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Syngas Biorefinery and Syngas Utilization
2017Autotrophic acetogenic bacteria are able to capture carbon (CO or CO2) through gas fermentation, allowing them to grow on a spectrum of waste gases from industry (e.g., steel manufacture and oil refining, coal, and natural gas) and to produce ethanol. They can also consume syn(thesis) gas (CO and H2) made from the gasification of renewable/sustainable ...
Sashini, De Tissera +5 more
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International Petroleum Technology Conference, 2014
Abstract This paper will discuss the comparison between the three leading Syngas manufacturing technologies; Partial Oxidation (POX), Autothermal Reforming (ATR) and the Steam Methane Reformer (SMR) technology. Also, this paper will discuss the development of the Catalytic Partial Oxidation COPox syngas technology ...
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Abstract This paper will discuss the comparison between the three leading Syngas manufacturing technologies; Partial Oxidation (POX), Autothermal Reforming (ATR) and the Steam Methane Reformer (SMR) technology. Also, this paper will discuss the development of the Catalytic Partial Oxidation COPox syngas technology ...
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2023
Gasification of solid fuels has been an established process for over a century and found new interests in recent years as a pathway to more efficient and effective energy productions routes as well as chemical synthesis. The possibility to exploit unconventional feedstocks is the key feature of this flexible chemical synthesis pathway that makes ...
Manenti F. +3 more
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Gasification of solid fuels has been an established process for over a century and found new interests in recent years as a pathway to more efficient and effective energy productions routes as well as chemical synthesis. The possibility to exploit unconventional feedstocks is the key feature of this flexible chemical synthesis pathway that makes ...
Manenti F. +3 more
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Coordination Chemistry Reviews, 2011
Recent approaches to the homogeneous conversion of synthesis gas to organic chemicals and fuels are reviewed. Progress in this field is placed in the context of important industrially practiced transformations, such as the Fischer–Tropsch process for conversion of synthesis gas to higher alkanes, as well as previous attempts to produce a viable ...
West, Nathan M. +3 more
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Recent approaches to the homogeneous conversion of synthesis gas to organic chemicals and fuels are reviewed. Progress in this field is placed in the context of important industrially practiced transformations, such as the Fischer–Tropsch process for conversion of synthesis gas to higher alkanes, as well as previous attempts to produce a viable ...
West, Nathan M. +3 more
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2018
Biomass can be converted into a useful source of energy through gasification. The gasification product, which is a mixture of different gases, is known as synthesis gas or syngas. The composition of syngas may fluctuate due to many factors such as operational errors of the gasifier as well as the type of feedstock used or may be due to the feeding rate
Bahaaddein K. M. Mahgoub +2 more
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Biomass can be converted into a useful source of energy through gasification. The gasification product, which is a mixture of different gases, is known as synthesis gas or syngas. The composition of syngas may fluctuate due to many factors such as operational errors of the gasifier as well as the type of feedstock used or may be due to the feeding rate
Bahaaddein K. M. Mahgoub +2 more
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Frontiers of Energy and Power Engineering in China, 2009
The syngas composition characteristic was investigated in the real slurry-feed gasifier using a detailed gas phase reaction mechanism. The results show that the time for syngas to reach equilibrium is much shorter than the residence time for slurry feed entrained-flow gasifiers, indicating a gas phase species partial equilibrium state.
Zhe Wang +3 more
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The syngas composition characteristic was investigated in the real slurry-feed gasifier using a detailed gas phase reaction mechanism. The results show that the time for syngas to reach equilibrium is much shorter than the residence time for slurry feed entrained-flow gasifiers, indicating a gas phase species partial equilibrium state.
Zhe Wang +3 more
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Catalysis Today, 2002
Abstract Syngas manufacture is an important part of a Fischer–Tropsch (FT) plant as it is responsible for ca. 60% of the investments. The developments of syngas technologies are summarized in Section 1 . The present choice for large-scale FT plants based on natural gas is autothermal reforming. The requirements to the syngas and the state of art are
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Abstract Syngas manufacture is an important part of a Fischer–Tropsch (FT) plant as it is responsible for ca. 60% of the investments. The developments of syngas technologies are summarized in Section 1 . The present choice for large-scale FT plants based on natural gas is autothermal reforming. The requirements to the syngas and the state of art are
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Combustion, Explosion, and Shock Waves, 2010
A comprehensive analysis of synthesis gas (syngas) oxidation kinetics in wide ranges of temperature, pressure, fuel-to-air equivalence ratio, and fuel composition is performed on the basis of the reaction mechanism of syngas ignition and combustion in air.
A. M. Starik +3 more
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A comprehensive analysis of synthesis gas (syngas) oxidation kinetics in wide ranges of temperature, pressure, fuel-to-air equivalence ratio, and fuel composition is performed on the basis of the reaction mechanism of syngas ignition and combustion in air.
A. M. Starik +3 more
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Syngas Utilization Technologies
2017Syngas can be used for the production of numerous chemicals, as shown schematically in Fig. 5.1.
Vladimir Litvinenko, Bernd Meyer
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2011
Syngas generation refers to the production of a synthetic or synthesis gas that is mainly composed of CO and H2, in different proportions according to the generation process used and the raw material composition. Gasification is the referred technique to produce syngas.
Mar Pérez-Fortes, Aarón D. Bojarski
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Syngas generation refers to the production of a synthetic or synthesis gas that is mainly composed of CO and H2, in different proportions according to the generation process used and the raw material composition. Gasification is the referred technique to produce syngas.
Mar Pérez-Fortes, Aarón D. Bojarski
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