Community-scale power plant with a greenhouse campus
STEP 5 · The Value Layer · No Wasted Exhaust

Emissions become
food and jobs.

After the heat is harvested and the power is generated, what remains — cleaned CO₂ and water vapor — is exactly what a greenhouse wants. The stack runs clean, and the community eats year-round.

01 · RPC 02 · SRU Condenser 03 · PCM Storage 04 · ORC Power 05 · Greenhouse
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greenhouse campus modeled beside a representative coal plant
CO₂+H₂O
cleaned exhaust streams routed to the greenhouse instead of the sky
365
days a year of local food production, whatever the climate
How it works

A greenhouse is the perfect
customer for a clean stack.

Plants grow faster with supplemental CO₂, steady warmth, and water. The Sidel CREN chain produces all three as by-products: the SRU condenses clean water, the storage stage delivers steady low-grade heat, and the cleaned exhaust supplies CO₂ enrichment. What used to be a compliance problem becomes the anchor of a local food economy.

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Local Food Security

Fresh produce grown beside industrial communities — not trucked in from another hemisphere.

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Jobs & Training

Greenhouse operations create employment, training, and agricultural entrepreneurship.

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A Visible ESG Story

Utilities, regulators, and host communities see the benefit with their own eyes — clear stacks and green rows.

Diagram showing where PCM fits into a power plant: vapour condensation and cooling tower plume condensation feed PCM heat storage, which powers an ORC turbine; separately, flue gas passes through the RPC, the SRU condenser, CREN PCM heat storage, and the TESS ORC turbine before reaching the stack
Where PCM fits into the plant: low-grade heat from vapour condensation, cooling tower plumes, and the flue gas path (RPC → SRU → PCM storage → TESS ORC turbine) is captured and converted to power before the stack — with the greenhouse drawing on the same clean heat and CO2.
Aerial view of an industrial plant
The complete picture

Community-scale power,
built for pride.

The end-state vision: community-scale power plants (15–50 MW) built for efficiency and resilience — where nothing is wasted, heat and CO₂ are repurposed into jobs and food, and the neighbours are glad the plant is there.

That's the whole chain

Capture. Store. Reuse. Convert.

Five stages, three proven technologies, one accountable platform — delivered through a metered, pilot-first process that proves the savings before anyone scales.

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