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Atomically Dispersed Electrocatalysts for Oxygen Reduction Reaction: Understanding the Synthetic Processes for Tuning Structure, Surface Chemistry, and Formation of Different Active Sites. [PDF]

ACS Appl Energy Mater
Muhyuddin M, Berretti E, Roiron C, Lavacchi A, Zenyuk IV, Atanassov P, Santoro C.   +6 more
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In-situ catalytic pyrolysis of waste tires over clays for high quality pyrolysis products

International Journal of Hydrogen Energy, 2021
Abstract This paper aims to evaluate the effect of low-cost clays (kaolin with different particle size and montmorillonite (MTT) modified with ZnCl2 and HCl) as catalysts on the pyrolysis products from waste tire. The results show that clays can improve the quality and yield of pyrolysis products.
Wei Luo, Jun Wan, Zhongyi Fan, Qing Hu, Nan Zhou, Mao Xia, Min Song, Zhiyong Qi, Zhi Zhou   +8 more
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In-situ pyrolysis kinetic analysis and fixed-bed pyrolysis behavior of ex-service wind turbine blades

Waste Management, 2023
After the peak of rapid wind power development, a large amount of wind turbine blades reach/exceed their service life due to aging or damage. These ex-service wind turbine blades (EWTB) will increase the issue of its high-efficient utilization in the future decades.
Yuqing, Wu, Zefeng, Ge, Chen, Huang, Zhenting, Zha, Mingxun, Zeng, Yuna, Ma, Lijuan, Sun, Zenghui, Hou, Sheng, Chu, Huiyan, Zhang   +9 more
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Pyrolysis characteristics of bean dregs and in situ visualization of pyrolysis transformation

Waste Management, 2012
Biomass is an important renewable and sustainable source of energy. Waste products from biomass are considered as attractive feedstocks for the production of fuel. This work deals with the pyrolysis of bean dregs, a biomass waste from soybean processing industry.
Guangyong, Zhu, Xian, Zhu, Zuobing, Xiao, Rujun, Zhou, Fengping, Yi   +4 more
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In-situ kerogen extraction via combustion and pyrolysis

Journal of Petroleum Science and Engineering, 2017
Abstract The extraction of organic kerogen from the vast oil shale reserves in Green River, Utah is limited owing to the environmental and technical challenges. This study compares the efficiency of combustion and pyrolysis to extract the kerogen from shale, in terms of organic thermal decomposition temperature, heating rates, and activation energy ...
Taniya Kar, Berna Hascakir
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In Situ NMR Characterization of Pyrolysis Oil during Accelerated Aging

ChemSusChem, 2012
COMING OF AGE: A method for investigating the accelerated aging of biomass pyrolysis oils is reported. The in situ NMR investigation, done by using quantitative ¹H, ¹³C NMR and heteronuclear single-quantum correlation (HSQC)-NMR techniques, reveals the chemical structural changes of pyrolysis oil during the aging process, providing insight into the ...
Haoxi, Ben, Arthur J, Ragauskas
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In situ characterization of functional groups of biochar in pyrolysis of cellulose

Science of The Total Environment, 2021
Heating rate, an important parameter in pyrolysis, not only impacts distribution of pyrolysis products, but also affects evolution of functionality of biochar and further application of the biochar. In this study, an in situ Diffuse Reflection Infrared Fourier Transform Spectra (DRIFTS) technique was used to probe transformation of functional groups of
Mengjiao, Fan, Chao, Li, Yifan, Sun, Lijun, Zhang, Shu, Zhang, Xun, Hu   +5 more
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In-Situ Catalytic Pyrolysis of Waste Lignin Over Desilicated Beta

Journal of Nanoscience and Nanotechnology, 2019
Desilicated Beta (DeBeta) was applied as the catalyst to the catalytic pyrolysis of waste lignin for the formation of aromatic hydrocarbon, and its performance was compared with that of the unmodified Beta. Large amounts of oxygen containing pyrolyzates were efficiently converted to stable aromatic hydrocarbons over both Beta and DeBeta catalysts ...
Jung Sul, Jung, Young-Min, Kim, Tae Uk, Han, In-Gu, Lee, Gwang Hoon, Rhee, Sang-Chul, Jung, Sang Chai, Kim, Young-Kwon, Park   +7 more
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Modelling Oil Production From Oil Shale In Situ Pyrolysis

Canadian International Petroleum Conference, 2006
Abstract Oil shale represent a huge potential hydrocarbon energy source. The conventional methodologies used so far for exploiting this resource has very low economics and big environmental impacts. The possibility to obtain valuable products by directly upgrading the shales in-situ might be a breakthrough.
G.-P. Borgh, F. Podenzani, S. Correra
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