Chinese Science Citation Database Core Library(CSCD)Source Journals
Chinese Core Journals
Chinese Core Science and Technology Journals
RCCSE China Authoritative Academic Journal(A+)
Dutch Digest and Citation Database (Scopus)

Home > Special Topic > Special Issue on “Coal Combustion+”Low Carbon Power Generation and Comprehensive Utilization Technology Salon

Special Issue on “Coal Combustion+”Low Carbon Power Generation and Comprehensive Utilization Technology Salon

Total 20 2020 11997 9921

Biomass is a reliable low-carbon alternative fuel with the characteristics of abundant reserves and wide distribution in China. The reasonable and effective utilization of biomass is very important for the realization of low-carbon/zero-carbon emissions and the construction of the power system based on renewable energy in China, because biomass fuel also has the property of energy storage. To this end, the status and trends of biomass utilization policies and power generation technologies at abroad were systematically reviewed. An in-depth analysis of China′s future biomass utilization pathways was conducted, combined with biomass characteristics and power generation demand in China. It is concluded that the main direction of the current low-carbon development of thermal power in the world is high-efficiency coal firing power technology with biomass co-firing, which has the advantages of mature technology, low cost, and flexible utilization forms. It is a key measure for the UK,Sweden and other countries to achieve carbon neutrality, and has been developed rapidly under effective policy incentives.

