BiogasBiomass can be converted into liquid or gaseous fuels (Biogas). The high fuel flexibility of the OPRA OP16 Gas Turbine allows for utilization of low-calorific fuels even if the composition is fluctuating over time.
Waste To Energy Solution
Turn Your
Turn Your
Waste Gases
Into Power
Why it's unique
The OPRA OP16 Gas Turbine enables...
- Use of ultra low-calorific, contaminated fuels e.g. syngas, biofuels
- Excellent solution for decentralized Waste to Power
- Low maintenance cost
- High hydrogen content in fuel accepted
The OPRA OP16 can handle your gasified or liquefied waste as fuel
System integration
Destinus Energy expertise
To ease the process of integrating the OPRA OP16 Gas Turbine into your current or new application, we can assist by providing process know-how and knowledge of best practice. Are you looking for a turnkey solution? We work with an international network of Oil & Gas partners who are experts in integrating our equipment into existing or new plants.
Applications
The OPRA OP16 Gas Turbine creates value in your application!
The high fuel flexibility of the OPRA OP16 Gas Turbine allows for utilization of low calorific fuels even if the composition is fluctuating over time. Synthetic gases of different compositions can be utilized as fuel!
The high fuel flexibility of the OPRA OP16 Gas Turbine allows for utilization of low-calorific liquid fuels even if the composition is fluctuating over time.
In many cases off-gases or tail gases are produced as a byproduct of industrial and chemical processes. The OPRA OP16 Gas Turbine can use even these challenging gases as fuel generating heat, steam and electricity to feed back into the process.
Ammonia processes typically produce a low-calorific tail gas which is often flared or simply combusted in a boiler. The OPRA OP16 Gas Turbine can utilize this gas to generate heat and electricity to feed back into the ammonia process.
Fertilizer plants require large amounts of heat, steam and electricity in their processes. In many cases off-gases are produced as a byproduct of fertilizer operations. The OPRA OP16 Gas Turbine can use even these challenging gases as fuel generating heat, steam and electricity to feed back into the process.
Whenever crude oil is stored in large containers, certain components “gas out” and form VOCs (Volatile Organic Compounds), which need to be removed from the tank. Instead of flaring these VOCs, Destinus Energy can utilize VOCs as a valuable fuel.
The high fuel flexibility of the OPRA OP16 Gas Turbine allows for utilization of low-calorific fuels even if the composition is fluctuating over time. Landfill gases of different compositions can be utilized as fuel in the OPRA OP16 Gas Turbine!
Frequently asked questions
What people ask for the most
There are different methods to gasify organic waste. Biodigestion, pyrolysis, or plasma gasification are just some examples. The low-calorific gases produced by these processes can be utilized in the OPRA OP16 Gas Turbine.
To ease the process of integrating the OPRA OP16 Gas Turbine into your current or new application we can assist you by providing process knowhow and knowledge of best practice. Are you looking for a turnkey solution? Destinus Energy works with an international network of partners and technology owners who are experts in integrating our equipment into existing or new plants.
Any types of organic waste in liquid or solid form can be transformed into liquid and gaseous fuels. Check out our gas composition checker for more details on what fuels we can handle!
Off-gases, which are a byproduct of downstream processes, often contain high amounts of hydrogen or have a low calorific value, which often fluctuates over time. The OPRA OP16 Gas Turbine can use even these challenging gases directly to generate clean electricity without the need for cleaning.
