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.
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.
Fresh produce grown beside industrial communities — not trucked in from another hemisphere.
Greenhouse operations create employment, training, and agricultural entrepreneurship.
Utilities, regulators, and host communities see the benefit with their own eyes — clear stacks and green rows.
A 100 MW gas plant with SRU + TESS can link its recovered energy to a greenhouse campus next door. Useful heat, treated condensate and conditioned CO₂ go into crop production. Packing jobs and short trips to produce markets add community value. We have developed two Texas concepts: a 20-acre greenhouse near Houston, and a West Texas food-energy campus that combines a 10-acre greenhouse with food processing and refrigerated logistics.
| Measure | A · Houston region | B · West Texas |
|---|---|---|
| Greenhouse area | 20 acres | 10 acres + processing & cold chain |
| Produce sales / year | $6.5–17.4M | $3.3–8.7M |
| Ag / logistics investment | $30.5–56.6M | $30.2–58.3M |
| Ag / logistics direct jobs | 80–120 | 65–105 |
| Including power-plant jobs | 100–155 | 85–140 |
Yield of 6–10 lb/ft²/year at a farm-gate price of $1.25–2.00/lb. This is not a crop-profit forecast, and West Texas cold-chain revenue is not priced. A complete gas + agriculture campus is estimated at $267–426M, which supports ~670–1,065 construction job-years and ~$53–149M in regional procurement. Designs must handle Texas summer cooling and dehumidification. No site, crop offtake or owner commitment is assumed.
A 20-acre greenhouse uses about 1,940 tonnes of CO₂ a year. A 100 MW gas plant emits about 300,000 tonnes a year, even after fuel savings, so the greenhouse takes less than 0.7% of the stream. Crop use is temporary, not permanent storage. Condensate and CO₂ supply are analyzed and treated, and crops are isolated automatically if quality fails.
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.
Five stages, three proven technologies, one accountable platform — delivered through a metered, pilot-first process that proves the savings before anyone scales.