  • Dry separator of thin coal seam in Heishan Open-pit Mine
    CHEN Jianqiang,LI Gongmin,XIA Yunkai,ZHANG Bo,CHEN Zengqiang,YAN Guanghui,SHENG Cheng,ZHAO Yuemin,DUAN Chenlong; Xinjiang Energy Co., Ltd.,CHN Energy;Tangshan Shenzhou Machinery Co., Ltd., ;Key Laboratory of Coal Processing and Efficient Utilization (China University of Mining & Technology), Ministry of Education;School of Chemical Engineering & Technology, China University of Mining & Technology;
    2021 No.05 Download
  • Fluidization characteristics of multiple dense medium and efficient separation of low-quality coal in dry dense medium fluidized bed
    JIANG Yongning,QI Jian,BA Yulong,WANG Qingfei,ZHANG Zhenxing,GUO Junwei,ZHANG Bo; Xinjiang Energy Co.,Ltd,CHN Energy;School of Chemical Engineering & Technology,China University of Mining & Technology;Key Laboratory of Coal Processing and Efficient Utilization(China University of Mining & Technology),Ministry of Education;
    2021 No.05 Download
  • Investigation on force characteristics and separation ofcoal in dry dense medium fluidized bed
    DAI Lin,FANG Shuhai,LI Siwei,LYU Guannan,CHAI Xuesen,DUAN Chenlong,ZHOU Enhui; Xinjiang Energy Co.,Ltd.,CHN Energy;School of Chemical Engineering & Technology,China University of Mining & Technology;Key Laboratory of Coal Processing and Efficient Utilization(China University of Mining & Technology),Ministry of Education;
    2021 No.05 Download
  • Prediction of minimum fluidization velocity in gas-solid fluidized bed based on machine learning
    BAO Guoqiang,GU Weigen,MU Weiguo,ZHOU Nan,CUI Sen, LI Zhiqiang,LI Yanjiao,ZHOU Enhui,ZHAO Yuemin,DONG Liang; Xinjiang Energy Co.,Ltd.,CHN Energy;Artificial Intelligence Research Institute,China University of Mining & Technology;School of Chemical Engineering & Technology,China University of Mining & Technology;Key Laboratory of Coal Processing and Efficient Utilization (China University of Mining & Technology),Ministry of Education;
    2021 No.05 Download
  • Development and challenge of dry coal separation
    LI Siwei,CHANG Bo,LIU Kunlun,ZHOU Chenyang,DONG Liang,DUAN Chenlong,ZHAO Yuemin; Xinjiang Energy Co.,Ltd.,CHN Energy;Key Laboratory of Coal Processing and Efficient Utilization(China University of Mining & Technology),Ministry of Education;School of Chemical Engineering & Technology,China University of Mining & Technology;
    2021 No.05 Download
  • Development and application of soft-measurement technology for online monitoring of coal quality in power generation
    CHENG Yanting,SONG Lixin,CHI Feng,MA Chao,JING Qiang,WANG Yang; China Datang Corporation Science and Technology Research Institute;Guangdong Datang International Power Generation Co.,Ltd.,;3. Taiji Computer Co.,Ltd.,;School of Physics and Optoelectronic Engineering,Shandong University of Technology;
    2021 No.05 Download
  • Advances on the coal water slurry dispersants
    LI Guo,QIAO Junqiang,LU Haiyun; Shendong Coal Group Co.,Ltd.,;National Institute of Clean-and-Low-Carbon Energy;
    2021 No.05 Download
  • Research progress on the properties and applications of direct liquefaction residue of coal
    ZHANG Yajie,XUE Yongbing,LIU Zhenmin; 太原科技大学 化学与生物工程学院;
    2021 No.05 Download
  • Research status and prospect of synthetic applications of 2-methylnaphthalene
    HU Fating,LI Junfang,MAO Xuefeng,CHANG Qiulian,WU Yan,MA Bowen,LIU Min; Beijing Research Institute of Coal Chemistry,CCTEG China Coal Research Institute;State Key Laboratory of Coal Mining and Clean Utilization;
    2021 No.05 Download
  • Governance technology and development trend of NOx in sintering
    ZHOU Haicheng,GAO Zhifang,LONG Hongmimg,XU Hui,WANG Guangying,GAO Li; School of Metallurgy Engineering,Anhui University of Technology;Key Laboratory of Metallurgical Emission Reduction & Resources Recycling,Ministry of Education,Anhui University of Technology;Anhui Yuanchen Environmental Protection Polytron Technology Co.,Ltd.,;
    2021 No.05 Download
  • Research progress on influence mechanism and engineering application of water vapor in nitrogen oxide control technologies
    WANG Jing,ZHANG Ruiping,YANG Fengling,WANG Dongsheng,WU Shaohua,CHENG Fangqin; Institute of Resource and Environment Engineering, Shanxi University;
    2021 No.05 Download
  • Research progress on collaborative mercury removal of pollution controlequipment in ultra-low emission coal-fired power plants
    CAO Xiaoman,LIU Yawen,ZHANG Junmei,JIANG Luxiang,GUO Na,WANG Zuwu; Shandong Power Engineering Consulting Institute Co.,Ltd.,;School of Resources and Environmental Science,Wuhan University;
    2021 No.05 Download
  • Research progress of the whole process treatment technology fordifficult-to-settle slime water
    YANG Yanbin,QU Jinzhou,ZHU Ziqi,ZHOU Anning; School of Chemistry and Chemical Engineering,Xi′an University of Science and Technology;CHN Energy Shendong Coal Preparation Centr;
    2021 No.05 Download
  • Research and development on deoxidation technology of coal bed methane
    ZHANG Jinhua,LIU Shuxian,QIN Qiang,HE Lixin; National Institute of Clean-and-Low-Carbon Energy;
    2021 No.05 Download
  • Feasibility study of direct measurement of raw coal property on conveyor belt by LIBS
    HE Yongchao,YU Ziyu,SHI Libao,QIN Huaiqing,ZHOU Yaning,ZHANG Lifeng,MO Juehui,ZHAO Hang,YAO Shunchun; Hebei Huadian Shijiazhuang Luhua Thermal Power Co.,Ltd.,;School of Electric Power,South China University of Technology;Cntest Intelligent Scien-tech Co.,Ltd.,;Guangdong Province Engineering Research Center of High Efficiency and Low Pollution Energy Conversion;
    2021 No.05 Download
  • Steam pipe rotary-coal slime drying technology for ultra supercritical
    WANG Linwei,LIU Xianhang,LIU Yunjie,MEI Yuzhu,KONG Guoqiang; Huaibei Shenwan Power Generation Co.,Ltd.,;
    2021 No.05 Download
  • Characteristics and influencing factors of coal-water slurry pyrolysis
    FENG Fan,YU Juan,ZHANG Yao,LI Boyang,LIN Chen,ZHANG Zhongxiao; School of Mechanical Engineering,Shanghai Jiao Tong University;
    2021 No.05 Download
  • About Journal

    • Executive director

      China Coal Science and Industry Group Co., Ltd

    • Sponsored by

      Coal Science Research Institute Co., Ltd
      Coal Industry Clean Coal Engineering
      Technology Research Center

    • Editor in Chief

      XIE Qiang

    • Vice Editor-in-Chief

      YU Chang
      SHI Yixiang
      ZHAO Yongchun
      DUAN Linbo
      CAO Jingpei
      ZENG Jie

    • Publication Frequencies

      Monthly

    • ISSN

      1006-6772

    • CN

      11-3676/TD

    Covered by

    • CSTPCD
    • RCCSE(A+)
    • AJ
    • EBSCO host
    • Ulrichsweb
    • JST
    • Scopus

    Contact us

    New Media

    • Meichuanmei
      Meichuanmei
    • Clean Coal Technology
      Clean Coal Technology
    • Online Journals
      Online Journals
    Website Copyright © {year} Clean Coal Technology
    京ICP备05086979号-19
    地址:Coal Tower, Hepingli, Chaoyang District, Beijing, China.
    邮编:100013
    Tel:86-10-87986452 / 010-87986451
    E-mail:jjmjs@263.net