GX & Decarbonization Research

null Muhammad Adnan Afzal, null Saif Ur Rahman, null Muhammad Toseef Aslam

This bibliometric analysis of 498 green technology articles (2004-2025Q1) reveals a shift from technology-centric to systemic-transition science. China leads in output and citations but is embedded in dense international collaborations. Eco…

Wang Ying, Muhammad Ramzan, Victoria Olushola Olanrewaju +2

This study examines the impact of women in politics, democracy, and patent innovations on renewable energy adoption in the UK from 1997 to 2021 using wavelet-based quantile techniques. Results show that women in politics and patents consist…

bioenergy science

This article comprehensively reviews Life Cycle Assessment (LCA) for bioenergy systems, covering methodologies, challenges, and future directions. It discusses attributional vs. consequential LCA, handling of biogenic carbon and indirect la…

Mahmudi, Sedat, Dik, Roula

This paper empirically analyzes how conventional economic and financial metrics influence solar energy investment in Kuwait using 13 years of data. A multiple linear regression finds that only LCOE is marginally significant, while other met…

Roozbeh Qorbanian, Nils Löhndorf, David Wozabal

This paper proposes a novel approach for valuing corporate renewable power purchase agreements (PPAs) by blending fundamental electricity market models with statistical learning. Using regularized inverse optimization, it estimates marginal…

Sara Aneva, Dragan Minovski, Vasilija Sarac +2

This paper analyzes the potential of a long-term Power Purchase Agreement (PPA) to enhance the profitability of the Tashmarunishta pumped-storage hydro power plant (PSHPP). It models a 20-year agreement for 300 MW PV electricity at 32 €/MWh…

Olimova Nodira Khamrakulovna

This study systematically examines strategies to enhance the efficiency of renewable and alternative energy utilization in a specific country. It analyzes technological, economic, and institutional barriers, integrates international best pr…

Charles Salcedo

This paper reviews recent trends in environmental and energy physics, explaining how fundamental physics principles (thermodynamics, radiation, fluid dynamics) are applied to renewable energy, climate modeling, and environmental monitoring.…

Priyanka P. Shinde, Padmanabh Malwade, Shreyash Patil +2

This paper explores the use of AI to enhance sustainable solar energy efficiency and mitigate climate change. While specific methods and results are unavailable due to the lack of an abstract, the topic aligns with GX interests in renewable…

Gandla Shivakanth, Ramakrishna Akella, V. Biksham +2

This paper reviews the growing role of AI in solar energy systems and climate change mitigation. AI models such as LSTM, CNN, Random Forest, and computer vision enable efficient solar power forecasting, panel tracking, predictive maintenanc…

bioenergy science

This systematic review categorizes next-generation bioenergy feedstocks into four generations, covering lignocellulosic, algal, and synthetic biology approaches. It discusses pretreatment, enzymatic hydrolysis, and thermochemical conversion…

Gourav K. Rath, Jesús David G. Palencia, Ajay K. Dalai

This review comprehensively assesses thermochemical biomass conversion, especially hydrothermal liquefaction (HTL), examining product properties and applications of biocrude and hydrochar. It highlights the role of AI and machine learning i…

Ding Qiannan

This paper assesses the global potential of integrating fisheries with photovoltaic systems (fishery-PV). Floating solar panels on aquaculture ponds can generate renewable energy without competing for land, while maintaining fishery product…

Kankana Saikia, Soumitra Nath, Suprakash Rabha +3

This chapter reviews nanomaterial-based photocatalysts for sustainable bioenergy production, covering TiO2, ZnO, CdS, g-C3N4, perovskites, MOFs, and hybrids. Photocatalytic pretreatment enhances lignin breakdown, boosting sugar release by u…

Valens Uwizeyimana

This dissertation analyzes woody biomass consumption and associated emissions in Rwanda's Eastern Province using forest inventories, sensor-based household fuel monitoring, and the LEAP model for long-term forecasting. It finds that many di…

Yunlong Zhang, Markus Millinger, Fredrik Hedenus +2

Renewable liquid fuels are crucial for hard-to-electrify sectors like aviation and shipping. Using a European energy system model, this paper shows that e-biofuels (produced by adding renewable hydrogen to biomass conversion to utilize biog…

Sven Teske, Jonathan Rispler, Saori Miyake

This report demonstrates the technical and financial feasibility of 100% renewable energy pathways for the Iberian Peninsula. The Energia 4.0 scenario achieves net-zero by 2040, while the 4.1 scenario shows sufficiency measures further redu…

Veli Yilanci, Ayşegül Han, Gökhan Konat

This study analyzes the asymmetric impacts of clean energy adoption on environmental sustainability in BRICS countries, offering policy recommendations for sustainable development.

Liudmyla Horbach, Serhiy Kyrylenko, Vitaliy Zapukhlyak +2

This study analyzes the role of the green economy and renewable energy in sustainable development and energy stability. Using benchmarking and correlation analysis, it finds that successful energy transitions strongly depend on institutiona…

Zhanhong Hao, Xingbang Wang, Songlin Ye +3

This paper provides field-based evidence that optimized irrigation can reduce greenhouse gas emissions and enhance carbon sequestration. It shows that irrigation optimization suppresses methane emissions and improves soil carbon storage, of…