GX & Decarbonization Research

Jherson Henry Castañeda Ravichagua, Dammer Felipe Trigoso Ruiz, Frey Franco Sánchez Marcos +1

This systematic review analyzes evidence on carbon footprint reduction strategies in civil engineering. LCA is the primary measurement methodology, complemented by BIM, Digital Twin, and Machine Learning. Mitigation strategies include low-c…

Fauzi, S. Aulia, Rahmi

This study examines the effect of CSR disclosure on corporate financing constraints and the moderating role of financial transparency in the digital transformation context. Using panel data from Indonesian manufacturing firms, the results s…

Iqra Mubeen, Samina Rauf

This paper investigates whether ESG sentiment generated by LLMs can predict portfolio risk. It finds that positive ESG sentiment correlates with lower volatility and downside risk, while negative sentiment increases risk exposure. LLMs outp…

Chirmala Wisnu Permata Affardi, Robiatus Salamah, Mohammad Aviciena Taufiqurrahman +2

This qualitative case study of a coal-fired power plant in Indonesia examines how green innovation moderates the relationship between environmental pressure and financial performance. Investments in pollution control, biomass co-firing, and…

Ritesh G Upadhyay, Urmila Vivek Chauhan

This review discusses hybrid separation processes combining membrane, adsorption, extraction, and distillation technologies to improve energy efficiency and process intensification in chemical engineering. It covers industrial cases from pe…

Qingrun Li, Meijie Jia, Liang Zhu +6

This review systematically summarizes the structure, synthesis, and gas separation performance of zeolite membranes, focusing on applications in carbon capture and hydrogen separation. It identifies current bottlenecks and provides perspect…

Panpan Yao, Hairong Jiang, Tian Wang +2

This study evaluates pollution and carbon reduction pathways for a thermal power plant in northern China using LEAP and SWOT models. Results show clean energy capacity exceeding 80% by 2030 and near-zero CO2 emissions by 2060 under a compre…

Juan Camilo Rincón Aguilar, Sergio Raúl Rivera Rodríguez

This paper presents a methodology for finding scalable implementation paths for distributed green hydrogen systems in urban residential communities. It applies multi-objective optimization using MOPSO, AGEII, and FDV methods and compares th…

Qinwen Deng

This paper examines how multi-level governance can address carbon lock-in in resource-depleted cities. It employs configurational pathways (likely QCA) to identify conditions for just transitions. The findings contribute to understanding po…

Phil M. Henry, Marjan Vazirian, S. Westland

This paper evaluates digital-color and data-driven design workflows in textile printing for fashion, based on a collaboration between Burberry and University of Leeds. It examines how color accuracy impacts digital transformation and sustai…

Youxia Tong, Samuel Duku Yeboah, Michael Provide Fumey

This study uses 1996-2023 data from G7 economies to examine whether institutional quality protects against energy-related risks and promotes renewable energy adoption. Using quantile-on-quantile regression, it finds heterogeneous effects: J…

Kailun Feng, Shuo Wang, Santhan Reddy Penaka +2

This empirical study uses deep uncertainty analysis to characterize regional climate for building stock transition in a Nordic context. It provides insights for integrating energy efficiency and climate adaptation in building retrofits.

Jiayu Shen, Lian Shi, Kai Zhu

This study addresses the coordination problem of a coal-power supply chain under stochastic carbon price fluctuations. It proposes a hybrid contract with risk-sharing mechanisms to optimize the entire supply chain and manage risks under car…

Yinlu Zhang, Hui Yang, Tong Zhang, Yuanjin Zhang, Chuang Zhu

This paper proposes a blockchain-based carbon accounting framework integrating Life Cycle Assessment and multi-agent simulation to track carbon emissions across the entire lifecycle of integrated energy systems (electricity, heating, gas, c…

Jiaxiang Wang, T X Chen

This study uses MGWR-SHAP analysis to evaluate the scale-dependent and non-linear effects of land-cover configuration on carbon performance in Tianjin, China. It reveals that different land cover types have varying impacts at different spat…

Die Lü, Lian Luqi

This paper empirically analyzes the impact of decarbonization policies on default risk among China's high-carbon businesses. Results suggest that stricter policies may increase credit risk, contributing to quantitative assessment of transit…

Jinshuai Li, Tianxiang Hao, Hongyang Chen +6

This study synthesizes eddy covariance data from 43 natural wetlands to quantify greenhouse gas responses to water table depth (WTD). Both net ecosystem productivity and methane fluxes show unimodal relationships with WTD, peaking at 50–60 …

Miaomiao Zhang, Shuo Shi, Joselito Razal +1

This review systematically presents the fundamentals, materials, and applications of passive cooling technologies as zero-energy solutions to address the energy crisis and climate change. It covers advances in materials, structural design, …

Zhongxiu Chen, Zhehao Huang, C ZHANG +1

This paper proposes a carbon price dynamics model combining jump-diffusion and higher-order hidden Markov switching. It captures price volatility and regime shifts in carbon markets, aiding forecasting and risk management.

Yunchao Zhuang, Kui Xu, Lingling Bin +4

This study evaluates global wind and solar energy sustainable development potential under climate change scenarios and explores regional joint optimization. It provides insights for renewable energy deployment planning and climate adaptatio…