Renewable hydrogen production from biomass thermochemical conversion is an emerging
technology to reduce fossil fuel consumptions and carbon emissions. Biomass-derived …

Simultaneous CO 2/NO removal from flue gas is extensively attracted to meet the goal of
atmospheric pollutant and carbon mitigations. An optimized CaO-CO system via the design …

Directly converting metal oxide-adsorbed CO2 to CH4 at low temperatures is a more energy-
saving method for achieving carbon capture and utilization. In this study, an Al2O3 …

A modified two-stage sorption-enhanced steam gasification of biomass (SESGB) process for
H 2 production is proposed and studied using a dual fixed-bed system. This process can be …

Ca-L/CARBONOx technology has realized the simultaneous removal of CO 2 and NO in the
flue gas from coal-fired power plants. Forest wastes are characterized by wide sources, low …

Due to its unique physical and chemical properties, applying activated carbon
nanomaterials as catalysts gradually become a hot research topic. Herein, the synergistic …

CaO-Based materials are considered to be feasible sorbents for the removal of both HCl and
CO2. Theoretical calculations based on density functional theory (DFT) were performed to …

Parts of China are abundant in tar-rich coal (pyrolysis yield of coal tar is more than 7%), if it
can be converted into high-quality tar, it is a reliable means to deal with energy problems …

Abstract Calcium looping (CaL) utilizing CaO-based adsorbent has been studied to reduce
carbon dioxide emissions (CO 2). Synthesis of the CaO-based adsorbents from waste slags …

Discarded disposable medical masks generated due to the COVID− 19 epidemic are
overwhelming the current medical waste disposal facilities. Thermal disposal masks in …