GX & Decarbonization Research

Suyeon Lee, Yonghyun Lee, Sang Hwan Son

This study presents an integrated chamber-coil model for optimizing naphtha pyrolysis furnace operation under carbon pricing, analyzing profit-CO2 emission trade-offs. Results show higher carbon prices drive emission reductions but may redu…

Maogang Tang, Weibiao Ma, Shuai Shao

This paper empirically examines how China's carbon emission trading scheme (ETS) drives technological change and green innovation among listed firms. It identifies the mechanism through which carbon pricing signals incentivize corporate inv…

Yongqi Li, Yi Xing, Jie Xiong +1

This study investigates whether China's Carbon Emission Trading Scheme (ETS) drives green technology breakthroughs in industrial transfer hubs. Using empirical evidence, it evaluates the effectiveness of market-based environmental regulatio…

Jing Zhang, Xinyi He, Jianfei Li +5

This paper proposes a bilevel stochastic optimization framework with a dynamic mean-CVaR risk model and a tiered carbon pricing mechanism to improve low-carbon operation of integrated energy systems under multi-source uncertainties. The upp…

Zhonglei Jiao, Dejian Yang, Fenghe Jin

This paper proposes a multi-timescale rolling optimization strategy integrating carbon trading and multi-type demand response for low-carbon economic operation of micro-energy systems. It introduces an incentive-penalty stepped carbon tradi…

Zhipeng Yan, Jingjiao Liang, Yunxia Wu +1

This paper empirically examines the impact of carbon trading prices in China's pilot carbon markets on carbon emissions and intensity in the textile industry using a panel regression model. Results show a 1% rise in carbon prices reduces em…

Fuli Zhou, Yueli Li, S. Pratap +2

This paper analyzes pricing strategy and remanufacturing mode choices (OEM vs. third-party) under a carbon cap-and-trade regulation in a trade-in scheme. It explores how carbon pricing affects product recycling and firm profitability.

Peng Zhang, Biao Zhao, Pin-bo Chen +1

This study analyzes pricing and recovery strategies in a dual-channel closed-loop supply chain with trade-old-for-remanufactured and trade-ins under carbon trading and subsidies. Using a Stackelberg game model, it finds that dual subsidies …

Bowen Tang, Xiao Liu, Haiyang Jiang +1

This study uses a system dynamics model to analyze the participation of Virtual Power Plants (VPPs) in China's inter-provincial electricity-carbon-green certificate markets. Two provincial VPPs (high-demand vs. renewable-rich) are simulated…

Yi Ding, Chunling Wang, Nian Liu +1

This paper proposes a low-carbon scheduling strategy for integrated energy systems (IES) using an improved carbon emission flow method and a green certificate-carbon joint trading mechanism. The method quantifies carbon impacts of renewable…

Denis J. Murphy, S. Yong

This review examines the global carbon cycle imbalance and the potential of tropical forests and tree crops to sequester an additional 1-2 GtC annually through reforestation and improved management. It advocates for transparent carbon tradi…

Zitao Hong, Zhen Peng, Xueping Liu

This study addresses the challenge of predicting enterprise carbon emissions amid distribution shifts across regions, industries, and policies. By integrating causal inference with stable learning, it proposes a time-series prediction mecha…

Jie Liu, Yongshuai Ma, Qingyu Li +2

This study uses a system dynamics model to analyze how renewable energy quotas and power generation rights trading affect green certificate and carbon emission prices. It finds short-term promotion but long-term inhibition effects on renewa…

Ruixuan Chen, Jiayu Ou, Ziyue Wan

This paper proposes an improved pricing framework for green financial derivatives (e.g., green bond futures, carbon-linked options) using an ESG-GARCH model that integrates ESG risk indicators and climate data. Analyzing data from the EU ET…

Haoyu Mao, Qiyue Deng, Zihao Zhang +1

This paper constructs an optimization model for demand response economic scheduling in integrated energy systems (IES) incorporating dynamic energy efficiency and dynamic carbon trading. It proposes a distributed robust optimization (DRO)-m…

Jiating Wang, Yinan Peng

This paper proposes a trusted evidence storage system using blockchain and smart contracts to enhance the reliability of carbon trading data for listed companies, ensuring transparency and tamper-proof records to strengthen carbon credit ma…

Lijun Ma, Hongru Shi, Guohai Liu +2

This study proposes a collaborative low-carbon economic scheduling strategy for data center microgrids, integrating delay-tolerant workload shifting based on queuing theory and waste heat recovery through heat-determined computing, along wi…

Yanhong Luo, Yuqing Yang, Bowen Zhou +2

This study proposes a cooperative operation framework for multiple integrated energy systems (MIES), modeling electricity-carbon P2P trading via Nash bargaining and handling uncertainties with robust optimization and chance-constrained prog…

Zhanpeng Xu, Zhehan Li, Longze Wang +6

This paper proposes a quantum-enhanced evaluation framework for hybrid wind-PV systems under carbon emission trading (CET). It integrates quantum particle swarm optimization (QPSO) with TOPSIS to handle uncertainty from evolving CET policie…

Kaho Yu, Yunheng Zhou, Xinchuchu Gao

This paper examines how Article 6 of the Paris Agreement shapes carbon markets in ASEAN and its implications for regional energy connectivity and transition. It analyzes how Article 6 provides a high-integrity framework to address instituti…