GX & Decarbonization Research

Dan Ma, Fang Xiao, Chien-Chiang Lee

This study analyzes how data sharing and analytics in supply chains can contribute to decarbonization. It quantifies the emission reduction potential from data-driven decisions, offering insights for corporate Scope 3 strategies.

Singh R.K.

This paper examines how net-zero policies drive supply chain decarbonization through carbon accounting practices. Using dynamic capabilities theory, it reveals mechanisms by which policies enhance environmental impact and firm capabilities.

Zi-ang ZHANG, Daofeng Zhong, Xinghao LYU

This study analyzes whether a carbon price risk threshold triggers modal shift in multimodal freight networks, using a risk-informed optimization model with empirical evidence from China. Results show that increased carbon price risk promot…

Fangfang Yan

This paper analyzes the impact of energy transition policies on regional economic resilience, likely with Chinese case studies, examining the economic effects of such policies.

Xiong Wei, Xiangyang Ma, Binghui Chen +1

This paper evaluates the integration of green hydrogen into coal-based methanol production across Chinese regions, assessing emissions reduction potential and policy implications for the energy transition.

Qian He, Ying Jin, Chen Chen +1

This study examines China from 1990-2023 using machine learning methods (LASSO, causal forest, Gaussian process) to analyze how trade openness, structural transformation, and government effectiveness affect coal usage and energy costs, ulti…

Ranvijay Kumar, Sonali Kumari, Shashidhar Ks +7

This review synthesizes the effects of agroforestry on soil carbon storage and nutrient cycling. Key mechanisms include increased organic matter inputs and soil aggregation, leading to higher soil organic carbon stocks in topsoil. The paper…

Priya Gupta, Nalini Soni, Silambarasan Tamil Selvan +2

This paper proposes biosequestration of carbon dioxide using carbonic anhydrase (CA) from marine bacterium Vibrio fluvialis VB1. The enzyme accelerates CO2 hydration, potentially enabling efficient carbon capture for sustainable application…

Jun‐Oh Min, Boyeon Lee, Chorom Shim +5

This study investigates anthropogenic black carbon signatures in Antarctic fjords and their implications for carbon cycling. Using observational data, it analyzes deposition patterns, highlighting the significance of human-induced carbon in…

Rukhsar Sayed, Smita K. Patil, Shriram Sethuraman +1

This paper investigates awareness and adoption of sustainable construction practices, focusing on the role of Life Cycle Assessment (LCA), prefabrication, and carbon credits. While specific findings are not provided, it likely offers insigh…

Mohamed Tarek Kamar, Vanessa Haines-Matos, André Mascarenhas +6

This paper presents a conceptual framework for understanding the social dimensions of Nature-based Solutions (NbS) addressing climate change and biodiversity loss. It categorizes social shaping factors into three domains: social inclusion a…

Nandagopal Paramesh

This paper critically evaluates the evolution of REDD+ and its financing through voluntary carbon markets, analyzing challenges such as additionality, permanence, leakage, and governance. Through case studies from the Amazon, Congo Basin, I…

Omer Shinnawy, Seyyed Arman Hejazi, Kiana Amini

This paper provides raw data and source code for a dual-function electrochemical cell that simultaneously captures CO2 and extracts lithium from saline waters. The thermodynamic plots and experimental data support the feasibility of this in…

Miguel A. Pedro, Ana Amorim, Henrique A. Matos

This study performs a techno-economic analysis of alternative routes for carbon capture and utilization (CCU) and green ammonia production from cement plant flue gas. Currently, CO2 capture (90% efficiency) and storage is the most economica…

Agus Setiawan, Meiri Triani, Vivi Fitriani +9

This paper presents an integrated multicriteria and spatial analysis for siting CO2-derived chemical production from carbon capture and utilization (CCU) at Indonesian coal-fired power plants. It evaluates proximity to emission sources, inf…

Wei Wei

This study focuses on multidimensional characterization and engineering optimization of calcium looping thermochemical energy storage integrated with carbon dioxide capture. It aims to improve system efficiency and reduce costs.

Brian Hyun Choi, Min Seok Kang, Genggeng Qi +3

This study synthesizes extra-large-pore mesoporous silica foam from rice husk and evaluates its performance for direct air capture of CO2, reporting structural properties and adsorption capacity.

Rongze Gao, Limin Wang, Chunli Tang +3

This paper proposes a novel hybrid carbon capture system with enhanced SO2 resistance and reduced energy consumption. It presents performance and operation strategies that optimize CO2 capture efficiency, addressing key barriers to CCUS dep…

Shengyuan Huang, Olajide Otitoju, Yao Zhang +1

This study simulates a piperazine-based post-combustion carbon capture process for a large-scale biomass-fired power plant, achieving a 95% capture level. Compared to 90% capture, the reboiler duty increases by about 13.7%, but an additiona…

Carlos Eduardo Guzmán-Martínez, Valeria Caltzontzin Rabell, Sergio Iván Martínez-Guido +2

This study proposes integrating CO2 capture using deep eutectic solvents (DES) into a winery wastewater biorefinery. Aspen Plus simulation shows that the DES-based configuration reduces raw material costs by 48.86%, increases profit by 2.86…