...Johannes Fritzer; Fabrice Giuliani; Alain Strzelecki; Virginel Bodoc Due to increasing oil prices and the obvious influence of the combustion of fossil fuel-derivatives on climate change on the one hand and the steady growth of transportation needs on the other, it is necessary to develop...

...S. Can Gülen A natural gas fired gas turbine combined cycle power plant is the most efficient option for fossil fuel based electric power generation that is commercially available. Trade publications report that currently available technology is rated near 60% thermal efficiency. Research...

... to individual systems, including the integrated gasification combined cycle and the natural gas-based methanol synthesis plants, this new system can generate 10–20% more electricity with the same quantity of fossil fuel input and methanol output. In addition, the possibility of reducing the size of gasifier...

...Dilip R. Ballal 07 10 2009 fossil fuels gas turbines internal combustion engines nuclear power A happy new year to all of you! I am pleased to announce that effective 1 January 2010, JEGTP will be published monthly. This is made possible because JEGTP continues to receive...

.... electronic publishing fossil fuels gas turbines internal combustion engines nuclear power 01 10 2008 2009 American Society of Mechanical Engineers ...

... ) ∕ year . Under the economic analysis conditions assumed in this paper, the co-production system was economically feasible. The after tax profits can research 17 million euro. Payback times ranged from 6 to 7 years. 28 04 2007 05 05 2007 16 01 2008 fuel processing industries fossil...

... of Technology since the 1990s has led to the Graz Cycle, a zero emission power cycle of highest efficiency. It burns fossil fuels with pure oxygen which enables the cost-effective separation of the combustion C O 2 by condensation. The efforts for the oxygen supply in an air separation plant are partly...

... or compressor pressure ratio is found to increase turbine performance and decrease rotational speed. This indicates that a turbine will require redesign for operation in the oxyfuel cycle. The oxyfuel cycle, i.e., the semiclosed gas turbine cycle burning a fossil fuel in oxygen (97%+ purity) with CO 2...

... of a high-output, heavy-duty one, may be of interest for examining the actual possibilities of a wide diffusion of systems for CO 2 emission reduction. In addition, an appropriate evaluation is performed of the energy requirements for the fossil fuel treatment, and therefore of the energy...

... for developing power sources of renewable energy. Future research task is to involve energy flow model using more realistic trial function of new energy production. Carbon dioxide CO 2 abatement by the introduction of renewable energy in place of fossil fuel was modeled and analyzed...