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Jin Chao

  • Professional Title

    Professor

  • Administrative Appointments

    党支部书记

    Discipline

    环境工程

Contact Information
  • Zipcode:
  • Postal Address:
  • E-mail:
  • Brief Introduction
  • Academic Research
  • Honors & Awards
  • Professional Membership

Chao Jin, Professor at the School of Environmental Science and Engineering, Tianjin University. Her long-term research focuses on three core directions: the design and preparation of carbon-neutral fuels, combustion emission control, and the comprehensive utilization of carbon dioxide removal (CDR) technologies.

She has published over 100 SCI papers in high-profile journals including Nature Reviews Clean Technology, Nature Communications, Environmental Science & Technology (EST), Carbon, and Process Safety and Environmental Protection (PCI). The highest citation count for a single paper exceeds 700, and has been continuously listed in the Stanford University Top 2% Global Scientists Ranking. Her research achievements have been reported and reprinted by more than 20 media outlets such as Science and Technology Daily, Xinhua News Agency, and Tianjin Daily.

In the past five years, she has presided over national-level research projects with a total funding of nearly ten million RMB, including key special projects of the Beijing-Tianjin-Hebei Integrated Development Program, key joint fund projects, General Program projects of the National Natural Science Foundation of China, and projects funded by the Military Science and Technology Commission. She has also completed technology transformation projects worth over ten million RMB.

Professor Jin serves as an editorial board member for domestic and international journals, including Combustion and Emission Control, Thermal Science and Engineering, and Journal of Zhejiang University. She has participated in formulating 1 national standard and led the issuance of 1 group standard. Additionally, she has co-edited one textbook included in the 14th Five-Year Plan textbook series for the construction of Double First-Class universities.


  • Synergistic Research on Combustion and Carbon Dioxide Removal
    This research investigates enhanced rock weathering (ERW) as a carbon dioxide removal technology. Based on its reaction conditions and process characteristics, its synergistic applicability to combustion emission scenarios is ex
  • 燃烧与碳移除协同研究

    开展增强岩石风化碳移除技术的研究,结合其反应条件与过程特征,探讨其在燃烧排放场景中的协同适用性。结合典型自燃燃烧过程,提出面向火灾场景的碳移除协同设想,提出模拟不同燃烧方式及环境因素的场景呈现。未来研究将重点面向不同燃烧条件:例如高温剧烈燃烧、低温氧化及阴燃等,开展碳移除材料与反应机制研究。
  • 碳中和燃料燃烧分析及污染物排放调控

    针对碳中和燃料及其混合燃料体系,开展基础燃烧特性与动力应用性能研究。通过定容燃烧弹、发动机台架等实验手段,结合化学反应动力学模拟,揭示燃料着火、火焰传播与污染物生成的内在机制;系统分析不同燃料配比、工况参数对燃烧效率与 NOx、颗粒物、醛类等非常规污染物排放的影响规律,研发机内燃烧优化与尾气后处理协同调控技术,实现碳中和燃料高效清洁燃烧与排放达标。
  • 碳中和燃料制备

    围绕甲醇、生物柴油、呋喃类衍生物等碳中和燃料与零碳燃料,开展燃料制备工艺的开发与优化研究。以农林废弃物、微藻、工业有机废液等可再生原料为基础,结合绿电耦合转化路径,研发高效催化体系与反应强化工艺,降低制备过程能耗与生产成本;同时开展燃料组分设计与品质调控,适配内燃机、船舶动力、工业锅炉等多场景应用需求,推动碳中和燃料的工程化应用与产业落地。
  • 国际期刊:Combustion and Emission Control,编委
  • 国际期刊:Thermal Science and Engineering,编委
  • 核心期刊:《浙江大学学报》,编委
  • 参与制定国家标准 1 项,主持发布团体标准 2 项
Education Background
  • 1.2006.9-2011.6

    Tianjin university  | Bio-molecular engineering  | Doctoral degree

  • 2.2008.11-2010.6

    Goethe University Frankfurt  | Doctoral degree

Positions & Employments
  • 1.2012.1-Now

    Tianjin University

Courses
Research Group

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Address: No. 92, Weijin Road, Nankai District, Tianjin Zip Code: 300072