GX & Decarbonization Research

Bogdan Mitrea, MATEI TOM IACOB, Sanda Voinea +1

This paper presents a hands-on teaching module on vanadium redox flow batteries (VRFBs) for Master's students in renewable energy. Students prepare electrolyte solutions, perform cyclic voltammetry, and evaluate performance via polarization…

Bogdan Brych, Mykola Freyishyn

This paper discusses the challenges and prospects of managing renewable electricity generation facilities in the agricultural sector. Against the backdrop of growing energy insecurity, rising production costs, and climate obligations, renew…

D. Iudean, C. Muresan, Rapolti Laszlo +2

This paper examines the policy framework for shallow geothermal energy (SGE) in Romania and proposes strategic priorities to accelerate market uptake towards EU climate neutrality. Despite favorable geological conditions, SGE is underutiliz…

Qosimov, Oybek

The rapid integration of solar PV causes reverse power flows in distribution networks, leading to voltage rise and increased losses. This study proposes intelligent voltage control methods using OLTC transformers and AI-based forecasting to…

Alberto Pietro Damiano Baltrocchi, Lucrezia Maggi, Andrea Zamperone +2

This paper evaluates the environmental sustainability of photovoltaic systems across their entire lifecycle, analyzing impacts from manufacturing to disposal and discussing benefits and challenges of renewable energy.

Negi S.

This paper reframes anaerobic digestion (AD) as a defossilization platform, highlighting its potential to produce biogas as a renewable energy source and its role in integrated waste management.

Z. Hamidzadeh, A. Ahmadi

This paper proposes a policy-driven framework for designing hybrid renewable energy systems under climate change uncertainty, integrating multi-criteria decision-making and life cycle sustainability assessment to support decision-making tha…

M. Saqib, F. Benhmad

This study empirically examines the impact of renewable energy deployment on carbon emission reductions across European countries using panel data analysis. Results confirm a significant negative relationship between renewable energy share …

Arindam Paul, Dukhabandhu Sahoo, Amit Mitra +1

This study examines the impact of renewable energy transition on inclusive green growth (IGG) in 78 EMDEs from 1992 to 2021 using CS-ARDL. A 1% increase in renewable energy transition raises IGG by 1.495% in the long run and 2.078% in the s…

Changwoo Chung, Junghwan Lee, Taeyoung Jin

This study introduces a novel metric for renewable resource rent and empirically tests the renewable resource curse hypothesis using panel data from 46 countries (2010-2022). Results indicate a positive effect of solar and wind rents on eco…

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This paper discusses the future of wood resource utilization in Japan in the context of SDGs, the Paris Agreement, and the UN Forest Strategic Plan. It advocates for the establishment of a unique bioeconomy society, emphasizing the importan…

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This paper focuses on transportation issues in biomass utilization, discussing the importance of efficient logistics. It suggests that transport costs and infrastructure development are key to biomass diffusion.

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This paper proposes a design method for biomass co-firing systems that optimizes resource distribution and transportation costs, maximizing CO2 reduction by improving power plant siting and fuel procurement efficiency.

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This study examines the greenhouse gas reduction effects of biofuel production on abandoned farmland. It highlights the potential of utilizing idle land for renewable energy, contributing to decarbonization.

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This paper examines the use of woody biomass in disaster recovery scenarios for Iwate Prefecture. It analyzes the potential and challenges of introducing renewable energy from local forest resources, aiming to balance reconstruction with en…

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This paper proposes transmission line network development for wind farm areas in Hokkaido using GIS. It addresses grid capacity constraints due to increasing wind power, offering efficient route design and cost evaluation. Provides practica…

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This study analyzes the environmental and economic benefits of converting unused thinning wood (forestry residue) into powder fuel. It evaluates carbon emission reductions, cost-effectiveness, and feasibility, promoting biomass energy from …

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This study examines the feasibility of introducing an energy system utilizing forest residues in Sanmu City, Chiba Prefecture, Japan. It evaluates effective use of local biomass resources and energy self-sufficiency improvement.

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Life cycle assessment of bio-PET bottles using sugarcane-derived raw materials. Evaluates greenhouse gas emission reductions compared to conventional PET. Demonstrates that bio-based materials effectively reduce environmental impacts.

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This paper develops a 3R (Reduce, Reuse, Recycle) evaluation model for solar cells, contributing to the sustainability of photovoltaic systems by promoting waste reduction and resource circularity.