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Fossil fuels decarbonization

There are several possible ways to mitigate C02 emission problems. Among them are traditional approaches including (i) more efficient use of fossil fuel energy resources, (ii) increased use of clean fossil fuels, such as NG, and (iii) increased use of non-fossil fuels (nuclear power and renewable sources). The novel and most radical approach to effectively manage carbon emissions is the decarbonization of fossil fuels. Three main scenarios of fossil fuels decarbonization are currently discussed in the literature ... [Pg.1]

M. Steinberg, Fossil fuel decarbonization technology for mitigating global warming. Intern. J. Hydrogen Energy, 24 771 (1999)... [Pg.16]

If hydrogen is made from decarbonized fossil fuels, fuel-cycle emissions can be cut by up to 80 percent. With renewable energy sources such as biomass, solar, or wind, the fuel cycle greenhouse gas emissions are virtually eliminated. It is possible to envision a future energy system based on hydrogen and fuel cells with little or no emissions of pollutants or greenhouse gases in fuel production, distribution, or use. [Pg.657]

Muradov, N., Hydrogen via methane decomposition An application to decarbonization of fossil fuels, Int. J. Hydrogen Energ., 26,1165, 2001. [Pg.101]

Advanced technologies for electric energy production IGCC Concentiation of the production of C02 via decarbonization of fossil fuels. C02 can be either disposed of or used... [Pg.5]

The decarbonization of fossil fuels which, thus, become climatically as clean as renewable energies already are... [Pg.46]

The objective of this paper is to discuss different strategies of decarbonization of fossil fuels (mainly, NG) via hydrogen production (second and third scenario). [Pg.2]

H. Audus, O. Kaarstad, and M. Kowal, Decarbonization of fossil fuels hydrogen as an energy carrier,... [Pg.15]

Muradov, N. "Hydrogen via Methane Decomposition an Application for Decarbonization of Fossil Fuels", Intern. Journal Hydrogen Energy, v.26, 1165 (2001). [Pg.86]

Three main technological paths have been proposed for CCS from fossil fuel-fired power stations, namely, the post-combustion capture, the pre-combustion decarbonization and... [Pg.53]

The hydrogen plants described above serve as excellent platforms for pre-combustion CO2 capture because most of the feedstock carbon has been already converted to CO2 and separated as a relatively pure stream, ready for dehydration, compression, pipeline transport and geologic storage. The result is fossil fuel-derived hydrogen that has been decarbonized via pre-combustion CO2 capture. [Pg.427]

Since H2 is a good fuel for generating power, replacing the PSA with a combined cycle yields fossil fuel-derived electricity that has been decarbonized via pre-combustion CO2 capture. [Pg.427]

Besancon, B.M., Hasanov, V., Imbault-Lastapis, R., et al. 2009. Hydrogen quality from decarbonized fossil fuels to fuel cells. Int.. Hydrogen Energy 34 2350-60. [Pg.145]

Kaarstad, O., and H. Audus. 1997. Hydrogen and electricity from decarbonized fossil fuels. Energy Conversion and Management 38 8431-8436. [Pg.43]

Parsons Infrastructure and Technology Group Decarbonized Fuel Plants Utilizing Inorganic Membranes for Hydrogen Separation presented at the 12th Annual Conference of Fossil Energy Materials, May 12-14, 1998, Knoxville, Tennessee. [Pg.110]

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