Sustainability
An engineering outcome, built into the material.
The environmental case for these materials is the same as the commercial one: use less of them, and replace them less often.
Most of the impact of a structural material is spent before it is installed (in producing it) and again every time it is repaired or replaced. A material that lasts longer and uses less mass to do the same job reduces both, and the sustainable option becomes the default.
That is why sustainability here is part of the product itself. It comes from the same properties customers buy the material for.
Commitments
Where the material helps.
Clean water and sanitation
GIM Concrete is produced water-free, removing one of construction's largest resource demands.
Industry, innovation and infrastructure
Materials that are stronger, lighter and longer-lasting than the incumbents they replace.
Sustainable cities and communities
Infrastructure engineered for long service life with minimal maintenance.
Responsible consumption and production
Waste plastics, biochar and industrial by-products locked into structural material rather than landfilled.
Affordable and clean energy
Thermal management materials that reduce the energy cost of cooling digital infrastructure.
Decent work and economic growth
Skilled manufacturing employment, built through licensing and joint ventures rather than exported wholesale.