• Shale gas
  • Stranded gas
  • Offshore gas
  • Associated gas
  • Bio Resources
  • Coal
  • Shale gas
  • Stranded gas
  • Offshore gas
  • Associated gas
  • Bio Resources
  • Coal
  • Shale gas
  • Stranded gas
  • Offshore gas
  • Associated gas
  • Bio resources
  • Coal
  • Shale gas

    to liquid

    INFRA.xtl technology improves shale gas economics by converting gas into value-added synthetic crude at the source, offsetting high gas production cost and eliminating need for gas transportation.

    • MM m3
    • 3000
  • Stranded gas

    to liquid

    INFRA.xtl technology can be applied to monetisation of stranded gas by producing value-added liquid motor fuels, or synthetic crude, on site and transporting to market via existing oil infrastructure.

    • MM m3
    • 3 000
  • Offshore gas

    to liquid

    INFRA.xtl technology can be applied to monetisation of offshore gas fields by producing, at compact GTL plants on the platforms, value-added liquid motor fuels, or syncrude, transported by oil tankers.

    • MM m3
    • 3 000
  • Associated gas

    to liquid

    INFRA.xtl technology allows for profitable conversion of associated gas into synthetic crude at low-cost and compact GTL plants, further mixing it with mineral crude into existing oil infrastructure.

    • MM m3
    • 3 000
  • Bio Resources

    to liquid

    INFRA.xtl technology would be a useful add-on to the processing of bio-resources and offer a commercially viable Fischer-Tropsch process for producing clean synthetic fuels.

    • MM tonnes
    • 3 000
  • Coal

    to liquid

    INFRA.xtl technology’s lower capital and operating costs make conversion of coal into liquid fuels in conjunction with any gasification technology economically viable, providing a new energy source.

    • MM tonnes
    • 3 000
  • Premium SynCrude
  • 1 466 *
  • * thousand barrels
  • Diesel
  • 792 *
  • Jet Fuel
  • 586 *