GX & Decarbonization Research

Cheng-Tang Pan, Yu-Peng Huang, Cheng-Chang Tsai +4

This paper applies data-driven multi-objective optimization to analyze CVD deposition of WS2 thin films, aiming to reduce process time and carbon footprint simultaneously. It explores conditions that improve energy efficiency and lower emis…

Félix Santiago Ríos Barragán, Fabio Leonardo Acuña Pérez

This study calculates the carbon footprint of a Colombian BPO company for 2025 using ISO 14064-1, covering Scopes 1, 2, and 3. Total emissions were 318.03 tCO2eq, with Scope 3 contributing ~89% (mainly employee commuting), Scope 2 ~10% (ele…

Ailbhe Kiely, Katie Macdonald, Vivien Lees

This retrospective cohort study of 100 hand trauma surgeries found that reducing surgical instruments and drapes cut carbon emissions by 236 kg over 4 months, with smaller drapes reducing CO2 by 71% and streamlined trays by 20%. Projected y…

Jing Xiao, Baoli Wang, Wanzhu Li +3

This study surveyed 11 karst reservoirs in the Wujiang River Basin to analyze how dissolved inorganic carbon (DIC) dynamics and phytoplankton community succession affect the biological carbon pump (BCP). Reservoirs dominated by nondiatoms s…

Matija Ribić

This thesis assesses risks of transporting hydrogen and CO2 via pipelines. Using fault tree analysis and a risk matrix, it estimates leak frequencies of 9.63×10^-7/year for hydrogen and 1×10^-6/year for CO2, concluding CO2 leaks pose higher…

Yunxiao Zhang, Pengzhe Ji, Yunfu Ou +6

This paper proposes a method to enhance electrothermal efficiency in carbon fiber-reinforced composites by integrating continuous carbon nanotube fiber films and discrete carbon nanotubes. The technology enables lightweight and efficient he…

Luiz Otávio Orzari, Fabiano Mendonça de Oliveira, Samuel C. Silva +2

This review outlines challenges and strategies for sustainable urea production via electrosynthesis. Three approaches—catalyst microenvironment engineering, in-situ CO2 generation from bicarbonate electrolytes, and three-phase interfaces—co…

Tao Yang, Jingquan Wang, Xia Yu +2

This paper proposes a low-energy natural carbonation pathway for fully recycled self-compacting concrete, evaluating mechanical performance and life-cycle carbon emissions. It demonstrates that carbonation can sequester CO2 while maintainin…

Yan Wu, Pim Martens, Thomas Krafft

This qualitative study analyzes the gap between low-carbon awareness and behavior among Chinese residents in low-carbon city transitions. Based on stakeholder and resident interviews, it finds that extreme weather and dual-carbon goals rais…

Qian Shen, Xiao Gao

This study uses a multi-method bibliometric approach on 2,326 publications to analyze the growth and structural differentiation of carbon neutrality research from 2021 to 2025. It finds that 2023 marked peak output and terminological concen…

Xu Li, Jianhua Deng, Jichun Liu +3

This paper proposes strategies for low-carbon resource management and risk resilience assessment using a coordinated game framework that incorporates policy trading. It models interactions between policy and firms to enhance sustainable res…

Qingling Zhao, A. I. Abdo, Kun Zhang +5

This study examines the effects of nitrogen fertilization, straw incorporation, and plastic film mulching on wheat yield and soil organic carbon (SOC), finding that these practices increase yield and SOC but reveal trade-offs in carbon stab…

Lili Wang, Jun Pang

This paper empirically examines the nexus between climate finance, regulatory quality, trade openness, and renewable energy deployment, likely using Chinese data. It highlights the role of policy and regulatory environments in shaping renew…

Suhrob Gadoev, Maaz Ahmad, Abdukodir Toshkulov +2

Using panel data from 10 emerging Asian economies (2000-2022) and CS-ARDL, this study finds that clean energy investment and Fintech significantly reduce CO2 emissions, while economic growth and resource rents increase them. Financial devel…

Yuliya V. Zvorykina, Olga A. Pavlova, Alina V. Filippova

This study analyzes Russia's international cooperation in nuclear technology amid the energy transition and geopolitical tensions. Russia leads globally in the number of nuclear plants under construction abroad, leveraging technological sup…

Jason Chen

This study proposes an optimization framework to reduce greenhouse gas emissions in Hong Kong's logistics and transport network. It models 18 administrative districts as a dynamic topological graph and integrates real-time traffic, terrain,…

Qiyong Xiao, Ping Qin, Hao Chen +1

This empirical study examines how climate change affects the efficiency of combined heat and power (CHP) plants in China, finding that rising temperatures lead to efficiency losses, with implications for energy transition and decarbonizatio…

StathisDevves

This study develops an integrated 8,760-hour residential prosumer model combining PV, battery storage, dynamic pricing, demand response, and P2P trading. It compares three battery management strategies across four capacities, evaluating cli…

Prof. Federico Rossi

This paper proposes the RF-meter methodology to quantify CO2 compensation from high-albedo surfaces, integrating ground measurements, astronomical calculations, and satellite data to account for weather and material degradation. It highligh…

Riyad Khairoun

This paper investigates Morocco's solar energy potential, analyzing solar resources, geographic and climatic conditions, and opportunities for photovoltaic development. It evaluates the country's capacity for solar power generation and disc…