Mickel thanks for your figures on a Velocys GTL plant.
I'd love to believe it but somehow I just don't think it is "right". $10m to build a 2500bopd GTL plant seems absurdly cheap. Simply speaking LNC has easily had or could borrow $10m which would then produce approximately $7.5 m gross a month (2500 x $100 p/b x 30 days) . If that was the case they would be totally nuts not to jump in screaming!
I think we are missing something here. I would be keen to see what it is. Any thoughts ?
Bas
While I can't verify those cost details and they may only for the reactor itself (and not the associated plant), I can explain why LNC hasn't "jumped in screaming" as you put it before.
1. To date LNC hasn't been able to start up commercial operations at Chinchilla because of State Govt restrictions. Hopefully this will change in the short term with the new LNP Government. Their big hope in Sth Aust for start up UCG and subsequent GTL (in Walloway Basin) is currently considered unsuitable for UCG because of possible subsidence (LNC's term being "under technical review").
2. The Velocys GTL unit is new technology because of its microprocessing operation, and has only just come on the market. LNC has bought the 1st commercial unit in Jan 2012. This is why the current trial at Chinchilla with the Velocys 25bopd unit is crucial to their ongoing plans, particularily in China (Inner Mongolia). Refer here for explanation of Microchannel Reactors including photos-
http://www.velocys.com/ocge02.php
3. For reference I quote the Velocys announcement of 24/5/12 below-
"24th May 2012
Successful Start-up of Commercial Scale FT Reactor
Oxford Catalysts Group PLC, the leading technology innovator for synthetic fuels production, is pleased to announce the successful start-up of a commercial scale Fischer-Tropsch (“FT”) reactor at a client facility, with performance matching expectations.
This is the Group’s first ever start-up of a commercial scale FT unit (with a nominal capacity of over 25 bpd). It is being operated by an integrated energy company, at their facility, to provide detailed engineering information for the design of commercial synthetic fuels plants. Construction and operation of such medium scale modular facilities at sites around the world is a central part of the customer’s strategy. The reactor is expected to operate for three to six months.
The Group announced the sale of this reactor on 9th January 2012. The short time from sale to start-up was a result of close collaboration between the Group and its client, as well as the client having an existing facility into which the reactor could be easily integrated.
Roy Lipski, CEO of Oxford Catalysts Group said:
“This is a true milestone for the Group and our client. We’re excited to prove the capabilities of our technology at this commercially significant scale, and are confident that it will meet our customer’s needs and facilitate their ambitious plans for widespread commercial synthetic fuels production.”
- Ends -
http://www.velocys.com/financial/fa/ocgfa20120524.php