Baseload power
for the AI era.
Clean solid-fuel combustion for behind-the-meter, off-grid baseload. Engineered to power AI compute, industry and sovereign infrastructure 24/7.
Coal, burnt clean.
Solid fuel is the densest, most abundant energy source on the planet, and the dirtiest, until now. Glas combustion technology delivers emissions substantially below the UK's strictest-in-the-world regulatory limits, satisfying EU IED, US EPA NSPS and World Bank IFC thresholds in a single platform.
Biomass is certified today. Coal emissions are modelled below biomass; certification is the next milestone.
Demand is outrunning the grid in every target market.
Every gigawatt waiting on a grid connection is a behind-the-meter opportunity for Glas. The AI build-out cannot wait seven years for an interconnect.
Projected US data centre demand by 2030, 3.6× today.
Data centre demand stuck in the UK grid connection queue.
Queued in Brandenburg alone, against 7+ year grid waits.
Global data centre capacity by 2030. 156 GW AI-specific.
Annual global data centre electricity demand by 2030.
AI infrastructure capex required globally, 2025–2030.
Multi-fuel, behind-the-meter.
- No grid interconnect queue. Shortened deployment timelines.
- £0.14/kWh PPA vs ~£0.25/kWh UK retail grid.
- Burns coal, biomass, anthracite, lignite, petcoke.
- 98–99% combustion efficiency vs ~45% for incumbents.
- Carbon-capture ready: graphene and protein-feed upside.
- 24/7 baseload reliability where intermittents cannot reach.
Every tailwind is pointing at Glas.
AI compute demand
Outpacing grid build-out at every measurable scale.
Grid constraints
Seven-year US interconnect queues. UK and EU close behind.
Sovereign energy
Nations want domestic baseload they control.
Clean-air regulation
Tightening globally. Glas already operates inside the limits.
Stranded coal assets
Existing infrastructure looking for a clean second life.
Hyperscaler appetite
Active search for behind-the-meter, off-grid baseload.