GX & Decarbonization Research

Ji-Yan Dai, Peijie Yao, Shuai Ju +2

This paper reviews electrochemical uranium extraction from seawater (EC-SUE) to synergize marine renewable energy and nuclear power. It covers electrode materials, reaction mechanisms, and demonstration projects, proposing a closed-loop sys…

Jacques Gandini, Roberto Colacchi

This paper examines the deployment of large heat pumps (LHPs) combined with waste heat recovery in fourth-generation district heating (4GDH) within the EU policy framework. It highlights the technical and policy benefits of high-temperature…

A. Barac, M. Holik, Kristijan Ćurić +1

This study evaluates the techno-economic performance of hybrid PV systems integrating battery and hydrogen storage with a blockchain-based peer-to-peer energy trading platform. Results show grid electricity demand reduction of 45-50% for re…

Pingzhen Xu, Xin Shen

Using panel data from 30 Chinese provinces (2011-2022), this study employs a structural equation model to examine how industrial intelligence affects carbon emissions. It finds that industrial intelligence significantly reduces emissions, w…

K. Kiskira, Sofia Plakantonaki, Nikitas Gerolimos +4

This review synthesizes recent advances in by-product recovery technologies for circular industrial processes in renewable energy contexts. It covers thermal, biological, chemical/electrochemical, and biotechnological routes across battery …

M. Bibih, K. Choukri, Mohamed El Khaili +1

This study uses real-world data from a 140 MW wind farm to evaluate the optimal coupling of battery and green hydrogen storage under variable demand. The hybrid system reduces curtailment to ~3%, increases renewable utilization to ~96.2%, a…

A. Harrison, George J. Fulham, Haoliang Hong +1

This paper proposes a system that thermally couples solid hydrogen storage and carbon capture to smooth out fluctuations in renewable energy generation. The thermal coupling enables efficient energy management, simultaneously providing stab…

Anton Atno Parluhutan Sinaga

This study empirically analyzes the mediating roles of renewable energy and energy efficiency in the economic growth-CO2 emissions nexus for Indonesia (2000-2023) using PLS-SEM. Economic growth significantly increases emissions, while renew…

Florian Frieden, Jens Leker

This paper presents a long-term MILP optimization model for hybrid renewable integration in industrial energy systems, demonstrating how to balance cost reduction and emission reduction cost-effectively.

Neharika Singh, Meenakshi Gupta

This study examines the impact of ICT trade components, economic complexity, and renewable energy share on carbon emissions in BRICS countries (2000-2022) using a second-generation CS-ARDL model. Results show that ICT service exports and re…

Oleksiy Melnyk, Svitlana Onyshchenko, Iryna Savelieva +2

This study compares low-carbon fuels (biofuels, methanol, ammonia, hydrogen) for coastal shipping, integrating life cycle parameters and marginal abatement costs in a model with scenarios to 2050. A hybrid gradual transition from early biof…

Xuejing Wu, Xiangyu Wang, Shudi Zuo +2

This paper examines the trade-offs between carbon and water eco-efficiency in China's low-carbon urban transition using county-level data, revealing spatial inequalities. It suggests that optimization strategies need to be tailored to local…

North American Academic Research

This study uses panel data from 16 Latin American countries (2002-2021) to examine how the choice of environmental metrics affects energy transition evaluation. Comparing Ecological Footprint (EFpc) and Ecological Deficit (EDpc) via fixed-e…

Jun Ma, Wei Cai, Yuchen Wan +2

This study examines how digital transformation, policy intervention, technological investment, and financial support interact to drive industrial low-carbon transition. Using firm-level panel data from over 12,000 observations in manufactur…

Mohammed Abubakar Adeyemi & Prof. Zubairul Islam

This paper analyzes the green transport transition in Abuja, Nigeria, focusing on governance, finance, and equity. It highlights the gap between policy and implementation, offering insights into challenges for urban transport decarbonizatio…

Emir Fejzi'c, Will Usher, I. Jensen +12

This paper compares climate-neutrality pathways for Nordic power sectors using eight structurally diverse energy system models without input harmonization. There is broad agreement on a transition dominated by wind and solar PV with declini…

Muhammad Ilham Maulana, F. Sinulingga

This study proposes 'GreenFusion,' a method for synthesizing green diesel from a mixture of Nyamplung oil and used cooking oil via hydrodeoxygenation using a NiAg/ZH catalyst. The process achieves a yield of 91.2% and a cetane number of 75.…

Renato Rodrigues, R. Pietzcker, Joanna Sitarz +9

This study uses an integrated energy-economy-climate model to explore EU pathways to climate neutrality, informing the 2040 target-setting process. Results indicate that 86% emission reductions (range 80-93%) from 1990 levels are cost-effic…

Aaron Hoyle, Madeleine Seatle, B. Griffin +2

This paper analyzes the trade-offs between decarbonization through electrification and economic development in British Columbia, Canada, using an integrated energy systems model. Comparing scenarios of implemented policies versus additional…

Shaon Biswas, Paramita Roy

This paper benchmarks 13 forecasting model families on global renewable energy consumption (World Bank indicator, 1990-2020) using walk-forward cross-validation with a 3-year horizon. It evaluates models via Diebold-Mariano tests and Model …