GX & Decarbonization Research

Liwang Wang, Xiaoxu Duan, Yue Wang +6

This paper presents the research and pilot-scale application of a novel carbon capture technology enhanced by hydro-jet oscillation. The technology demonstrates potential to reduce energy consumption and improve CO2 capture efficiency compa…

Michail Koilakos

This study evaluates the technical and economic feasibility of an onboard carbon capture system on an MR tanker. It estimates capture costs and energy consumption, quantifying the CO2 emission reduction potential. The paper positions OCC as…

Anyu Hu, Zekai Wei, Guoxing Wei +5

This study proposes a precursor-induced quasi-ALD carbon deposition strategy to fabricate high-power, stable NFPP@C-FAC cathodes for sodium-ion batteries. The ultrathin, uniform carbon coating with only 1.5% carbon content enhances electron…

Yilin Pi, Yi Li, Wangkun Ma +1

This study develops a method using functionalized carbon nanotubes to enhance the carbonation efficiency of carbide slag, providing a sustainable carbonate source for low-clinker limestone calcined clay cement (LC3), thereby contributing to…

Xuanang Gui, Qianlong Wang, Yuheng Cheng +2

This paper proposes a Parallel Hierarchical Multi-objective MDP framework based on deep reinforcement learning for optimizing mobile battery energy storage systems (MBESS) operation, balancing economic efficiency, low-carbon operation, and …

Yisen Zhao, Changwang Yan, Jianjun Zhao +2

This paper analyzes the performance and environmental impact of low-carbon repair materials combining hollow silica microspheres and domestic PVA fibers. It elucidates mechanisms to reduce CO2 emissions while maintaining strength and durabi…

Zhaoqing Yang, Xinjie Di, Yanqing Zhao +4

This study proposes a low-carbon alloying strategy to mitigate hydrogen embrittlement susceptibility in the coarse-grained heat-affected zone of multipass welded ultra-high strength steel, contributing to improved reliability of hydrogen in…

(著者不明)

This paper examines the construction of an R&D and promotion system for green science and technology to achieve low-carbon goals. It analyzes institutional design, policy incentives, and public-private partnerships, proposing effective meas…

Metin Katlav, Kazim Turk

This paper presents an explainable stacked ensemble learning and multi-objective optimization framework for the intelligent design of green and low-carbon geopolymer concrete. It enables efficient exploration of mix proportions that balance…

Basaula Pululu Jordan, Xinyu Yang, Y Shi +5

This paper proposes an uncertainty-aware BIM-LCA methodology integrating automated quantity takeoff, probabilistic carbon assessment, and explainable machine learning optimization to reduce embodied carbon in building design. Using a case s…

Nam Kim, Seung Ryu

This study experimentally evaluated the mechanical properties and chloride penetration resistance of low-carbon concrete with blended binder systems incorporating GGBS, fly ash, silica fume, and fine mineral powder (FMP). FMP substitution i…

Harish Chandra Joshi, Reetika Bagauli, Anand Chauhan +1

This paper proposes a sustainable model for algal biofuel production that achieves cost-effectiveness and low carbon emissions. It demonstrates the potential of algal biofuel as a renewable energy source contributing to greenhouse gas reduc…

Alexandr A. Tarasyev, Weijun Zhu

This study analyzes firm-level correlates of low-carbon patenting among Chinese agribusiness listed firms using a panel of 316 firms and 3,920 observations from 1998 to 2021. Treating low-carbon patents as a sparse outcome, it employs poole…

Alexandr A. Tarasyev, Weijun Zhu

This study examines firm-level correlates of low-carbon innovation among Chinese agribusiness listed firms using a panel of 316 firms from 1998 to 2021, treating low-carbon patenting as a sparse outcome. It finds that firm size and balance-…

Wanqiao Che, Weimin Zhuang

This paper proposes an AI-enabled pre-design programming method for low-carbon buildings, where spatial form is optimized based on carbon flow analysis. It introduces a novel approach to building design that integrates AI to automate carbon…

Fangzhu Zhang, Fulong Wu, Handuo Deng

This paper explains the gap between China's strategic low-carbon transition design and fragmented urban policy implementation through the concept of climate statecraft. It analyzes three elements—state institutions/campaigns, multi-scalar a…

L D Zhang, Su Yan, Yuxing Yuan +1

This study develops a carbon metabolism simulation model for steel manufacturing, integrating material flows and energy networks. It quantifies carbon fixation, migration, and dissipation patterns. Results show 72.51% of carbon is fixed in …

Xu Wang, Gyu Hyun Kim

This study examines the synergistic effect of jointly implementing municipal solid waste management (MSW) and emissions trading scheme (ETS) on carbon emission efficiency (CEE) in urban China. Using a difference-in-differences design with p…

Youngshin Kim

This study examines the impact of international oil price volatility on Korea's carbon emissions trading market (KAU). Using EGARCH-based oil volatility and ARDL models, it finds that oil price volatility has a limited direct effect on KAU …

Sofia Abad, Travis Blomberg, Andrea Hicks

This case study compares four models (WARM, EIO-LCA, IPCC Waste Tool, SIMAP) for estimating scope 3 waste emissions using solid waste data from a university. Results show large variability across models, with total emissions ranging from ap…