(S)VOC is gaseous fuel containing VOC's that can't be liquified in the VOC recovery process. It can be utilized in OP16 gas turbine thanks to the advanced 3C combustion technology.

Syngas is typically mixture of hydrogen, methane, carbon monoxide and carbon dioxide along with high amounts of contaminants, such as sulphur, siloxanes or other particulates.
The OP16 can process large amounts of these contaminants thanks to its all-radial design and it has been sucessfully tested with fuel mixtures with medium, low and ultra-low calorific values.

Biogas is emitted during breakdown of organic matter in the absence of oxygen. Biogas has average heating value and contains contaminants, such as sulphur, siloxanes or other particulates. The OP16 can process large amounts of these contaminants thanks to its robust all-radial design.

Coke oven gas is formed during processing of coal without access of air. It typically contains hydrogen, methane and carbon monoxide together with some contaminants like hydrogen sulfide. OP16 has proven record on fuels with high content of sulfur, thanks to its robust all-radial design.

Coalbed methane composition varies with type of coal deposits under the ground, but typically contains less heavier hydrocarbons than natural gas. It can be utilized in OP16 gas turbine to produce power and heat.

Pyrolysis oil is obtained by heating a material without oxygen in a reactor at raised temperatures with subsequent cooling. Pyrolysis oil has corrosiveness, immiscibity with fossil fuels, thermal instability, and a tendency to polymerize when exposed to air.
Different materials can be used to make pyrolysis oil, including biomass, paper sludge, tyres and plastic. The properties of the oil strongly depend on the feedstock.
The OP16 can operate on pyrolysis oil despite its challenging properties, providing power and heat that can be utilized in the pyrolysis proces.

Methanol is hydrocarbon fuel that can be produced from biomass, syngas, natural gas or coals, but also from renewable energy. The fuel has a lower freeze point and higher flash point than other hydrocarbon fuels. Also the carbon contents is lower, thereby reducing CO2 emissions. Its heating value is lower than for conventional fossil fuels and it has low viscosity.
The OP16 can operate on methanol despite its challenging properties, producing power and heat.

Ethanol is an alcohol, which is a hydrocarbon fuel that contains one or more oxygen atoms in the molecular structure. Ethanol can be produced from biomass, natural gas or coals. The fuel has a lower freeze point and higher flash point than other hydrocarbon fuels. Also the carbon contents is lower, thereby reducing CO2 emissions. Ethanol can be utilized in the OP16 gas turbine as primary or back-up fuel.

Biofuels are derived from a biomass feedstock. Examples are vegetable oil, animal fats, algae fuels and Fisher-Tropsch diesel. Several bio oils can be used in OP16 blended with fossil fuels, ethanol or used in pure form to generate power and heat.