Biodiversity Conservation Strategy

ENN-NG initiates biodiversity assessment and conservation in all scenarios of its business development and implements projects to protect the ecological environment and biodiversity around its operation sites. We encourage our member companies to promote, procure, and use sustainable natural resources that have a low impact on the ecological environment and are beneficial to biodiversity conservation to minimise the impact on the ecological environment around our operation sites. On this basis, we create a systematic green industry system through biodiversity restoration and sustainable use of natural resources so that our business development can coexist with the natural environment, and we can join our hands to write a new chapter of the clean and green energy development of ENN-NG.

Metrics and targets
Metrics and targets
Governance
Governance
Strategy
Strategy
Risk Management
Risk Management
Conservation Initiatives in Business Scenarios
Conservation Initiatives in Business Scenarios

ENN-NG attaches great importance to the environmental impact on the surrounding ecosystems in daily operations and is committed to continuously improving its biodiversity conservation policies. It adheres to the goal of improving environmental management and ecological environmental protection, and strives to build a modernised world in which people and nature live in harmony. We are deeply aware of the necessity and importance of biodiversity, and therefore, according to the classification of biodiversity influential fatcors in Nature's Assets - Why Biodiversity is Good for Business , we sort out the ecological impacts caused by our business operations from five dimensions, that is, land-use change, climate change, pollution, overdevelopment, and species invasion, and put together biodiversity conservation measures taken to alleviate these impacts.

 

*The main business of ENN-NG does not involve matters related to species invasions, and it neither introduces alien species within its operation sites nor spread species to other areas through product sales.

Biodiversity Restoration Project of Zhoushan LNG Terminal
Biodiversity Restoration Project of Zhoushan LNG Terminal

Zhoushan LNG Terminal situates at the west side of Zhoushan Fishing Ground, which is the largest fishing ground in China and one of the four largest fishing grounds in the world. It is located at the mouth of Yangtze River, Qiantang River, and Yong River, where the coastal current, Taiwan warm current, and Yellow Sea cold water mass meet. Meanwhile, the Japanese cold current and the western Pacific warm current also converge here, stirring up the seawater and bringing nutrients to the surface, providing a rich natural food source for fish. The superior geographical, hydrological, and biological conditions make the waters of the Zhoushan Fishing Ground a suitable habitat for many kinds of fish to breed, grow, forage, and live through the winter. Its reef island area is an important spawning ground, foraging ground, and breeding base for large yellow croakers, Sepiella maindroni de Rochebrune, and finless porpoise. As a superior place for marine biodiversity conservation and marine fishery development, the area is of significant value for ecological protection, scientific research, and comprehensive development. Zhoushan LNG Terminal actively implements the spirit of the State Council on strengthening biodiversity conservation and the Zhejiang Province Biodiversity Conservation Strategy and Action Plan (2011-2030) issued by the Department of Ecology and Environment of Zhejiang Province, paying great attention to biodiversity conservation and sustainable use of biological resources in the sea area near Zhoushan LNG Terminal and restoring the ecological environment of sea-related projects.

Biodiversity Conservation in Wangjiata Coal  Mine Subsidence Area
Biodiversity Conservation in Wangjiata Coal Mine Subsidence Area

Wangjiata Coal Mine as energy production business, faces ecological challenges from land degradation, wetland destruction and lack of biological resources. Based on scientific research and planning, ENN-NG effectively prevent soil erosion, increase the area of wetlands, and form a natural wetland ecological circulation system through vegetation restoration and terrain river course sorting; build an infusion system through the introduction of filtration systems to make efficient use of natural water resources and wastewater; shape farmland planting demonstration areas and build breeding farms through the ecological transformation of agricultural and forestry resources. We will improve the local industrial structure, increase the income of local herders, and achieve sustainable positive development between enterprises and local communities.

Wastewater Treatment VOCs Treatment Project
Wastewater Treatment VOCs Treatment Project

To reduce ozone and PM2.5 intermediate emissions, Xinneng Energy has investigated and researched the wastewater treatment of VOCs (volatile organic compounds) on open liquid surfaces and set up a project according to the requirements of GB37822-2019 and GB31571-2015. The project uses alkali wash + biological integration + adsorption process treatment mode. The thirdparty test found that the project would reduce about 20,790 tons of total nonmethane hydrocarbons and about 11.8 tons of hydrogen sulfide every year; the odor concentration and other indicators are 50% better than the national standard.

20,790 tons
The project reduces non-methane total hydrocarbons by about approx.
11.8 tons
Hydrogen sulfide approx.
50% above
The odor concentration and other indicators have reached the national standard
For more details, please refer to the Biodiversity Conservation Report