GX & Decarbonization Research

Xia Jingquan, Shen Xianda, Zhang Fengshou

This study investigates the distinctive flow phenomena, particularly fingering, that occur during hydrogen transport in porous media for underground hydrogen storage. The authors analyze how hydrogen's low density, low viscosity, and high d…

Liu, Tianjiao

This study proposes a Carbon Footprint Management Platform (CFMPABT) integrating blockchain and IoT to ensure transparency and trust in supply chain carbon data. IoT sensors collect real-time emission data, while blockchain provides immutab…

LIU Ming ZHANG Xu-Wei WANG Chao-Yang LI Gen YAN Jun-Jie

This paper presents a thermodynamic analysis of a waste heat recovery system with an SCO2 power cycle for a 1000 MW supercritical coal-fired unit, showing a reduction in standard coal consumption rate of 2.50 g/kWh. It demonstrates that int…

Jakub Kubiczek, Aleksandra Kaliszuk, Amelia Bochenek

This paper analyzes Poland's energy transition and its energy security risks. As the EU's most coal-dependent country, a rapid shift to renewables without grid expansion, storage, and demand-side management could cause supply shortages and …

Jakub Machovec

This thesis presents a practical approach to measuring, managing, and reducing corporate carbon footprints. Using a Czech dietary supplement manufacturer as a case study, it calculates 2024 base-year emissions per GHG Protocol, finding Scop…

Guangyu He, Huan Zhou, Chen Wang +3

This paper proposes a method for dynamically tracking product carbon footprints by inferring emissions from electricity consumption. It enables near-real-time accounting and more granular GHG management at the product level. Potential appli…

Zhang Yuansheng^1^, Lian Jijian^1^, Zhang Jinliang^2^, Xing Jianying^2^

This paper proposes a unitized clean energy construction model based on wind-solar-hydro-pumped-storage complementarity. It integrates the Heishanxia, Qikou, and Guxian water conservancy projects in the Yellow River water-sediment regulatio…

Fu Jia, Stefan Seuring, Lujie Chen +1

This editorial systematically reviews supply chain transparency (SCT) literature and proposes a framework with antecedents, practices, outcomes, and challenges. It highlights the role of digital technologies and stakeholder pressures while …

Ding Chen

This study investigates the temperature recovery performance of surrounding soil in urban subway energy tunnels under long-term intermittent operation. It evaluates how extended operational patterns affect soil thermal recovery, offering in…

Zhenfeng Huang**¹    **Tian You**^2*

This study investigates direct cooling strategies for a novel building-integrated PV/T-energy pile system that combines solar and shallow geothermal energy. It compares cooling methods in summer, demonstrating improvements in energy efficie…

Mary Laura Lind, Walter Lehmacher, Kimberly E. Lind +1

This paper argues that fragmented, low-quality data sharing in supply chains undermines both disruption management and accurate GHG accounting, since only primary data enables precise emission calculations. It proposes rethinking digital co…

Institute of Atmospheric Physics, Chinese Academy of Sciences

Since the Industrial Revolution, human activities have raised atmospheric CO2 concentrations, causing global warming and making climate change a shared global challenge. This program by the Chinese Academy of Sciences promotes strategic res…

Young Jun Cho, Jungbae Kim, Holly Yang +1

This paper examines how Scope 3 emissions disclosure affects supply chain decarbonization. It empirically analyzes the link between corporate disclosure practices and emissions reduction efforts across the supply chain, with implications fo…

Alain Verbeke, Thomas Hutzschenreuter

This paper proposes a framework distinguishing between commitments imposed on firms for the long-term energy transition and those enacted internally. It argues that external pressure alone is insufficient; firms must integrate these commitm…

Samantha Reynolds

This qualitative study investigates green logistics strategies for reducing carbon footprints in supply chains, drawing on interviews with managers and experts. It identifies route optimization using telematics and data analytics, eco-frien…

X.F. Wang

This paper examines how AI can empower sustainable supply chains, addressing efficiency-environmental protection-equity challenges. It identifies key AI capabilities such as demand forecasting, logistics optimization, risk management, suppl…

Mike Stephenson, David A.C. Manning, Mike J. Spence +3

This paper reviews the role of subsurface geo-energy pilot and demonstration sites (CCS, geothermal, ATES, CAES) in delivering net zero. It argues these test facilities bridge laboratory research and full-scale deployment, supporting regula…

Suzanne Greene, Alexis Bateman

This chapter argues that transparency in GHG accounting and annual public disclosure are essential for managing supply chain decarbonization toward 2050 goals. It reviews levers such as standards, data collection, information sharing, and v…

HHS Office of Climate Change and Health Equity, Ana Catarina Formigoni Abel, Joseph McCannon +9

This discussion paper examines the landscape of greenhouse gas emissions reporting by US hospitals, summarizing federal, state, and local requirements as well as voluntary initiatives. It provides a first-of-its-kind estimate of the number …

Jaakko Peltokorpi, Saija Vatanen, C. H. Glock

This publication provides guidance on greenhouse gas accounting specifically for manufacturing companies, covering scope 1, 2, and 3 emissions. It aims to help manufacturers measure and report their carbon footprint accurately to meet discl…