METHOD FOR INHIBITING OCCURRENCE OF PYROLYSIS DEPOSIT IN PYROLYSIS GASIFICATION SYSTEM, AND PYROLYSIS GASIFICATION SYSTEM

• 1. 热解气化系统中的热解附着物产生抑制方法及热解气化系统 [P] . 中国专利： CN105264054B . 2018.08.24
• 2. 热解气化系统中的热解附着物产生抑制方法及热解气化系统 [P] . 中国专利： CN105264054A . 2016-01-20
• 3. Method for inhibiting occurrence of pyrolysis deposit in pyrolysis gasification system, and pyrolysis gasification system [P] . 美国专利： US10377952B2 . 2019-08-13

  机译： 在热解气化系统中抑制热解沉积物发生的方法及热解气化系统

• 4. METHOD FOR INHIBITING OCCURRENCE OF PYROLYSIS DEPOSIT IN PYROLYSIS GASIFICATION SYSTEM, AND PYROLYSIS GASIFICATION SYSTEM [P] . CA2913293C . 2017-10-24

  机译： 热解气化系统中抑制热解沉积物发生的方法及热解气化系统

• 5. METHOD FOR INHIBITING OCCURRENCE OF PYROLYSIS DEPOSIT IN PYROLYSIS GASIFICATION SYSTEM, AND PYROLYSIS GASIFICATION SYSTEM [P] . 欧洲知识产权局专利： EP2990464A4 . 2016-05-18

  机译： 热解气化系统中抑制热解沉积物发生的方法及热解气化系统

• 1. Kinetic and thermodynamic investigations of CO2 gasification of coal chars prepared via conventional and microwave pyrolysis [J] . Peng Jiang, Yang Meng, Ziyao Lu, 国际煤炭科学技术学报：英文版 . 2020,第003期
• 2. Effect of ash removal on structure and pyrolysis/gasification reactivity of a Chinese bituminous coal [J] . Qing He, Yan Gong, Lu Ding, 国际煤炭科学技术学报：英文版 . 2020,第003期
• 3. Influence of different biomass ash additive on anthracite pyrolysis process and char gasification reactivity [J] . Xiaoming Li, Caifeng Yang, Mengjie Liu, 国际煤炭科学技术学报：英文版 . 2020,第003期
• 4. Kinetic and thermodynamic investigations of CO2 gasification of coal chars prepared via conventional and microwave pyrolysis [J] . Peng Jiang, Yang Meng, Ziyao Lu, 国际煤炭科学技术学报（英文） . 2020,第003期
• 5. Effect of gasified semi-coke on coal pyrolysis in the poly-generation of CFB gasification combined with coal pyrolysis [J] . Pan Dengfeng, Qu Xuan, Bi Jicheng Journal of Analytical & Applied Pyrolysis . 2017,第sepa期
• 6. Pyrolysis and gasification modelling of underground coal gasification and the optimisation of CO2 as a gasification agent [J] . Duan Tian-Hong, Lu Cai-Ping, Xiong Sheng, Fuel . 2016,第NOVa1期
• 7. Development of plasma pyrolysis/gasification systems for energy efficient and environmentally sound waste disposal [J] . Tang L., Huang H., Hao H., Journal of Electrostatics . 2013,第5期
• 8. (00364)Life cycle evaluation of production and utilisation pathways of coupled anaerobic digestion (AD)and gasification/pyrolysis systems using the anaerobic biorefinery concept. [C] . Curry R., Cromie T., Somerville G. International Conference on Environmental Science and Technology . 2019
• 9. Assessing energy pathways for forestry residue utilization: Technical and economic assessment of fast pyrolysis, gasification and pelleting systems. [D] . Dempster, Peter. 2009
• 10. Effect of Torrefaction on Thermal and Kinetic Behaviorof Kenaf during Its Pyrolysis and CO2 Gasification [O] . Byoung-Hwa Lee, Viet Thieu Trinh, Chung-Hwan Jeon, 2021
• 11. This article presents a new numerical model describing the behaviour of a thermally thick wood sample exposed to high solar heat flux (above 1 MW/m2). A preliminary study based on dimensionless numbers is used to classify the problem and support model building assumptions. Then, a model based on mass, momentum and energy balance equations is proposed. These equations are coupled with liquid-vapour drying model and pseudo species biomass degradation model. By comparing to a former experimental study, preliminary results have shown that these equations are not enough to accurately predict biomass behaviour under high solar heat flux. Indeed, a char layer acting as radiative shield forms on the sample exposed surface. In addition to this classical set of equations, it is mandatory to take into account radiation penetration into the medium. Furthermore, as biomass contains water, medium deformation consecutively to char steam gasification must also be implemented. Finally, with the addition of these two strategies, the model is able to properly capture the degradation of biomass when exposed to high radiative heat flux over a range of sample initial moisture content. Additional insights of biomass behaviour under high solar heat flux were also derived. Drying, pyrolysis and gasification fronts are present at the same time inside of the sample. The coexistence of these three thermochemical fronts leads to char gasification by the steam produced from drying of the sample, which it is the main phenomenon behind medium ablation. [O] . Pozzobon, Victor, Salvador, Sylvain, Bézian, Jean Jacques 2018

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