peter, do you want to know why?, page-75

Makes one wonder how good Ergo are.
From their home page:

"Ergo Exergy's portfolio of global eUCG™ projects is growing month by month. We are proud to present some of the industrial projects around the globe that rely on our technology as a source of hydrocarbons - and, ultimately, a source of financial success:

Majuba, South Africa - Eskom

Parkland County, Alberta, Canada – Laurus Energy

Rajasthan, India – GAIL Ltd

Chinchilla, Qld, Australia – Linc Energy Ltd

Abhijeet, India – AE Coal Technologies Ltd

Huntly West, New Zealand – Solid Energy New Zealand

Kingaroy, Australia – Cougar Energy

Stone Horne Ridge, Alaska, USA – CIRI/Laurus Energy

Thar, Pakistan – Cougar Energy UK"


Nine projects above. So Linc and Cougar representing a third of the projects are supposed to be relying "on our technology as a source of hydrocarbons".
Wonder what their progress is like at Kingaroy, Chinchilla, and Thar are progressing, along with the rest on the list.

Chinchilla instead utilizes the Fischer Troph system. This seems to have a greater commercialised set up.

Commercialization

Sasol
PetroSA
Shell middle distillate synthesis
Ras Laffan, Qatar
UPM (Finland)
Rentech (Colorado, U.S.)
In the United States, some coal-producing states have invested in Fischer–Tropsch plants. In Pennsylvania, Waste Management and Processors, Inc. was funded by the state to implement Fischer–Tropsch technology licensed from Shell and Sasol to convert so-called waste coal (leftovers from the mining process) into low-sulfur diesel fuel.

Research developments

U.S. Air Force certification
Carbon dioxide reuse

In addition, while many alternative
fuels require completely separate distribution
systems, Fischer-Tropsch fuels can use
the existing fuel distribution infrastructure.
This means the fuels can be transported
in the same ships and pipelines as
crude oil.