GX & Decarbonization Research

Ahmet Eser, M. Sadrettin Zeybek, Ayşe Dinçer +2

This study uses machine learning to analyze the rheological properties of alginate/Fe3O4 composite suspensions and simultaneously assesses the carbon footprint of the process. ML models predict rheological parameters such as viscosity and e…

Bingyi Wang, Kun Wu, Yulei Xie +2

This study quantifies seasonal dynamics of carbon residence time (CRT) in the Pearl River Basin's vegetation-litter-soil continuum using structural equation modeling and threshold detection. Results show that winter carbon loss intensifies …

Landry Hemp Carbon Materials Research Program

This research proposes the Hemp Carbon Vitrimer Platform (HCVP), an integrated materials system transforming industrial hemp biomass into advanced recyclable composites. It combines bio-based vitrimer resins with hemp-derived carbon reinfor…

Onrizal Onrizal, Virni Arifanti, Kiswanto

This paper discusses the critical role of credible Monitoring, Reporting, and Verification (MRV) in blue carbon governance, using Indonesia's mangroves as a case study. It argues that robust MRV systems ensure the integrity of carbon credit…

Adolfo Quesada-Román, Manuel Peralta-Reyes, Miguel Cifuentes

This systematic literature review examines Nature-based Solutions (NbS) for natural hazard management in Costa Rica, showing a marked increase in publications since 2007. Interventions are concentrated in watershed and forested landscapes t…

Gaurav Kattel

This paper provides datasets and computational scripts to quantify economy-wide emissions implications of carbon capture and storage deployment in the U.S. using a 402-sector environmentally extended input-output model. It assesses net abat…

Nan Fang

This paper proposes a decision-support framework for designing and constructing low-carbon prefabricated buildings. It integrates Building Information Modeling (BIM) and life-cycle optimization to balance economic value and environmental pe…

Ziming Xue, Jun Zhou

This paper proposes a Q-learning-based feedback optimization method for low-carbon flexible job shop scheduling. It uses type-2 fuzzy sets to handle uncertainty and optimizes for reduced energy consumption and carbon emissions.

Yunpeng Jiang, Chenhui Lin, Guannan Wu +1

This paper proposes a low-carbon scheduling model for integrated electricity-hydrogen-gas systems, considering line-pack effects of natural gas pipelines and hydrogen tank-truck transport. The model enhances operational flexibility and redu…

Ranqi Ma, Zhiqiang Tang, Haoyang Zhao +6

This systematic review examines CFD-based approaches for low-carbon shipping, evaluating their potential to reduce emissions through ship design optimization and fuel efficiency improvements.

Jianyun Zeng, Jiumei Zhai

This paper examines the role of a policy mix combining innovation and openness in driving urban low-carbon transition in China. It likely provides empirical evidence on how such policies accelerate decarbonization at the city level.

Jianguo Li, Jinpeng Liang, Min Tang +6

Investigates the trade-off between soil organic carbon accrual and stability under 30 years of high-level phosphorus fertilization in paddy fields. Finds decreased carbon accrual but increased stability.

Ruiqing Duan, Qilin Han, Yan Jiang +6

This paper proposes a trading strategy for electrolytic copper industrial parks participating in electricity-carbon markets, leveraging multi-flow coupling of material, energy, and carbon emissions. By modeling thermal inertia of electrolyt…

Haisai Wang

This paper examines the carbon geography of battery-related trade driven by EV adoption, highlighting the need for policy coherence across national borders. It analyzes how fragmented policies affect the spatial distribution of emissions in…

Vanja Djinlev, BinBin J. Pearce, Michael Stauffacher

This study investigates stakeholder visions for Switzerland's electricity transition, focusing on the evolving role of distribution system operators (DSOs). Through interviews, it finds broad consensus on a decentralized renewable grid but …

L Chen, Xiangzhou Yuan, Lei Feng +5

This perspective reviews AI/ML applications in biochar engineering, noting that experimental validation and data-driven design are underexplored (<5% of studies). It proposes five actionable directions: automated data extraction with LLMs, …

Dedong Zhan

BU233 defines energy system transition as a high-sunk-cost, high-residual regime switch rather than simple technology replacement. It proposes a 'standing' framework that evaluates long-term sustainability, security, affordability, and resi…

Ayşe Eryer, Ahmet Yılmaz Ata, Mehmet Ali Polat

This study uses panel cointegration and coefficient estimation on EU countries from 1990-2021 to examine the impact of fossil fuel and renewable energy consumption on CO2 emissions. It finds that a 1% increase in renewable energy reduces em…

Alkan Üstün, Bahattin CİZRELİ, Mesut Arslan

This study qualitatively analyzes NDCs from four Horn of Africa countries, finding climate policy framed primarily as adaptation tied to development priorities, with mitigation conditional on external finance and technology. It highlights s…

Fairus Hisanah Hibatullah, Emma Trinurani Sofyan, Anne Nurbaity +1

This review evaluates integrating multiomics (genomic, transcriptomic, rhizomicrobiome engineering) with regenerative practices (bioameliorants, CRISPR/Cas9) for climate-adaptive soybean farming on acidic/saline soils. It reports yield incr…