Applications
Pressure energy.
Across the gas value chain.
Recover pressure energy across gas production, storage, industrial consumers and data centers. Available waste heat adds electrical output in production, storage and industrial applications.
Offshore gas & gas-condensate
Convert reservoir pressure energy and available waste heat into electrical power, reducing fuel-gas use and CO₂ emissions.
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Onshore gas production
Convert gas pressure energy and available waste heat into power at production, gathering and treatment facilities.
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Underground gas storage
Recover a significant part of stored-gas pressure energy and harness reservoir heat during withdrawal, with available waste heat adding further power.
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Industrial consumers
Convert gas pressure energy and available industrial waste heat into electricity for local consumption or export.
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Data centers
Generate electricity from gas-pressure reduction, while expansion cooling can contribute to the server park’s cooling loop.
Explore applicationGas-turbine photo: Steven Bradley / Wikimedia Commons · CC BY-SA 3.0 · Cropped for layout.
A common starting point
Find the energy.
Define the integration.
The strongest opportunities combine useful gas flow, an available pressure drop and a workable route for the recovered power.
- Characterise the operating window
Pressure, flow, temperature and composition over time determine the available energy and equipment duty.
- Understand the full facility
Heat availability, gas quality, electrical demand and downstream constraints shape the concept.
- Choose the delivery model
Operator-owned integration and Energy-as-a-Service address different ownership and procurement needs.
How much power is in
your pressure reduction?
Share your operating conditions. We can help establish the opportunity and the right next step.