ICCU-Dry Reforming Methane
Influence of reaction temperature on ICCU-DRM
Both sorbent regeneration and dry reforming methane are endothermic reactions. Therefore, a higher temperature would
Chunfei Wu
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Articles are placed under four categories (levels). The search for articles can be narrowed down by selecting the right level of categories. For example, Cat 1 - CO2 adsorption - solid materials, click Done; Cat 2 - High-temperature CO2 adsorption, click Done; Cat 3 – CaO based, click Done; Then, click Cat 4 – Influence of CaO development, and click Search.
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ICCU-DRM Introduction
Introduction of ICCU-DRM
Integrated CO2 capture and utilisation for syngas production using methane as the reducing agent is
Chunfei Wu
Dual functional materials-DRM
BaO-based DFMs for integrated CO2 capture and dry reforming methane
Dual functional materials containing BaO as the sorbent for CO2 capture and Ni as the
Chunfei Wu
Dual functional materials-DRM
CaO-based dual functional materials for ICCU-dry reforming methane
Using a simple Ni/CaO catalyst, the integration of CO2 capture and utilistion was carried out
Chunfei Wu
CO2 absorption and hydrogenation to methanol
Integrated CO2 capture and conversion to methanol
Inspired by the CO2 hydrogenation to methanol in the presence of dimethylamine, integrated CO2 capture
Chunfei Wu
CO2 absorption and hydrogenation to methanol
H2 Gas Stripping for amine-based CO2 capture
Amine-based CO2 capture is one of the most mature carbon capture technologies. However, this technology
Chunfei Wu
Dual functional materials - RWGS
ICCU-RWGS: oxygen vacancies to facilitate CO2 adsorption
By adding CeO2 into Ni/CaO dual functional materials, the oxygen vacancies are largely enhanced, which
Chunfei Wu
ICCU-Methanation
Influence of H2 partial pressure on ICCU-methanation
During the process of integrated CO2 capture and methanation, where the captured CO2 is converted
Chunfei Wu
Chemical and calcium double looping
Chemical looping integrated CO2 capture and utilisation
Chemical looping dry methane reforming provides a few advantages compared to conventional dry methane reforming.
Chunfei Wu
ICCU-Introduction
Introduction of integrated CO2 capture and utilisation
Integrated CO2 capture and utilisation (ICCU), also known as integrated CO2 capture and conversion, or
Chunfei Wu
Dual functional materials - Methanation
MgO based DFMs for ICCU-methanation
Using integrated CO2 capture and utilisation concept to produce methane is one solution to recycle
Chunfei Wu
General introduction
Integrated CO2 capture and utilisation with ethane conversion
ICCU concept has been used to produce syngas through the combination with dry ethane reforming
Chunfei Wu
