Carbon Capture Journal

Carbon capture and storage - one of the most important engineering challenges

Dr. Franz-Luitpold Kessler
Dr. Franz-Luitpold Kessler
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  • Miri, Sarawak
  • Malaysia
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Dr. Franz-Luitpold Kessler commented on Aref Najafi's group 'Fischer-Tropsch Process'
Dear Aref Najafi, thanks for your feedback. I worked through some of the basic reaction and I believe that there is a way forward - problem being always how to create large quantities of hydrogen. Here is a summary how it might work: By-the-way,…
Oct 6, 2009
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Dr. Franz-Luitpold Kessler commented on Aref Najafi's group 'Fischer-Tropsch Process'
Dear collegues, i'm right now planning a Fischer-Tropsch- based project where the feedstock would be partly coal (for the H2, C0 synthesis), but also Hi-C02 gas (80 % C02, 20 % methane), reduced again with coal at some 900 C. If the C02 gets…
Sep 11, 2009
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Fischer-Tropsch Process

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Fischer-Tropsch process is a method for the synthesis of hydrocarbons. Synthesis gas, a mixture of hydrogen and carbon monoxide, is reacted to produce synthetic gasoline. This process is named after F. Fischer and H. Tropsch, 1923.
Dr. Franz-Luitpold Kessler joined Aref Najafi's group Sep 11, 2009
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Dr. Franz-Luitpold Kessler updated their profile Sep 11, 2009
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Dr. Franz-Luitpold Kessler is now a member of Carbon Capture Journal Sep 10, 2009

Profile Information

What company are you currently employed by / studying with?
Curtin University of Technology
What is your job title or role?
Assoc Prof Petroleum Sciences
What is your main geographic location?
Miri, Sarawak, Borneo, Malaysia
Would you like to give some information about yourself - current projects, background, education, ambitions, what you are looking for (if anything) and so on?
- synfuel synthesis using local Sarawak feedstock, such as biomass, coal, hi-C02 gas, electric energy;
What is the role of your company?
oil and gas, research, consulting, education
Would you like to let us know your age range?
46-55
How long before 25% of power stations worldwide have carbon capture?
16-20 years
Do you think CCS will always need to be subsidised by government?
No

Currently applying for a large project with the Malaysian government and looking for technical, research, and financial partnerships

Examples from several mature oil & gas basins have demonstrated that synergies between different fossil fuels can be exploited commercially. To date, little of this has been achieved in NW Borneo oilfields, partly as a result of unnecessarily complex license structure, partly given strict and non-negotiable timelines for production imposed by the legislative authority. As a consequence, the National oil Company as well as private capital O & G companies in Malaysia have been somewhat reluctant to explore synergies between fossil fuels, and between fossil fuel and oil production- related waste products. However, there will be two additional business drivers in the near future. These are (i) the presence of potentially cheap electric energy from the Bakun Dam; and (ii) the mandatory urge for both private industry and PETRONAS-Carigali to maintain economic oil production in rapidly declining fields. Studies indicate, that so-far an integrated concept for fossil and renewable energies has not been proposed. Given a more benign and flexible contract structure, the following four synergies could be achieved:
• C02 (from coal-fired plants, refineries, or Hi-C02 gas) could be re-injected into declining oil reservoirs for pressure maintenance and better oil recovery;
• Stripping-off C02 from Hi-C02 natural gas would allow these deposits to be commercialized - these are big and idle now;
• Reducing CO2 with the help of Sarawak coal and cheap electricity could lead to the the generation of synthetic fuels (middle distillates, high quality waxes);
• Sequestration of domestic and imported CO2 into decommissioned Sarawak Luconia gasfields, on a fee-per-unit base.

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