The essentials.
The possibilities.
Six connected divisions. One long-term ambition to develop energy and natural resource assets.
Different resources.
A shared foundation.
Energy, water and materials are deeply connected. We intend to consider opportunities across their lifecycles, from the resource itself to its productive use and recovery.
Energy
The power to move forward.
Our ambition is to develop the systems that generate, store and deliver electricity. We aim to explore opportunities across generation, energy storage, transmission and distribution.
Reliable energy connects resources to everyday life. We intend to consider the whole system: how power is produced, where it is needed and how it reaches people and industry.
Water
An essential resource. A lasting responsibility.
We aim to develop water-related projects spanning sourcing, treatment, desalination, storage and supply, with a long-term view of resource availability and local needs.
Water underpins communities, industry and the natural world. Our future approach will consider the resource, its setting and the infrastructure needed to manage it responsibly.
Oil & Gas
Understanding the full energy landscape.
Our long-term scope includes exploration, extraction, processing and fuels. Any future opportunity would require careful technical, environmental, regulatory and commercial assessment.
Energy systems are complex and interconnected. We intend to evaluate opportunities on their specific merits and obligations, with attention to long-term demand and the wider energy transition.
Minerals & Metals
The materials behind possibility.
We aspire to develop mining, refining and material-production assets that contribute to the supply of essential minerals and metals.
Infrastructure, electrification and manufacturing depend on physical materials. Our ambition is to understand opportunities from the resource itself through processing and eventual use.
Biological Resources
Working with living systems.
Our future interests include forestry, biomass and renewable biological materials, with an emphasis on understanding resource cycles and the landscapes that support them.
Biological resources operate on natural timescales. We intend to consider regeneration, land use and the relationship between material use and the systems that sustain it.
Resource Recovery
Value beyond the first use.
We aim to explore recycling, materials recovery, reuse and waste-to-energy projects that can return useful materials and energy to productive use.
What remains after one process may become an input to another. Our ambition is to assess recovery opportunities alongside the technical and environmental realities of each material stream.