effective decision-making processes and systems of governance for corporate sustainability
|
23-24, 32-33, 46-49, 59-60, 65, 71-72
|
|
Criterion 3: Engagement with all important stakeholders
|
29-30, 71-73, 74-76
|
|
UN Goals and Issues
|
Criterion 4: Actions taken in support of broader UN goals and issue
|
27-29
|
Human Rights Implementation
|
Criterion 5: Robust commitments, strategies or policies in the area of human rights
|
65-66
|
Criterion 6: Effective management systems to integrate the human rights principle
|
23-24, 65-66
|
|
Criterion 7: Effective monitoring and evaluation mechanisms of human rights integration
|
23-24, 65-66
|
|
Criterion 8: Key outcomes of the human rights integration
|
65-70
|
|
Labour Principles Implementation
|
Criterion 9: Robust commitments, strategies or policies in the area of Labour
|
65-66
|
Criterion 10: Effective management systems to integrate the Labour principle
|
23-24, 65-70
|
|
Criterion 11: Effective monitoring and evaluation mechanisms of the labour principle integration
|
23-24, 65-70
|
|
Criterion 12: Key outcomes of the Labour principle integration
|
78-81
|
|
Environmental Stewardship
Implementation
|
Criterion 13: Robust commitments, strategies or policies in the area of environmental stewardship
|
33-35, 46-47, 49-58
|
Criterion 14: Effective management systems to integrate the environmental principle
|
50-56
|
|
Criterion 15: Effective monitoring and evaluation mechanisms for environmental stewardship
|
46-49
|
|
Criterion 16: Key outcomes of the environmental principle integration
|
39-40, 42-45, 49-58
|
Anti-Corruption
Implementation
|
Criterion 17: Robust commitments, strategies or policies in the area of anti-corruption
|
19-22
|
Criterion 18: Effective management systems to integrate the anti-corruption principle
|
19-22
|
|
Criterion 19: Effective monitoring and evaluation mechanisms for the integration of anti-corruption
|
19-22
|
|
Criterion 20: Key outcomes of the anti-corruption principle integration
|
20-22
|
|
Value Chain Implementation
|
Criterion 21: Implementation of the Global Compact principles in the value chain
|
71-73
|
Transparency and Verification
|
Criterion 22: The COP provides information on the Company's profile and context of operation
|
Report Information
|
Criterion 23: The COP incorporates high standards of transparency and disclosure
|
Report Information
|
|
Criterion 24: The COP is independently verified by a credible third-party
|
82-84
|
Secretariat of the Board
China Petroleum & Chemical Corporation
No.22 Chaoyangmen North Street, Chaoyang District, Beijing 100728, PRC
|
Content
|
Very good /
|
Good /
|
Fair /
|
Poor /
|
Very poor
|
This report provides a complete and accurate description of the significant economic, social and environmental impacts of Sinopec Corp.
|
☐ | ☐ | ☐ | ☐ | ☐ |
This report responds to and discloses information about the concerns of stakeholders.
|
☐ | ☐ | ☐ | ☐ | ☐ |
The information, indicators and data disclosed in this report are clear, accurate and complete.
|
☐ | ☐ | ☐ | ☐ | ☐ |
This report is easy to read, i.e., its structure, content, wording and layout are well designed.
|
☐ | ☐ | ☐ | ☐ | ☐ |