The ability to utilize a wide range of fuels in a given application improves security, cost effectiveness with opportunity to reduce emissions. Fuel flexible systems must be carefully designed to achieve the design requirements for the flexible combustion systems meant to consume them.

Existing power generation equipment can be retrofitted to harness the benefits of fuel flexibility. 151 billion cubic meters of gas was flared (wasted) in 2024, as tracked by the World Bank in the figure below.

Fuel specification and equipment specifications can be assessed for the most economical solutions to achieving profit.

Further Info: Alternative fuel considerations for gas turbine combustion, P.J. Stuttaford, ASME GT2007-27549

Fuel & Operational Flexibility

The mix of power generation drives load, as seen in the chart below showing the average weekly source of generation in the EU in all of 2025.

Renewables generate and load is balanced mostly by gas fired power generation.

Fast start and ramping is key to profit.

Gas fired equipment and control systems must be optimized for supporting rapid load fluctuations, and this is accomplished through a complete system assessment with upgrade solutions proposed.

Fuel flexibility for low cost alternative fuels including waste gas

Operational flexibility for fast starting and ramping