Biodiversity

Through its various sites, ENGIE can contribute to the preservation of biodiversity by optimizing the use of its land footprint, restoring ecological corridors and reducing the presence of invasive alien species.

In 2010, the Group fixed the goal of implementing a targeted action plan on all its priority sites in Europe by 2015. For the period 2016-2020, this objective has been integrated into the internal objective of integrated and concerted environmental management.

For the period 2020-2030, ENGIE has stepped up its commitments to identify priority sites for biodiversity and has set an ecological management objective for all its industrial sites.

Action plans for priority sites

A priority site is defined as a site located in or near a biodiversity sensitive area (IUCN Categories I-IV, UNESCO Natural and Mixed, RAMSAR, MAB, KBA, Natura 2000). A site identified as a priority must establish an appropriate action plan, in consultation with stakeholders.

Target: 50% priority sites with an action plan established with relevant stakeholders by 2025, and 100% by 2030.

• Wind farm and Agroforestry to act in favor of biodiversity

The ENGIE Green wind farm in Mont de la Grévière, France, is identified as a priority site because of its proximity to a Natura 2000 protected area. In order to offset the loss of habitat for agricultural plain avifauna linked to the establishment of the wind farm, in 2016 ENGIE Green supported the planting of agroforestry trees on 18 hectares of Ardennes agricultural plots.

This co-development (agroforestry and wind power) is beneficial for the soil and biological diversity, but also for the agricultural world and renewable energy.

• The plantation of a little more than 4600 ml of noble wood trees of several species allows to welcome several species at different periods of the year.
• The grassy strips at the foot of the trees are very good refuges for insects and lowland species
• Water storage and filtering capacity of the soil (confirmed by the study of the hydrological and biogeochemical functions of the soil)
• Biomass creation and carbon storage
• Land more suitable for agriculture

In order to verify the effectiveness of this action, ENGIE Green has launched, in 2019, an environmental monitoring of these plots in partnership with the French Association of Agroforestry and the Regroupement des Naturalistes Ardenais (ReNard).

Among the results of this first year of monitoring, two striking results have already emerged:

• Water infiltrates 11 times faster in the trees than elsewhere
• The number of insects per hectare is nearly 4 times higher on the agroforestry plots than on the control plots, and the specific diversity is more than 10 times higher.  

Ecological site management

For all of the Group’s industrial activities, ENGIE is committed to implementing ecological management on its sites, which means, at a minimum, no use of phytosanitary products and differentiated management of green spaces. 
 

Target: 50% of the sites in 2025 and 100% in 2030. 

• Solar parks and pollinisators in the US

Since 2016, ENGIE NorthAmerica has incorporated revegetation as a standard element in the design of solar parks, using mixtures of grasses and flowering plants that grow naturally in the area, providing a pollinator-friendly ecosystem. These natural habitats protect the pollinator food chain. Flowers provide nectar for insects, birds eat seeds and insects, and plant stems and brush provide nesting and safety for all.

Today, 100% of ENGIE Distributed renewables' solar farms in 14 states benefit from this best practice. This represents almost 300 hectares of planting. 

In addition to the positive effects on biodiversity, this technique prevents soil erosion and degradation, absorbs rainwater, and reduces suspended dust by 80%.

The preservation of biodiversity and the fight against climate change are two profoundly linked issues. Since the appearance of the first forms of life, biodiversity and climate have interacted constantly. 

Reducing greenhouse gas emissions to combat global warming is not only compatible with the preservation of biodiversity, it is also one of the conditions for its success. The reverse is also true: by preserving the ecosystem balances of a territory and by preserving the ecological functionalities of a habitat, the climatic conditions are also naturally regulated.

Learn more about ENGIE's commitments to the Climate

Nature-based Solutions

Nature-based Solutions rely on ecosystems to address societal and environmental challenges. They play an essential role in climate change adaptation and biodiversity preservation.
To act simultaneously on the challenges of climate change and biodiversity, ENGIE is committed to implementing identified projects that comply with the Nature-based Solutions standard defined by IUCN.

Target: development of 10 projects identified as Nature-based Solutions by 2022 and implementation of these projects in 2025.

• Mangrove plantation, Abu Dhabi

ENGIE Middle East, in association with the Abu Dhabi Environmental Agency, sponsored the launch of the first phase of the “Blue Carbon” environmental and social responsibility project. 

Through the Blue Carbon project, 4,000 mangrove seeds were sown by drone near the ENGIE site in Mirfa to restore the mangroves in Abu Dhabi's coastal waters. Mangroves are vital for storing blue carbon, which is carbon captured by the world's oceans and coastal ecosystems, including seagrasses, mangroves and salt marshes. 

Although much smaller in size than tropical forests, mangroves sequester more carbon at a faster rate and can do so for thousands of years.

This action creates an environmental benefit by preserving and restoring biodiversity and also addresses the challenge of climate change by reducing greenhouse gas emissions.

