GX & Decarbonization Research

Tiantian Feng, Mingli Cui, Xiaoqi Sun +2

This study systematically reviews research on integrating blockchain technology with Tradable Green Certificates (TGC) to support China's emission reduction targets. Using bibliometric analysis of Web of Science and CNKI databases, it revea…

Rio Afrianda

This study proposes and empirically tests an integrated strategic management model for mitigating stranded asset risks in electricity utilities. Using survey data from Indonesian power generation companies, it shows that strategic governanc…

Dingle Zou, Xuelai Zhang, Jun Ji

This review integrates material, control, and sustainability dimensions of battery thermal management systems (BTMS). It identifies trade-offs in PCMs and AI control, and highlights the need for recyclable bio-based materials and physical v…

Shiwei Huang, Weiguo Liu, Shuchun Li +3

This study develops a PVDC-derived hard carbon anode for sodium-ion batteries, achieving high capacity under high-rate and low-temperature conditions. It contributes to low-cost, resource-abundant energy storage alternatives to lithium-ion …

Josie Gray, Keyvan Hosseini, Clare Cowen +1

The CORDIAL project addresses health inequalities and NHS-related carbon emissions by engaging patients and the public to identify barriers to low-carbon, equitable healthcare transport. Participants reported costly, unreliable public trans…

Yushu Jing, Bowen Guan, Anhua Xu +3

This paper proposes a low-carbon material for loess stabilization using alkali-activated magnesium slag and fly ash, reducing CO2 emissions by substituting cement and valorizing metallurgical waste, contributing to sustainable construction.

Zelin Huo, Zhenhua Li, Junfeng Deng +1

Proposes a two-layer alternating coordinated dispatch method integrating thermal, wind, solar, CCS, and tiered carbon trading for high-renewable power systems. Uses response-gap negative-feedback dual incentives to coordinate demand respons…

Shuai Liang, Huanhuan Jiang, Peng Wang +1

Using Chinese provincial panel data (2010-2023) and spatial Durbin models, this study finds that new quality productivity (NQP) significantly promotes green low-carbon transformation (GLT) in manufacturing, with 78.1% of the effect from spa…

Zhihui Shi, Zhaoyu Xu, Weihe Rong +8

This paper reports a method to reprogram yeast metabolism for producing starch-rich micro-grains via low-carbon microbial manufacturing. It is an author correction, indicating revisions to the original study. It may contribute to advances i…

Shikha Daga, Remy Jonkam Oben, Phuong Mai Nguyen +1

This paper explores how FinTech (digital financial innovation) can drive low-carbon growth in India. It likely discusses the role of financial technology in promoting green finance, sustainable investment, and climate action, offering polic…

Prajita Budhathoki, Jared Cantrell, Mustafa Mashal

This research proposes a hybrid structural system combining timber and Ultra-High-Performance Concrete (UHPC) to reduce embodied carbon while enhancing structural performance compared to timber-normal concrete systems. Through experiments a…

Rasmus Magni Johannsen, Nikos Kleanthis, Meng Yuan +3

This study proposes a decentralization-adjusted diversity index to assess energy system diversity and applies it to 100% renewable energy scenarios for Denmark and Greece using EnergyPLAN and OSeMOSYS. It finds that while fossil fuel phase-…

Monica Nahabwe, Monica Nahabwe

This paper quantifies the financing gap for Uganda's Energy Transition Plan (ETP) and explores ways to close it. Supported by the UK's FCDO, it highlights the need for increased investment in renewables and mobilizing private capital. It of…

Monica Nahabwe

This paper examines the financing gap in Uganda's energy transition plan. It analyzes the discrepancy between investment needs for renewable energy and available funds, highlighting policy and financing challenges. It provides insights into…

Xavier Banze, Issufo Juma, Luis Guambe

This paper models clean cooking transitions in Mozambique using geospatial analysis, recommending a gradual, differentiated strategy based on maximum net benefits. It prioritizes improved charcoal stoves and LPG in the short term, and elect…

Mahmud Hasan Riaz

This study examines the long-run effects of globalization, FDI, clean fuel access, renewable energy consumption, and economic growth on CO2 emissions in Costa Rica using annual data from 1980 to 2023. Employing DOLS, FMOLS, and CCR, the res…

Serge Daoudou, Alexis Abodohoui, Houriath Souley

This qualitative case study explores how political leadership influences public energy project performance in Benin over two decades. It finds that renewed political leadership with a clear strategic vision reshaped project implementation, …

Jovine NSEKANABANGA

This study uses OnSSET to evaluate least-cost electrification pathways for Rwanda's universal electricity access by 2030. Comparing least-cost and forced-grid scenarios, it estimates 2.28 million new connections, 309 MW of additional capaci…

Hochenauer* J, Müller MJ, Hochenauer C

This study presents the first combined experimental and numerical demonstration of latent heat utilization in a semi-industrial molten salt TES system. Complete solidification increases thermal yield by ~10%, but optimal operation at ~60% s…

González J, Saavedra N, González L +3

This paper proposes a mathematical framework to characterize the limiting and optimal efficiency of Organic Rankine Cycles (ORCs) with an internal heat exchanger (IHE). Based on the Helmholtz energy function, it extends to real fluids via v…