Pressure Energy Recovery
Generate power where pressure is currently throttled away.
Magnetic levitation turboexpander-generator systems for natural gas pipelines, city-gate stations, LNG processes and industrial gas networks.
Best Fit
Use this route when the plant already reduces pressure and wants to recover that pressure drop as power.
- Natural gas, process gas or special gas is currently throttled through a pressure-reduction step.
- Stable downstream pressure must be preserved while controlled expansion is introduced.
- Gas composition, preheating and operating variability all affect route selection.
Fast Assessment
Send four inputs to start the review.
- Gas composition and service medium
- Inlet pressure and required outlet pressure
- Flow range and operating pattern
- Temperature and preheating conditions
Typical next step
We first check whether the available pressure ratio and gas conditions support a practical recovery route before discussing equipment scope.
Application Engineering
Replace energy-dissipating pressure reduction with controlled expansion.
Boomtec evaluates available pressure ratio, flow stability, gas composition, preheating requirements and downstream pressure control before defining the turbine-generator route.
Typical Sources
- Natural-gas city-gate and pressure-regulation stations
- Industrial gas and process-gas pressure drop
- LNG vaporization and cold-energy systems
- CO2, ammonia and special-gas development
Parameters Required
- Inlet and required outlet pressure
- Gas composition and flow range
- Temperature and preheating conditions
- Operating hours and safety requirements
Pressure Recovery Technical Data