GX & Decarbonization Research

Shaima Al-Salmani, Muhammad Bilal, Muhammad Abdul Qyyum

This paper proposes a multi-criteria decision framework for evaluating commercial and advanced CO2 capture technologies, using a data-driven review to assess their applicability for industrial decarbonization.

Zhen Wang, Mengmeng Liu, Renze Xu

This paper evaluates high-temperature electrolytic ironmaking powered by green electricity for decarbonization, comparing molten salt electrolysis and molten oxide electrolysis routes.

M. Hassan, M. B. Rasheed, Inam Ullah Khan +1

This study develops a dynamic Water-Energy-Carbon trade-off optimization model using Soft Actor-Critic deep reinforcement learning for industrial decarbonization. It quantifies the secondary burden of carbon capture on water and power syste…

José Luis Ares-Sainz, Ivaylo Bozhkov, Veronika Georgieva +2

This paper assesses the environmental and economic feasibility of CO2 capture and storage (CCS) for decarbonizing a Bulgarian cement plant. It provides a case study of a hard-to-abate sector and evaluates emission reductions and costs.

Hamsa F. Nimer, Odey Alshboul, Musab Abuaddous +1

This paper proposes RELiC-build, a reliability-embedded SCGE-scheduling framework to quantify climate impacts and decarbonization options in construction supply chains. The framework enables assessment of emission reduction measures and the…

Yash Modi, M.J. Mungla, Suketu Jani

This paper analyzes India's potential $200 billion EV market, emphasizing state policies and grid decarbonization. It also provides machine learning insights for sustainable development.

Peiwen Yang, Fei Wu, Zeyu Xing

This paper proposes a cooperative game-based framework for coordinated electricity and carbon trading among heterogeneous prosumers, ensuring equitable sharing of decarbonization gains. Simulations demonstrate the mechanism's effectiveness …

Wu Rengaowa, Teresa Arauzo

This paper assesses the techno-economic and environmental performance of an integrated PVT-based solar-assisted heat pump with seasonal thermal storage for decarbonising public housing. It quantifies cost efficiency and CO2 reduction potent…

Lu Chen, Wei Liu

This paper optimizes decarbonization pathways for the energy-economy-carbon nexus using a case study of the Chengdu-Chongqing economic circle in China. It provides region-specific strategies with policy implications for balancing economic g…

Jian Wang, Feifei Yu, Tianhua Yang +8

This study evaluates the negative-carbon potential of a novel process combining photovoltaic energy with hydrothermal liquefaction of agricultural straw in China. It quantifies the carbon reduction potential and discusses implications for a…

Anping Ye, Yu-Jie Hu, Bao-Jun Tang +2

This paper explores optimization of economy-energy-environment (3E) policy mixes for decarbonization in China, analyzing synergies and trade-offs and proposing regional implementation strategies.

Francesca D'Angelo

This paper proposes a conceptual framework analyzing how organizational culture interprets and implements CSRD requirements. Based on three dimensions—Purpose, Leadership, and Organizational Culture—it argues that culture acts as an enablin…

Yu Lai, Zhaopu Liu, Mingen Zhao +2

Using net-zero targets from 143 nations, this study finds mitigation policy reduces agricultural output by 7.9%, with emission reductions only half that amount. Output losses are mainly due to stagnant mitigation technology, but adaptation …

Dimitrios N. Korres, Evangelos Bellos, Nikolaos Nikolopoulos +6

This paper examines the potential of reverse Brayton high-temperature heat pumps for industrial decarbonization, using the ceramic industry as a case study. It analyzes technical feasibility and CO2 reduction effects for high-temperature he…

Xuewen Zhang, Kuniadi Wandy Huang, Dat-Nguyen Vo +3

This paper proposes a machine learning-based hybrid dynamic model and economic predictive control for carbon capture processes on ships. It aims to improve CO2 capture efficiency and reduce operational costs, contributing to decarbonization…

Yu Li Xu, Jin Xin Cao, Zhen Shan Xu +1

This paper proposes a LASSO-BWO-ELM hybrid heuristic algorithm for regional transportation carbon emission prediction and decarbonization pathway analysis. The algorithm demonstrates effectiveness and provides specific decarbonization strat…

Ian Costa-Alves, Nicolas Gourdain, François Gallard +3

This paper proposes a numerical optimization framework for aviation decarbonization, balancing growing traffic demand with emission reduction targets. It considers maturing energy carriers (sustainable aviation fuels, hydrogen) and aircraft…

Shangsong Long, Hui Zhao, Yadong Wang +2

This paper proposes intelligent and decarbonized technology investment strategies for green port operations, taking into account port congestion and shippers' decarbonization preferences. It develops a model to optimize investment decisions…

Fayas Malik Kanchiralla, Maria de Oliveira Laurin, Selma Brynolf +1

This paper models decarbonization pathways for global road freight, comparing battery-electric vehicles (BEVs) and hydrogen fuel cell vehicles. It assesses environmental trade-offs on a lifecycle basis, highlighting how optimal solutions va…

Claudia Kettner, Julia Bock-Schappelwein, Daniela Kletzan-Slamanig +8

This paper uses a multi-model analysis to explore socially fair decarbonization pathways for housing and mobility in Austria, highlighting the need to integrate energy transition with social policies.