...Shankar Pandit; Dulal Chandra Das; Biplab Das; Pranjal Prasad Newar More than 2 billion people globally depend on biomass for cooking, predominantly using conventional cookstoves. This leads to approximately 4 million annual deaths due to indoor air pollution. Currently, air pollution stands...

...Jingjuan Geng; Yang Wang; Jinhu Li; Yilong Li; Xinhao Ye; Yongliang Yang Biomass represents a significant renewable energy source. Pyrolysis is one method to directly convert biomass into thermochemical energy, with alkali and alkaline earth metals (AAEMs) content potentially improving energy...

..., the samples were sourced from specific locations, and biomass composition (e.g., cow or chicken manure) can vary significantly due to factors like feed and environmental conditions, potentially affecting thermal behavior and energy yield. Additionally, the laboratory-scale experiments, conducted using...

...Xin Wang; Zhiwei Wang; Gaofeng Chen; Zaifeng Li; Shuhua Yang; Xinze Du; Ashwani K. Gupta Torrefaction used for the pretreatment of biomass can enhance grindability along with a significant reduction of energy consumption required for pulverization to aid in large-scale utilization of biomass energy...

...Jiawei Wu; Zhiwei Wang; Na Guo; Mengju Zhang; Zaifeng Li; Shuhua Yang; Zhuo Li; Ruijie Liu; Tingzhou Lei; Kiranraj G. Burra; Ashwani K. Gupta Co-pyrolysis technology offers vital pathways for the efficient utilization of plastics and biomass resources to help reduce environmental problems...