生物质气化炉模拟与设计方法研究进展

X505%X705; 生物质作为一种一次能源和可再生能源,对我国能源领域的低碳、可持续发展具有重要意义.气化是生物质能源化利用的高效、清洁技术,而气化炉设计是影响生物质气化系统运行效果的关键因素之一.系统总结了国内外生物质气化炉的种类、设计参数与研究现状.首先介绍了各种生物质气化炉模拟方法,包括传统经验模型、人工神经网络等方法,这些模拟方法对于深入理解气化过程中的关键参数非常重要.其次,讨论了生物质气化炉的设计方法,包括经验设计法、半经验设计法和反向设计方法等方面的研究,这些设计方法的发展旨在提高气化炉的效率和增加生产的可持续性.最后,强调了生物质气化炉模拟与设计方法在推动可再生能源领域的重要...

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Published in能源环境保护 Vol. 38; no. 6; pp. 81 - 93
Main Authors 宋子芸, 陶俊宇, 胡永杰, 夏晒歌, 颜蓓蓓, 李健, 周生权, 程占军, 陈冠益
Format Journal Article
LanguageChinese
Published 天津商业大学环境能源+X创新实验室/机械工程学院,天津 300134%天津大学环境科学与工程学院,天津 300350 01.12.2024
Subjects
模拟方法
气化技术
Gasifier
气化炉
生物质
Biomass
Simulation method
Gasification technology
Online AccessGet full text
ISSN2097-4183
DOI10.20078/j.eep.20231104

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Abstract X505%X705; 生物质作为一种一次能源和可再生能源,对我国能源领域的低碳、可持续发展具有重要意义.气化是生物质能源化利用的高效、清洁技术,而气化炉设计是影响生物质气化系统运行效果的关键因素之一.系统总结了国内外生物质气化炉的种类、设计参数与研究现状.首先介绍了各种生物质气化炉模拟方法,包括传统经验模型、人工神经网络等方法,这些模拟方法对于深入理解气化过程中的关键参数非常重要.其次,讨论了生物质气化炉的设计方法,包括经验设计法、半经验设计法和反向设计方法等方面的研究,这些设计方法的发展旨在提高气化炉的效率和增加生产的可持续性.最后,强调了生物质气化炉模拟与设计方法在推动可再生能源领域的重要性,并对生物质气化炉模拟与设计领域未来的发展方向进行了探讨,以期为该领域技术革新与应用提供借鉴参考.
AbstractList X505%X705; 生物质作为一种一次能源和可再生能源,对我国能源领域的低碳、可持续发展具有重要意义.气化是生物质能源化利用的高效、清洁技术,而气化炉设计是影响生物质气化系统运行效果的关键因素之一.系统总结了国内外生物质气化炉的种类、设计参数与研究现状.首先介绍了各种生物质气化炉模拟方法,包括传统经验模型、人工神经网络等方法,这些模拟方法对于深入理解气化过程中的关键参数非常重要.其次,讨论了生物质气化炉的设计方法,包括经验设计法、半经验设计法和反向设计方法等方面的研究,这些设计方法的发展旨在提高气化炉的效率和增加生产的可持续性.最后,强调了生物质气化炉模拟与设计方法在推动可再生能源领域的重要性,并对生物质气化炉模拟与设计领域未来的发展方向进行了探讨,以期为该领域技术革新与应用提供借鉴参考.
Abstract_FL Biomass plays a crucial role as both a primary and renewable energy source,contributing significantly to China's low-carbon and sustainable development in the energy sector.Gasification,an efficient and clean technology for biomass energy utilization,is of great importance.The design of gasifiers critically influences the operational effectiveness of biomass gasification systems.This paper reviews the types,design parameters,and research status of biomass gasifiers,both domestically and internationally.The paper first introduces various biomass gasifier simulation methods,including traditional empirical models,artificial neural networks,and other techniques.These methods provide an in-depth understanding of key parameters in the gasification process.Furthermore,the paper explores different design methods for biomass gasifiers,such as empirical,semi-empirical,and reverse design methods.These design methods aim to improve gasifier efficiency and promote production sustainability.The paper highlights the significance of biomass gasifier simulation and design methods in advancing renewable energy.It also discusses future development directions for biomass gasifier simulation and design,aiming to provide a valuable reference for technological innovation and practical applications in this field.
Author 宋子芸
颜蓓蓓
夏晒歌
程占军
周生权
胡永杰
李健
陈冠益
陶俊宇
AuthorAffiliation 天津商业大学环境能源+X创新实验室/机械工程学院,天津 300134%天津大学环境科学与工程学院,天津 300350
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Author_FL TAO Junyu
YAN Beibei
CHEN Guanyi
XIA Shaige
CHENG Zhanjun
ZHOU Shengquan
SONG Ziyun
HU Yongjie
LI Jian
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  fullname: YAN Beibei
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  fullname: LI Jian
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  fullname: ZHOU Shengquan
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  fullname: CHENG Zhanjun
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  fullname: CHEN Guanyi
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Keywords 模拟方法
气化技术
Gasifier
气化炉
生物质
Biomass
Simulation method
Gasification technology
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