Not only its abundant resources, but also low rank coal (LRC) can be transformed into
different valuable chemical products via syngas. This review focuses on technology of …

Fe-impregnated bentonite was employed in CO 2-assisted pyrolysis of grass cut as a
catalyst to improve syngas production, bio-oil quality, and biochar sorptive property. The gas …

The H 2-rich gas produced by biomass pyrolysis with Ni-based catalysts were studied by
DFT, thermodynamic simulation, and pyrolysis experiment. The complex reaction between …

Recently, with the ongoing development of the express industry, the consumption of waste
plastic express bags has been increasing year by year, which has brought considerable …

This study focused on evaluating different support materials made of silicon (Si) and
aluminum (Al) for improving the properties of catalysts and their ability to produce high-purity …

While diesel engines are extensively employed, soot from diesel engines lead to serious air
pollution, which should be eliminated through catalytic soot oxidation processes. As Co 3 O …

Catalytic upgrading of coal pyrolysis volatiles is one of the most promising technical routes
to achieve graded utilization of low-rank coal resource. In this work, a series of Mg-Al …

Common seafood wastes, chitin and oyster shell, were co-pyrolyzed in different atmospheric
conditions of N 2 and CO 2 to investigate the effects of blending the two wastes on syngas …

This article provides a comprehensive exploration of the imperative necessity for coupling
the utilization of low-rank coal, sewage sludge, and straw. It studies the challenges and …

In this work, polyvinyl chloride (PVC) and paper mill sludge (PMS) were co-pyrolyzed under
two environments of N 2 and CO 2. The pyrolysis process was assessed by conducting …