GX & Decarbonization Research

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…

MARTIN-DOMINGO, Luis

This plan outlines the dissemination strategy for the AZERO project, which evaluates airline net-zero commitments aligned with the EU Green Deal. It details open access policies, milestones, and DOI-verified outputs to ensure impact across …

KILKIS, Siir, Riahi, Keywan, Nicholls, Zebedee +2

This dataset integrates urban CO₂ and CH₄ emission scenarios with temperature outcomes, covering 2 baselines and 7 mitigation pathways under 5 scenario groups and 2 sensitivity cases. It includes global GHG emissions and surface temperature…

Chen, Yang

This dataset provides code, processed data, and figures for a study demonstrating the reversal of China's export function from a pollution haven to a decarbonisation supplier. It analyzes changes in carbon and pollution emissions embodied i…

Francesco Ghionda, Diego Viesi, Edoardo Gino Macchi +3

This study proposes a data-driven optimization framework using PyPSA to evaluate refinery energy systems, integrating operational flexibility and decarbonization technologies. The model achieves up to 7.2% annual emissions reduction (around…

Ayuba John Buba, Isaac John Ibanga

This scoping review (2020-2025) examines maritime decarbonization as a socio-technical transition, analyzing alternative fuels, energy efficiency, electrification, and digital optimization. It highlights trade-offs between technological mat…

Yuyao Jia, Shir Reen Chia, Zhibao Huo +4

This paper systematically reviews the technological advancements, regulatory landscape, and implementation barriers of fourth-generation biofuels, assessing their role in the energy transition. It highlights challenges and policy directions…

Shouchen Shi, Zuhang Zhang, Wenji Zhou +2

This study uses a sector-coupled energy system model to analyze carbon footprint reduction in China's steel industry. It quantifies the effects of regionally differentiated hydrogen strategies, revealing how hydrogen supply methods and cost…

Şiir Kılkış

This study proposes a novel approach for establishing urban mitigation pathways based on sectoral CO2 emissions and urban area. Applied to 1200 urban areas worldwide, it shows that emissions of 4.73 GtCO2 in 2022 could be reduced to 0.62-0.…

Korneel van Dooren, Dan van der Horst, Pieter Van den Broeck +1

Using Belgium as a case study, this paper analyzes the formation of new commodity frontiers accompanying renewable energy expansion. It examines how state control over offshore wind resources and the commodification of green electricity and…

Yongliang Luo, Yu Han, Biao Yang +3

Using LEAP, this study models Guangxi's power system to 2060 under four scenarios, comparing renewable-led and CCUS-intensive pathways. The integrated scenario cuts CO2 by ~95% and significantly reduces air pollutants. CCUS contributes ~75%…

Andrea Kinberger, Tom Rüther, Niklas Feistel +3

Sodium-ion batteries are a sustainable alternative for large-scale storage, but high-voltage phase transitions cause degradation. This study uses operando XRD and electrochemical analysis to understand these transitions, quantify their impa…

S. M. Shamiul Alam, Lin Wei, Tochukwu Ozor +1

This systematic review of 66 studies shows that co-applying biochar and biofertilizers improves soil quality, nutrient uptake, and crop yield while reducing greenhouse gas emissions. Effectiveness varies with feedstock and soil conditions, …

Ghatole, Ghanshyam

This dataset consolidates research data for analyzing implementation bottlenecks in net-zero aviation pathways. It codes readiness across five dimensions (Technology, Supply, Infrastructure, Finance, Policy) for six decarbonization pathways…

Istrate, Robert, Schenker, Vanessa

This repository provides prospective life cycle inventory (LCI) databases and code for future scenarios of battery-grade lithium carbonate production from brines. It integrates site-specific LCIs, production timelines, REMIND projections, n…