Power Generation Solutions for Refinery Gases - Oil, Gas & Refineries

One benefit of the gas turbine solution is that streams can be used independently or blended together when the refinery production varies, and various gas producers/consumers come online or offline. This capability enables customers toreduce flaringandimprove thermal efficiencywhile maximizing value in low emissions combined cycle or power and heat configurations compared to other solutions. Replacing part of the existing plant power and heat generation or import, off-gas fired CHP often allows to reduce the plant scope 1 and/or scope 2 greenhouse gas (GHG) emissions.

Solar’s capabilities and references are unique in the downstream market for this power class, and range from very low to high BTU gases, to CO and/or H2-rich gases.

The biorefinery of the future will treat new feedstock, such as food waste, woody biomass and other biogenic feedstock, to produce biofuel and bio plastics. The increase of plastics’ recovery rates is bringing new feedstock to the refineries and petrochemical plants where it can be transformed by pyrolysis or gasification.

Thefuel flexibilityof our gas turbines enables the use of various off-gases, including syngas from biomass or plastics gasification and H2 that become available in the refinery. Solar’s equipment is also designed so that there is little to no impact on maintenance in order to keep businesses running. 

Here are just 3 examples of how gas turbines can help you in hydrogen rich applications.

For this example, see how Solar would help an H2-rich island mode refinery in Asia or Africa, with an unstable grid, comparing our solution to a diesel engine.

Learn how Solar could incorporate CHP (Combined Heat and Power or Cogeneration) Gas Turbine in a Refinery, comparing our Titan 130 to a steam boiler and condensing steam turbine.

For this example, Solar’s Taurus 60 in used in a combined cycle or tri-generation solution vs. an extraction steam turbine.