GX & Decarbonization Research

Ilyes Tegani, Hamza Afghoul, Salah S. Alharbi +2

This deposit provides a complete input dataset and reproducible generator for a study of carbon-aware stochastic predictive dispatch in a grid-connected hybrid renewable plant (50 kW PV, 60 kW wind, 100 kWh battery) under a time-of-use tari…

Magdalena Strasburger, Tracey Dodd, Tim Nelson

Using 57 million hourly observations from 10,751 German households, this study compares CO2 emissions intensity of electricity consumption under real-time pricing (RTP) versus static tariffs. RTP customers shift consumption in response to p…

Griffths. Paul Jakob, Moorhead, Avery, Brinkerink, Maarten +1

This study quantifies material demand for U.S. electricity decarbonization from 2027-2050 across multiple scenarios, finding peak demand in the late 2020s-2030s. It identifies supply-chain vulnerabilities for tellurium, dysprosium, and othe…

Aheiev, Dmytro

A benchmark dataset of 409 US CCGT plants with measured annual performance (net efficiency median 46.2%, CO2 intensity, capacity factor) from EPA eGRID2022, joined to fleet structure (vintage, HRSG, CHP, etc.) with strict entity matching. P…

Yiwen Lv, Junjun Wu, Zhen Han +7

This study introduces a co-processing method for steel slag with blast furnace slag and sands, reducing viscosity by 83% and achieving 75% thermal recovery efficiency. The resulting glassy slag beads are suitable for cement production, pote…

Johnathan Guy

This paper examines how financial distress of electricity distribution utilities (DISCOMs) in India affects the energy transition. Using original data, it finds that in the short run, distressed DISCOMs procure relatively more renewable ene…

Bistline J.

This paper uses multiple models to analyze the impact of economy-wide deep decarbonization policies on energy expenditures across income classes, finding that lower-income households may bear a disproportionate burden. It emphasizes the imp…

Ewelina Orysiak, Piotr Rozner, Kamila Staszczak

This study compares HFO and LNG emissions from a real vessel's high-pressure dual-fuel engine (MAN B&W 6G50ME-C9.5-GI) at 50% MCR. LNG reduces CO2 by 27.0%, NOx by 20.7%, CO by 18.2%, and PM by ~69% (uncertain). Methane slip is ~0.6 g/kWh, …

Niaz Wali, Muhammad Sabir, Muhammad Bilal +6

Methane valorization via plasma-assisted technologies offers a sustainable route to hydrogen, syngas, and chemicals, overcoming the limitations of energy-intensive thermocatalytic processes. This review integrates plasma physics, radical ch…

Amam Hossain Bagdadee, Ishtiak Al Mamoon, Deshinta Arrova Dewi +2

This paper proposes a stability-constrained decentralized control and energy management approach for grid-forming inverter-based microgrids, facilitating renewable energy integration and enhancing grid stability.

Zhihui Zhang, Huihui Long, Dan Tong +2

This study quantifies habit-locked emissions from household consumption in China, finding that nearly 84% of total household-driven CO2, PM2.5, NOx, and SO2 emissions are locked in by behavioral inertia. Food has the highest locked-in share…

Manuel A. Zambrano‐Monserrate, Gonzalo Hernández Soto, Nazife Özge Beşer

This study analyzes the impact of ICT development on CO2 emissions using panel data from 87 countries (2006-2016) and spatial econometric models. It separates domestic effects from spatial spillovers, finding that ICT development increases …

Turgay Battal

This paper applies distributional reinforcement learning to low-carbon ship routing under weather uncertainty. It proposes a method to reduce fuel consumption and emissions while ensuring robustness against weather variability, contributing…

E. W. Stapper

This article proposes 'low-carbon industrialism' as a conceptual tool to study the emerging planning order reorganizing capitalism. It argues that green industrial policy scholarship treats production, labor, regulation, and space partially…

Hemant Agrawal, Sunil kumar

This paper proposes an integrated design framework for concrete combining low-carbon binder (LC3), self-healing agents, and carbon-based sensing. Scenario analysis shows a 38-47% reduction in cradle-to-gate global warming potential compared…

Masood Ahmed, Jie Ren, Chuluke Aisiati +9

This study investigates the influence of hydrogen-based reduction on magnetite cold-bonded briquettes, exploring low-carbon ironmaking pathways. It provides insights for decarbonizing the steel industry.

Yu Liu, Lingyu Yang, Yawen Liu +13

This study analyzes how the sequencing of mitigation strategies affects cost-effectiveness in achieving China's carbon neutrality. By optimizing the order of technology and policy deployment, total costs can be reduced. It provides importan…

Zita Vale, Hannes Hanse, Yamshid Farhat +3

This paper provides an overview of the role of AI, sector coupling, and grid innovations in the European energy transition. It focuses on integrating renewables and improving system efficiency, offering implications for policy and industry.

Wiltink, Thijmen

This dissertation evaluates the supply chain for high-temperature CO2 co-electrolysis in Europe from 2025 to 2050 using a spatially explicit optimization model. Results show that co-locating electrolyzers with syngas demand is optimal, and …

Gregorio, Rose

Europe's climate neutrality and industrial competitiveness depend on a circular battery value chain. Building on the EU Batteries Regulation and Ecodesign rules, this paper analyzes implementation gaps in reverse logistics, repurposing, and…