Influence of lignocellulose and plant cell walls on biomass char morphology and combustion reactivity

Synthesis of graphene oxide and graphene quantum dots from miscanthus via ultrasound-assisted mechano-chemical cracking method

“…biochar. Whilst the pyrolysis of biomass for energy conversion has been widely studied [32] , [33] , [34] , [35] , pyrolysis of biomass for graphene synthesis is limited. Amongst the multiple factors influencing pyrolysis, temperature is the most significant in determining the properties of biochar [36] , [37] .…”

Catalytic pyrolysis of linear low-density polyethylene using recycled coal ash: Kinetic study and environmental evaluation

“…However, previous studies were largely focused on fly ash or fly ash-derived catalysts [20][21][22][23], and limited studies have been carried out to investigate the catalytic effects of different ash deposits (collected from various parts of a coal-fired power station) on LLDPE pyrolysis. This study explores the catalytic influence of different mineral assemblage associated with different ash deposits owing to different formation processes and conditions [24][25][26]. Therefore, with a comprehensive understanding of ash chemistry, it is possible to locate the 'right' ash deposit to effectively promote plastic waste conversion.…”

The integration of hydrogenation and carbon capture utilisation and storage technology: A potential low‐carbon approach to chemical synthesis in China

“…Among CCUS technology, capture accounts for the highest cost and energy consumption. 99,100 The CO 2 capture cost of the Huaneng Group project is about 300 RMB/tCO 2 , while the value of the carbon capture test platform of China Resources (Haifeng) is approximately 500 RMB/tCO 2 . Huazhong University of Science and Technology has carried out small, and pilot tests of oxygen-enriched combustion capture in coal-fired power plants cost 900 RMB/tCO 2 and 780 RMB/tCO 2 , respectively.…”