The redox reactivity of the Li-, Mg-, Ca-, Sr-, Ba-, and Sn-doped ceria (Ce 0.9 A 0.1 O 2− δ)
toward thermochemical CO 2 splitting is investigated. Proposed Ce 0.9 A 0.1 O 2− δ …

In this paper we report the co-precipitation synthesis of Ce0. 75Zr0. 125Hf0. 125O2 redox
material for the production of solar fuels via thermochemical H2O/CO2 splitting reaction. For …

CO2 removal is important for industrial flue gas treatment, biogas enhancement, and natural
gas (NG) processing applications. Chemical absorption using an amine-based solvent is a …

In this investigation, the application of the ZnO/Zn redox cycle towards converting CO2 into
fuel is thermodynamically scrutinized. This manuscript focuses on a) the development of a …

This study uses the co-precipitation method to synthesize Zr-doped ceria materials. An
aqueous ammonium hydroxide is utilized to maintain the pH of the co-precipitation solution …

This paper reports the first step toward analyzing the syngas-producing methanothermal
reduction of the Fe3O4 process. The focus of this study was to develop a) a process model …

The Cu-ferrite-based water splitting process is thermodynamically scrutinized in this study to
explore new ferrite materials for solar thermochemical application. A process and a …

To understand the influence of La, Sr, and Co doping in Mn-perovskite on the solar
thermochemical ability, three combinations of La0. 5Sr0. 5MnxCo1-xO3 were prepared …

For fuel production (syngas and H2) in both steps, the methanothermal reduction of BaO
was explored. The study focused on understanding the variations in the equilibrium …

Synthesis and characterization of the Sr-, Ca-, and Ba-doped ceria materials are reported.
An ammonium hydroxide-driven co-precipitation synthesis method prepared the doped ceria …