As humankind prepares to establish outposts and infrastructure on the Moon, the ability to
manufacture parts and buildings on-site is crucial. While transporting raw materials from …

The objective of this study was to establish the kinetic of both reduction and oxidation
reactions taking place in the chemical-loo** combustion (CLC) process using ilmenite as …

The development of in situ fabrication methods for the infrastructure required to support
human life on the Moon is necessary due to the prohibitive cost of transporting large …

The chemical loo** processes utilize lattice oxygen in oxygen carriers to convert
carbonaceous fuels in a cyclic redox mode while capturing CO 2. Typical oxygen carriers …

Kinetics parameters of iron oxide reduction by hydrogen were evaluated by the isothermal
method in a differential micro-packed bed. Influence of external diffusion, internal diffusion …

Aided by an oxygen carrier such as iron oxide, the chemical loo** process can convert
carbonaceous fuels while effectively capturing CO2. Previous experimental studies indicate …

The chemical loo** strategy offers a potentially viable option for efficient carbonaceous
fuel conversion with a reduced carbon footprint. In the chemical loo** process, an oxygen …

The chemical loo** strategy for fossil energy applications promises to achieve an efficient
energy conversion system for electricity, liquid fuels, hydrogen, and/or chemical generation …

The reductive degree and rate of Bama ilmenite concentrate by graphite under argon
atmosphere were measured by using thermogravimetric analysis system at the temperatures …

Both isothermal and non-isothermal reduction experiments of Panzhihua ilmenite powders
by pure hydrogen were carried out using a thermo-gravimetric (TG) analyzer. Results of X …