Liquefied synthetic gas (LSG)

  • The LSG process flow
  • LSG Explainer Video

LSG is produced when green hydrogen is combined with captured CO2 to produce gas which is then liquefied.
This low-carbon gas can be directly introduced as a drop-in fuel to the existing gas and LNG networks and infrastructure.

Liquefied synthetic gas process begins with surplus
                          electricity from renewable energy (either wind or
                          solar). Solid oxide electrolyser and catalytic
                          methanation integrated system is applied to produce
                          hydromethane. Low temperature gas upgrading techniques
                          are applied to the hydromethane mixture and liquified
                          synthetic natural gas is produced. Liquefied synthetic gas process begins with surplus
                          electricity from renewable energy (either wind or
                          solar). Solid oxide electrolyser and catalytic
                          methanation integrated system is applied to produce
                          hydromethane. Low temperature gas upgrading techniques
                          are applied to the hydromethane mixture and liquified
                          synthetic natural gas is produced. Liquefied synthetic gas process begins with surplus
                          electricity from renewable energy (either wind or
                          solar). Solid oxide electrolyser and catalytic
                          methanation integrated system is applied to produce
                          hydromethane. Low temperature gas upgrading techniques
                          are applied to the hydromethane mixture and liquified
                          synthetic natural gas is produced.
Liquefied synthetic gas process begins with surplus electricity from renewable energy (either wind or solar). Solid oxide electrolyser and catalytic methanation integrated system is applied to produce hydromethane. Low temperature gas upgrading techniques are applied to the hydromethane mixture and liquified synthetic natural gas is produced.