GX & Decarbonization Research

Yuzheng Liang, Yuzhong Li

This review systematically classifies CO2 capture technologies into pre-combustion, combustion-based, and post-combustion routes, with a focus on post-combustion methods including absorption, adsorption, and membrane separation. It highligh…

Ning Hu, Zuhui Huang

This paper analyzes the distributional and efficiency effects of carbon pricing combined with revenue recycling. It explores optimal policy design using empirical or theoretical approaches, offering insights for equitable and efficient carb…

Ting Hua, Yi Yang, M. Rama Krishna +4

Assesses bioenergy crop potential on 36 million ha of marginal croplands in China using satellite data and spatially explicit yield modeling. Finds 1.88–2.09 EJ yr⁻¹ biofuel and 192–298 Mt CO₂ yr⁻¹ net carbon removal, up to 76% beyond natur…

Hazrat Hassan, Chunmei Ni, Agyemang Kwasi Sampene +1

This study analyzes the impact of renewable energy, digital economy, ICT, and economic progress on carbon emissions using panel data for 25 EU countries from 2000-2023. Results show renewable energy, digital economy, and ICT significantly r…

Santiago Hernández-León, Éric Lichtfouse

This paper examines ocean iron fertilization (OIF) as a carbon dioxide removal (CDR) strategy for climate change mitigation. OIF stimulates phytoplankton growth to absorb atmospheric CO2, but faces challenges regarding ecological impacts an…

Ji Hongjie

This study quantitatively assesses the multidimensional risks of a just transition in Shanxi, China's largest coal-producing province, using scenario simulation and factor analysis from 2025 to 2060. It finds severe fiscal gaps exceeding 65…

Yujia Zhao, Xinyi Chen, Jing SHUAI +2

This paper evaluates how China's copper supply chain can meet increased demand from renewable energy transition using scenario analysis. It identifies supply risks and policy implications.

Mingtao Zhao, Wu Chen, Lianbiao Cui +3

This paper analyzes how policy synergy (carrots and sticks) in the renewable energy transition drives enterprise digital transformation, using Chinese firm-level data. It empirically demonstrates that combined incentive and regulatory polic…

Juan Tan, Xin Ouyang, Shuangjiao Xue +5

This paper analyzes how the surging demand for energy storage systems intensifies lithium supply challenges, highlighting a critical bottleneck for the green transition.

Yongguang Zhu, Jinning Zhu, Xiaoyang Lin +5

This paper introduces a framework using machine learning to evaluate ESG-driven conflict risks in the supply of critical minerals for the energy transition. Analyzing 112,766 conflict events, it finds high risks in the Middle East, North Af…

Yiwen Chen, Nora Paulus, Xi Wan +1

This paper studies the social desirability of Carbon Capture and Storage (CCS) under an exogenous net-zero emission target. It derives a closed-form welfare criterion comparing CCS-based and renewable-only transition pathways based on inher…

(著者不明)

This paper explores the application of AI and digitalization in carbon capture, utilization, and storage (CCUS). It presents a technical framework for optimizing the design and operation of smart carbon capture systems, highlighting potenti…

Zhaojin An, Chak K. Chan, Douglas R. Worsnop +1

This paper highlights the emerging environmental challenge of amines released from carbon capture processes, which can form secondary organic aerosols and impact air quality and health. As CCUS scales up, monitoring and controlling amine em…

(著者不明)

This paper presents case studies of carbon capture technologies, analyzing their environmental impacts including CO2 reduction and ecosystem effects. It evaluates the effectiveness and challenges of CCUS deployment.

(著者不明)

This paper outlines the fundamental principles and various types of carbon capture technologies (e.g., chemical absorption, physical adsorption, membrane separation). It summarizes their features, applications, and challenges, discussing th…

Yangsong Yang, Jianlin Hua, Ronghao Chen +1

This study proposes a novel low-carbon CCHP system integrating heat pump (HP) and MEA-based carbon capture (CCS). HP enables cascaded waste heat recovery, raising overall energy efficiency from 74.25% to 81.22% and waste heat recovery rate …

Hongxiang Ge, Yong-wei Ma, Wei Liang

This paper proposes a market clearing model integrating carbon capture power plants (CCS) and demand response (DR). Using non-cooperative game theory, it derives optimal trading strategies for generators and consumers to achieve low-carbon …

T H Wang, Ping Zhao, W. Zhou +3

This paper proposes a bi-level low-carbon distribution network expansion planning method that integrates multi-type EV charging facilities. The upper level minimizes annual system cost by coordinating charging facilities, new lines, and dis…

Ning Xu, Qunwei Wang

This study proposes an Intelligent Remora Optimized Deep Recurrent Neural Network (IRO-DRNN) to evaluate low-carbon economy development using urban data from 2015-2023. The proposed model outperforms existing methods (GA-BP, ARIMA-BPNN, CSO…

Ru Li, Yan Guo, Chen Zhang

This paper quantifies the health co-benefits (reduced air pollution, fewer premature deaths) from large-scale wind and solar deployment in China. Using a modeling approach, it shows that renewable energy expansion not only reduces carbon em…