To remove high concentrations of CO2 from the off-gas of coal-driven power plants, a new process was proposed. The catalytic hydrogenation of the CO2 leads to the production of C2 – C4 (petrochemical feedstock) and liquid C5+ hydrocarbons (fuel). Thus, environmentally harmful CO2 may be converted sustainably to useful products. On the basis of a process flow sheet, the costs for processing the CO2 are estimated for different plant sizes. The price of hydrogen contributes significantly to the overall production costs. Further price reductions may be achieved by final engineering optimization of the process as a whole and specific unit operations
AbstractAccording to the findings of the first part of this work, the two impurities in the CO2 stre...
Nowadays hydrogen is largely used in refineries and ammonia plants. In future, hydrogen could be use...
This two-part paper investigates performances, costs and prospects of using commercially ready techn...
To remove high concentrations of CO<sub>2</sub> from the off-gas of coal-driven power plants, a new ...
Summarization: The present work assesses the feasibility of a circular approach towards a carbon-neu...
The present work introduces a feasible, carbon-free integrated process that is based on the catalyti...
This two-part paper investigates performances, costs and prospects of using commercially ready techn...
The paper aims to evaluate the hydrogen production from methane, transported as ammonia, and integra...
This manuscript discusses the potential use of CO2 as a carbon and oxygen carrier to return it to th...
Conversion of CO2 to fuels is one of the long-term solutions to reduce dependence on fossil fuels an...
Climate change, the greenhouse effect and fossil fuel extraction have gained a growing interest in r...
The catalytic hydrogenation of captured CO2 by different industrial processes allows obtaining liqui...
Terrestrial environmental and biological systems are being threatened by the tremendous amount of hu...
The use of fossil resources must be phased out during the next few decades in order to meet the adop...
Hydrogen is expected to play a significant role in the future energy system. A key enabler to a hydr...
AbstractAccording to the findings of the first part of this work, the two impurities in the CO2 stre...
Nowadays hydrogen is largely used in refineries and ammonia plants. In future, hydrogen could be use...
This two-part paper investigates performances, costs and prospects of using commercially ready techn...
To remove high concentrations of CO<sub>2</sub> from the off-gas of coal-driven power plants, a new ...
Summarization: The present work assesses the feasibility of a circular approach towards a carbon-neu...
The present work introduces a feasible, carbon-free integrated process that is based on the catalyti...
This two-part paper investigates performances, costs and prospects of using commercially ready techn...
The paper aims to evaluate the hydrogen production from methane, transported as ammonia, and integra...
This manuscript discusses the potential use of CO2 as a carbon and oxygen carrier to return it to th...
Conversion of CO2 to fuels is one of the long-term solutions to reduce dependence on fossil fuels an...
Climate change, the greenhouse effect and fossil fuel extraction have gained a growing interest in r...
The catalytic hydrogenation of captured CO2 by different industrial processes allows obtaining liqui...
Terrestrial environmental and biological systems are being threatened by the tremendous amount of hu...
The use of fossil resources must be phased out during the next few decades in order to meet the adop...
Hydrogen is expected to play a significant role in the future energy system. A key enabler to a hydr...
AbstractAccording to the findings of the first part of this work, the two impurities in the CO2 stre...
Nowadays hydrogen is largely used in refineries and ammonia plants. In future, hydrogen could be use...
This two-part paper investigates performances, costs and prospects of using commercially ready techn...