For CO₂ CLEANUP we use CO₂ taken from the air by plants or CO₂ captured from the ambient air via direct air capture (DAC). Because we permanently trap this CO₂, this reduces the amount of CO₂ in the atmosphere. This is referred to as ‘negative emissions’. It’s...

In collaboration with Gasunie, SCW Systems has developed an infographic which visually explains the process of supercritical water gasification. You can view this infographic here as a PDF.

Some key advantages of the sustainable gases we discuss below – compared to renewable electricity – are that they are easy to store and can be transported relatively cheaply and easily in large volumes over long distances using the existing networks. Thanks to the...

About 50% of the current energy demand in the Netherlands is met by natural gas. In this country, getting the production of renewable energy going has proved difficult. In recent years, progress has been made in the development of wind and solar energy for the...

For CO₂ CLEANUP we use CO₂ taken from the air by plants or CO₂ captured from the ambient air via direct air capture (DAC). Because we permanently trap this CO₂, this reduces the amount of CO₂ in the atmosphere. This is referred to as ‘negative emissions’. It’s...

In collaboration with Gasunie, SCW Systems has developed an infographic which visually explains the process of supercritical water gasification. You can view this infographic here as a PDF.

Some key advantages of the sustainable gases we discuss below – compared to renewable electricity – are that they are easy to store and can be transported relatively cheaply and easily in large volumes over long distances using the existing networks. Thanks to the...

About 50% of the current energy demand in the Netherlands is met by natural gas. In this country, getting the production of renewable energy going has proved difficult. In recent years, progress has been made in the development of wind and solar energy for the...