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AstemLab

Feasibility

Pilot feasibility

A standardised module so feasibility can be quoted quickly and deployments scale by unit count rather than bespoke engineering.

1.8MW

Thermal capacity · per module

11.9GWh

Annual energy saved

476,000AZN

Annual cost savings (≈ $280,000)

150–1,800kW

Pilot deployment range

Sited at a refinery stream or an administrative complex, to validate the AI digital twin before portfolio-wide scale-up.

Payback period

Payback differs by case and is shown separately. The two studies model different capital costs against the same module.

Industrial case

4.97years

COP
3.8
1.8 MW
18–40 °C → 60–90 °C

Urban / metro case

710years

COP
3.0
1.8 MW
5–30 °C → 50–60 °C

Global precedents

The concept is proven abroad. The AI control layer and the Baku measurement set are what is new here.

London Bunhill 2

Underground heat recovery, 500+ homes heated

Warsaw M2

Metro heat-recovery system

The ask

Fund the Phase 1 pilot. Validate the AI digital twin. Scale across the metro network and the petrochemical portfolio.