GX & Decarbonization Research

Chulhwan Kwon, Kevin Dooley

This paper examines the impact of carbon credit portfolios on supply chain emission trends, focusing on how avoid, reduce, and remove strategies affect emissions.

Paulo Pereira, Miguel Inácio, Dalma Emoke Kovacs +3

This paper reviews nature-based remediation methods for PFAS contamination in soils, including phytoremediation and microbial degradation, discussing their effectiveness and limitations.

Kerry A. Waylen, Rakhyun E. Kim

This paper argues for recognizing the inherent limits of nature-based solutions (NbS) stemming from socio-ecological complexity. It identifies three sources of limitation: bounded steerability, contestation of values, and cross-scale misfit…

Qing Wu, Jiaming Duan, Xinyu Mo +2

This paper reports a hierarchical porous Zn,N co-doped carbon cathode material that employs a 'capture-storage' mechanism to enhance the performance of zinc-ion capacitors, achieving high energy density and long cycle life. The approach add…

Ade Ayu Oktaviana, A D Syafei, Yu Chen Cheng +3

This study evaluates CO2 adsorption of Sidoarjo Mud, a mineral-rich waste. Raw mud (0.11 mmol/g) outperforms pyrolyzed mud (0.09 mmol/g), highlighting pore size distribution over surface area. Demonstrates potential as a low-cost, waste-der…

RUPALI CHITALE, Surashri Sonawane, Mrunal Date

This study quantified soil carbon flux across five zones of a college botanical garden using a low-cost alkali absorption method. Higher emissions were found in compost pit and lawn areas, while tree zones showed lower flux, indicating stab…

Fengyi Chen, Zhenxiang Zheng, Xu Liu +2

This study measures the low-carbon cultural tourism development level in rural China and analyzes the transmission mechanism of digital empowerment. Based on 1233 questionnaire responses, it constructs an evaluation index across five dimens…

Amos Atanga

This study examines how renewable energy moderates the relationship between structural transformation and CO2 emissions across 42 Sub-Saharan African countries. Using FMOLS and DOLS models, it finds that renewable energy significantly reduc…

Zahra Yaghoubi, Mahyar Mansouri, Hosein Alimardani +2

This study applies machine learning to optimize methane tri-reforming (TRM) for low-emission hydrogen production. Using 46,464 operating points, neural networks (NN), random forest, XGBoost, and others were trained, with NN achieving best p…

Yihan Hu, Jiacheng Lin, Peng Wang +3

This study develops a low-carbon flowable solidified soil using construction muck and alkali-activated solid wastes. It demonstrates material performance and carbon reduction, contributing to decarbonization in construction through waste re…

Haris Amar, Hammad Anis Khan, Hassan Ali +2

This study evaluates mechanical performance, carbonation behavior, CO₂ uptake, and environmental impact of low-carbon concrete incorporating GGBS (ground granulated blast-furnace slag) and biochar. Results show that it can reduce CO₂ emissi…

Muhammad Umar, Manal Yunis, Adnan Safi +1

This paper examines how policy stringency and green finance influence organizational adoption of low-carbon technologies. It analyzes the interplay between regulatory pressure and capital market incentives, providing insights for policymake…

Cheng‐Jung Yang, Sin Syuan Wu

This study optimizes recycled PLA for 3D printing using Taguchi and desirability function analysis. It finds layer height and build orientation drive accuracy, roughness, and carbon price. Multi-objective optimization achieves 46.03% roughn…

Kaicheng Liao, Jizhen Li, Zhibin Lin +1

This study empirically examines the impact of China's low-carbon city pilot policy on corporate environmental information disclosure, evaluating policy effectiveness and providing insights for improving disclosure quality.

Mandeep Kumar Gupta, Kanupriya Chauhan, Geetanjali Mehara +1

This chapter presents low-carbon emission models for hospitals and pharmaceutical industries, focusing on energy efficiency, renewable energy integration, waste minimization, and sustainable practices. Recommendations include optimizing HVA…

Ning Guo, Yingying Zhang

This paper reviews electricity-gas-hydrogen integrated energy systems for low-carbon energy transition. Hydrogen acts as a flexible energy carrier and long-duration storage, improving renewable energy utilization. It covers planning, operat…

Pilar Padilla-Encinas, Luís Urbano Durlo Tambara Júnior, A. Fernández‐Jiménez

This study investigates phase instability in low-carbon calcium sulfoaluminate (CSA) binders induced by calcium chloride (CaCl2), revealing mechanisms that may affect durability and practical application of these eco-friendly cement alterna…

Chengji Liang, Yantao Li, Jianquan Guo

This paper analyzes the effect of green technology innovation on low-carbon transformation in the logistics industry using panel data and machine learning. Findings indicate that specific technologies significantly contribute to emissions r…

Naifu Deng, Qinglong Zhang, K E Yang

This paper provides a dataset and code demonstrating that concentrated carbon debt from hydropower reservoirs reduces the climate benefits of hydropower as grid decarbonization advances. It highlights that carbon debt, including methane emi…

Shasha Tian, Gengyu Gao, Yihui Ding +2

This paper proposes an integrated methodological framework for assessing low-carbon development pathways in ASEAN countries. It considers interactions among energy systems, economy, and environment to evaluate decarbonization scenarios up t…