Embedding sustainability into projects

Our commitment to safety, the environment and communities plays an important role in how we plan, design and operate our projects and facilities. We conduct detailed environmental, social and health impact assessments for every major project.

Female environmental adviser to Shell Bolivia, takes measurements from a nearby river with the help of three community coordinators at the Jaguar Camp in Bolivia. (photo)

An environmental adviser to Shell Bolivia takes measurements from a river with the help of three community coordinators at the Jaguar Camp. Shell is running an exploration project nearby to find natural gas in a remote and mountainous community.

When we invest in projects, we aim to balance the short- and long-term interests of our business. For investment decisions, we consider the economic, social, ethical and environmental risks and opportunities as well as the political and technical risks. The Canada joint venture and Shell Canada's Groundbirch asset in British Columbia are examples of how we embed sustainability in our projects (see Delivering natural gas in Canada).

Managing risks to people and the environment is essential to delivering a successful project. The mandatory requirements in our Health, Safety, Security, Environment and Social Performance (HSSE&) Control Framework help to ensure our projects and assets are safe.

As part of the Control Framework, we require projects and assets that produce more than 50,000 tonnes of greenhouse gases per year to have a greenhouse gas and energy management plan in place (see Energy efficiency in our operations). For projects, our planning process helps to guide our decisions on which technology to use, including whether carbon capture and storage should be considered, and whether to move ahead with the project.

For example, applying the framework at our Gorek gas platform in Malaysia highlighted that solar panels could be used as one source for the power supply. At our Pearl gas-to-liquids plant in Qatar, we are using a fuel by-product of the process to power the plant. This fuel had previously been flared, or burned off. Using it in this way has helped reduce our overall emissions by 550,000 tonnes of CO2 on a yearly basis.

An interactive guide to sustainability across the life of a project

Click on the icons to see examples of how we plan or develop new activities around the world.

A guide to sustainability across the life of a project

Project life cycle (infographic)
Identify and assess
Identify and assess understand the opportunity, test feasibility
Select
Select decide on the right development concept
Define
Define mature the project specifications and plan
Execute
Execute build the project
Operate
Operate deliver value from the project
Decomission and restore
Decommission and restore restore the surroundings of facilities in line with relevant legislation

Identify people who may be interested in or affected by the project

Engage with stakeholders (e.g. communities, host governments and NGOs) and feed responses into our risk analyses and decision-making process

Conduct baseline studies of the local environment (e.g. water, biodiversity, social livelihoods) and consider how the project may affect it

Based in assessment of potential impacts and stakeholder engagement, identify mitigation and enhancement measures

Implement a mitigation plan for project development, construction and operation

We engage with communities and other stakeholders as part of our impact assessment process to explain the project, consider suggestions and discuss possible ways to address any concerns. In addition to complying with relevant social and environmental regulations and align with international standards, including those from the World Bank and its International Finance Corporation, seeking community input helps us to improve project design.

We train our project teams to understand how to use impact assessments to embed sustainability into projects. Project teams are supported by specialists in areas such as biodiversity, waste, air, energy and water management, as well as indigenous peoples’ rights, cultural heritage and resettlement.

LNG
liquefied natural gas
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SP
Social Performance
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HSSE&SP
health, safety, security, environment and social performance
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