GX & Decarbonization Research

Shen Xiaowang

This paper addresses rhythm mismatch between carbon price adjustment and industrial investment cycles. Using the Kuramoto coupled-oscillator model, it establishes phase-locking criteria for seven temporal rhythms (carbon price, investment, …

Shen Xiaowang

This paper systematically introduces an eight-dimensional framework based on Prim-Lex theory (Economic Climatology) to diagnose cross-border governance of green infrastructure along the Belt and Road Initiative (BRI). Using three empirical …

Alfredo De Joannon

This paper critiques current AI energy demand forecasts for treating AI as an exogenous load and ignoring adaptive feedback loops. It examines three under-modeled vectors: edge computing decentralization, photonic processing transitions, an…

Catalina Gonda

This paper uses Group Concept Mapping to elicit expert views on challenges to forest-based climate mitigation. It finds convergence on finance, governance, and indigenous rights issues, but divergence on carbon accounting and offsetting. A …

Muhammad Neam Qamar Muhammad Qaisar

This comprehensive review summarizes recent advances in transition metal nanostructured catalysts for energy conversion and storage, covering applications in fuel cells, water electrolysis, and batteries. It highlights their critical role i…

Yulduz Egamberdiyeva

This paper evaluates the environmental impact of solar energy, its climate resilience, and offers practical recommendations for the Tashkent region. Lifecycle GHG emissions of solar panels are 20–50 g CO2-eq/kWh, 90–96% lower than coal and …

1Yash Pal, 2Ghasharib Naved, 3Usman Maqsood, 4Rameez Shaikh

This paper reviews advanced power system strategies for integrating renewable energy into smart electrical networks. It discusses technical approaches and system designs to facilitate the sustainable energy transition.

S.S. Ali, K. Sethy*, S. Behera and S. S. Turorikar

This paper reviews climate-smart feeding strategies to reduce methane emissions from ruminants. Methane represents both a potent greenhouse gas and an energy loss; proper feed management can cut emissions while improving animal productivity…

Yahaya Sani, Abdu Yaro, Ibrahim Danladi Sule

This study examines energy poverty in rural Katsina State, Nigeria, using mixed methods with 384 households and 20 interviews. It finds 82.1% energy-poor, 89.1% rely on firewood, and communities adopt coping mechanisms like fuel stacking an…

Ona Vassallo, Kaisa Kontu

This study models small, medium, and large district heating systems in Finland for 2030 and 2050 under climate scenarios, finding that reduced heating demand leads to significant revenue losses for current systems. Systems transitioning to …

Nathan Udoinyang, Reuben Daniel, Akarue Blessing Okiemute Okiemute +1

This study evaluates the cost-benefit, energy sustainability, and technological implications of AI adoption in Nigeria's agricultural and waste-to-energy (WTE) systems. Based on survey data from 522 respondents, findings indicate moderate-t…

Archana Kantia

This study assesses carbon stocks and sequestration rates in mangrove ecosystems of Navi Mumbai, India. Mangroves dominated by Avicennia marina store 34.15-39.72 t ha⁻¹ total carbon, with soil organic carbon comprising 70-89%. Sequestration…

Ruoxue Zhang, Yin Yang, Zhenyu Zhou +1

This paper explores pathways to accelerate energy transition and technological innovation in the power sector. While specific methods are unclear, it likely focuses on policy recommendations and investment strategies.

B M Patil

This review comprehensively examines the physical principles underlying major renewable energy technologies, including solar, wind, hydropower, ocean energy, and energy storage. It explains energy conversion mechanisms and performance limit…

Alexandra Krestnikova, Gonzalo Guillén‐Gosálbez

This study compares two biomass-to-plastic pathways (biochemical PLA vs. thermochemical bio-PE) using a lifetime-adjusted LCA framework. At current 15% recycling rates, PLA has lower GWP due to biogenic carbon storage. At 75% recycling, pro…

Isabela Fons Moreno-Palancas, Raquel Salcedo‐Díaz, Rubén Ruiz‐Femenia +2

This paper proposes a decentralized multi-agent reinforcement learning approach based on the cross-entropy method (CEM) for coordinating prosumers with renewables and vehicle-to-grid. Behavior cloning from a PID controller warm-starts the p…

K. Tamilarasan, S. Shabarish, V. Godvin Sharmila

This paper proposes a method for sustainable biohydrogen production using Fe3O4 and biosurfactant-assisted microwave disruption, aiming to contribute to climate mitigation. Specific results are unavailable due to missing abstract.

Nicolas Ghuys, Diederik Coppitters, Anne van den Oever +3

This study integrates planetary boundary-based life cycle assessment into energy system optimization, showing that even low-carbon pathways violate multiple planetary boundaries. By treating final energy demand as a decision variable and us…

Shalom Akhai, Preetinder Kaur, Mahapara Abbass

This paper examines AI applications in vehicles (ADAS, autonomous driving, V2X) and India's EV transition strategies. It addresses rising electricity demand from EVs through renewable expansion, smart charging, demand-side management, and V…

Zhuocheng Duan, Shady Attia, Hossein Omrany +2

This study assesses the spatiotemporal matching between rooftop PV generation and building energy demand under climate change across 27 cities in 8 climate zones. Using annual, monthly, daily, and extreme-event scales, it reveals that in ho…