Electric Vehicles
Cars, vans, buses and trucks that store energy in a battery instead of a tank.
Power Grids
The wires, transformers and substations that move electricity from where it is made to where it is used.
Data Centres & AI
The buildings full of servers that run cloud software and train AI models.
Wind Power
Turbines that turn moving air into electricity, onshore and at sea.
Solar Power
Panels that turn sunlight straight into electricity with no moving parts.
Nuclear Power
Reactors that split heavy atoms to boil water and drive a turbine.
Construction & Steel
Buildings, bridges, roads, rail and pipelines — the built world.
Aerospace & Defence
Aircraft, engines, satellites, missiles and armour.
Semiconductors
The chips that run everything with a plug or a battery.
Agriculture & Food
Growing food — which is, chemically, a mining problem.
Medicine & Health
Scanners, implants, instruments and radioisotopes.
Consumer Electronics
Phones, laptops, headphones, wearables and everything else with a screen.
Robotics & Automation
Machines that move, sense and act without a person holding them.
Hydrogen & Electrolysis
Splitting water with electricity to make a fuel and a chemical feedstock.
Grid Storage
Batteries and other systems that hold electricity for hours or days.
Housebuilding
Building and renovating places people live - the largest single buyer of sawn wood on Earth.
Furniture & Joinery
Chairs, cabinets, floors, doors and barrels - everything made of wood that is chosen for how it looks or how it behaves rather than what it can carry.
Packaging & Paper
Boxes, cartons, sacks, tissue and print - wood taken apart into fibres and reassembled as sheet.
Bioenergy & Heating
Burning wood for heat and power, from a cooking fire to a converted coal station.