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A PRV or a pressure reducing valve (or pressure regulator) is a form of valve that stops the flow of a liquid or gas at a pre-determined pressure. This pressure reduction results in a direct waste of steam energy. However, by using a steam turbine, it is possible to reduce steam pressure while simultaneously generating electricity.  (Please see tutorial bellow)

CHP or combined heat and power is a method of generating electricity while simultaneously generating useful heat. It is a form of cogeneration. (Please see tutorial bellow)

In place of a PRV, a steam turbine will: 

  • Generate electricity “for free” since it was originally wasted
  • Reduce your firm’s operating costs while shrinking your carbon footprint
  • May qualify your company for energy efficiency credits

If your steam turbine PRV replacement solution is correctly configured, payback periods can range anywhere form 1 to 3 years. This of course will vary based on the specifics of your operation. 

Typically we can deliver our turbines within 4-6 months of receipt of a commercially and technically clear order. 

Our turbines are very efficient and range from about 34% efficiency for a single-state unit up to 70% efficiency for a multi-stage unit. 

We offer turbines as low as 5kW of power up to 3.2 MW of power for these applications. 

PRV to Power and CHP Tutorials

How Does Steam Recovery Work?

PRV paralelling

Case study – PRV

  • Boiler Rating
  • 700 Psig Inlet to expander
  •  650 Psig Steam Flow – 20,000 lbm/hr
  • Process/Heat requirement – 70
  • Psig Power Generated – 600 kWe


  • @0.105kWeh x 8,000 hrs/year x 600kWe = $504,000.00/yr
  • Less than a 3-year payback

CHP oportunity

Case study – CHP

  • Boiler Rating – 600 Psig
  • Inlet to expander – 600 Psig @700 F
  • Steam Flow 40,000 lbs/hr
  • Process/Heat requirement – 160 Psig
  • Power Generated – 1.05 MWe