Learn more about Nature-based Solutions

Impacts on biodiversity are spread across the entire value chain. The Groupe therefore integrates in its risk and opportunity analyses the potential impacts of its own activities as well as those of the supply chain and maintains a dialogue with stakeholders throughout the value chain.

Mitigation Hierarchy

Among the CSR criteria of the projects presented to the Commitment Committee (CDE) figures a criterion related to the application of the Mitigation hierarchy, based on the national regulations and the recommendations of the IFC (International Finance Corporation). 
ENGIE is committed to applying the Mitigation hierarchy throughout the world in consultation with the stakeholders. Offset projects will follow IUCN recommendations (WCC 2016 Res 059)
 

Target: 100% of the files submitted to the Group’s CDE are subjected to a concerted analysis of the biodiversity challenges in 2022 and extend progressively to files not passing through the CDE Group

• Application of Mitigation Hierarchy in the implementation of the Novo Estado Transmission System project (Brazil)

The transmission lines of the Novo Estado project extend for approximately 1.8 thousand kilometers. ENGIE Brazil has designed the route of these lines to avoid as much as possible the most sensitive areas, in order to avoid any interference with conservation units, indigenous lands and quilombola communities.

The project also includes, where appropriate, the use of self-supporting towers in fragmented forest areas where detours were not possible, in areas with a high density of threatened and legally protected species, and in points where secondary vegetation is in intermediate and advanced stages of regeneration.

To reduce, control and offset environmental impacts, several environmental programs and sub-programs were implemented. The actions include, among others, monitoring and rescue of fauna and flora, archaeological survey and rescue, speleological survey, environmental education, construction control, social communication, recovery of degraded areas, environmental management and the action plan for malaria control.

• Loregaz project, Loretto site in Ajaccio (Corsica, France)

The Loregaz project is an ENGIE project of public interest which aims at making the gas supply of the Ajaccio region sustainable. It consists in building 2 new gas tanks encased in concrete silos, replacing the current overhead tanks.

Before the construction, Hermann's turtles and the orchids Serapias neglecta and Serapias parviflora were moved, under control of an ecologist, in order to avoid that the future construction site impacts them. Subsequently, in the application of a conservation management, these species were the subject of inventories and monitoring.

Furthermore, in order to offset the environmental impacts generated by the construction of the installation (on 2 hectares), ENGIE has associated with the Conservatoire des Espaces Naturels de Corse (CEN Corse) to manage, until 2038, 23 hectares of land suitable for the development of impacted species. The management of these offset areas, located in Loretto, Vignola and Suartello, has been entrusted to CEN Corse because of its expertise in the management of natural areas and its knowledge of local territories. 

Finally, other offset measures were taken to contain the development of invasive exotic species and to maintain the "mosaic" environment (alternating open and closed environments) favorable to Hermann's turtle, protected orchids and other species on the sites, such as reptiles and avifauna.

Supply chain

ENGIE is committed to integrating biodiversity criteria into life cycle assessments to carry out an in-depth analysis of the impacts and dependencies with regard to biodiversity for the Group’s activities throughout the value chain, in order to identify the challenges and the appropriate solutions to meet them. 

Target: A least 2 activities per year by 2025.

• Life Cycle Assessment in SBTN Step 1

Life Cycle Assessment is one of the methods proposed for the analysis of impacts and dependencies regarding biodiversity, in the Science-Based Target for Nature (SBTN) implementation guide. ENGIE is participating in the pilot phase of this work. 

• Sustainable biomass supply

The Group is involved in developing biodiversity good practices internally or externally through its sourcing of energy, especially biomass.

The Group’s commitments can only be met with the involvement of employees. We are therefore developing tools to raise awareness and share best practices that are accessible to all.

Training and awareness of employees

In order to raise awareness and train its employees on biodiversity and its link with their work, ENGIE provides in-house training modules, as well as an internal Yammer network on biodiversity.

Target: 2 modules minimum per year by 2025, available in 3 languages

3000 employees aware per year

Sharing good practices

In order to promote and encourage initiatives in favor of nature and to give recognition to these actions, ENGIE provides to all employees a platform for sharing good practices.

Target reached: the platform was launched in 2021. 

The initiatives already implemented illustrate the depth and diversity of action the Group can take to protect or even improve biodiversity at local level:

Other actions :

• Reduction or complete stoppage of wind power generation during bird migration periods
• Remediation of brownfield sites
• The introduction of ultrasound techniques to prevent fish being caught in the cooling water inlet filters of conventional power generating plants

Biodiversity action plans are also deployed outside Europe, such as programs to restore flora and protect fauna and ichthyofauna along the banks of dams and reservoirs in Brazil, or actions implemented for conventional power generating plants to limit the impact of water intakes or discharge of seawater .

Caring for the environment is also a source of improved performance for the Group in terms of its reputation, internal motivation, authorization procedure reduction, heritage development, etc. Feedback from the Group’s action plans shows that some sites have gone beyond their targeted action plan goals. They adopt proactive approaches that aim to involve and engage with all stakeholders, such as the biodiversity project of differentiated management implemented on all gas storage sites in France.