GX & Decarbonization Research

(著者不明)

This review surveys solar-driven strategies in carbon capture technologies, discussing photochemical and thermochemical approaches to enhance CCUS efficiency through renewable energy integration.

(著者不明)

This review paper provides an overview of solar-driven strategies in carbon capture technologies. It summarizes the principles, efficiency, and challenges of solar-powered carbon capture methods, discussing their potential contribution to d…

M. Criado, Javier Puentes, Elena Torres +3

This study evaluates the feasibility of using alkali-activated slag cements to immobilize decontamination sludge from nuclear decommissioning. Sodium carbonate-activated slag showed earlier hardening, higher compaction, and lower vapor perm…

Weizheng Liu, Guiyong Liu, Yijun Yang +1

This study presents a method for recycling shield tunnel muck with industrial solid wastes (slag, desulfurized gypsum, coal fly ash) to produce low-carbon synchronous grouting materials on-site. Using response surface methodology and NSGA-I…

Chaowei Wang, Chaowei Wang, C H Wang +7

This study examines co-gasification characteristics of low-volatile carbon-based solid fuel blends at the initial co-combustion stage under oxy-fuel condition, contributing to efficiency improvements in carbon capture and storage (CCS) tech…

Jessica A Baker, Nigel Thuku, Allan Zablon +8

This paper presents SCORE, a guideline for designing data ingestion pipelines in cloud operations that are both cost-efficient and carbon-aware, specifically targeting low- and middle-income countries. It aims to improve sustainability of r…

Zhengyang Luan, Hsing Hung Chen, Ruofei Lan +1

This study examines the relationship between R&D tax deduction intensity and low-carbon innovation in 71 Chinese listed photovoltaic firms from 2019 to 2024. It finds no stable effect on overall innovation output, but a structural reallocat…

Huong Quynh Thi NGUYEN

This paper shows that institutional governance and technological waste infrastructure are key determinants for transitioning to zero-waste and low-carbon tourism (ZW-LCT) in UNESCO Global Geoparks. Using a hybrid fuzzy AHP-VIKOR framework o…

Xuejun Wang, Qibin Han

This paper proposes a BIM-CIM integrated decision-making method combining NSGA-II and energy simulation for low-carbon urban renewal. Experiments show convergence distance decreasing from 165.40 to 105.20 over 50 generations, with clear syn…

Trong‐Phuoc Huynh, Si‐Huy Ngo, Tri Ho Minh Le +1

This study investigates binary fly ash (FA) and ground granulated blast-furnace slag (GGBFS) mixtures as precursors for sulfate-activated low-carbon composites. Varying FA/GGBFS ratios, they find that 15% FA yields the best mechanical stren…

Lu Liu, Wei Han, Zepeng Han +1

This paper proposes a coal-fired power generation system using chemical looping CO2-for-N2 substitution. It captures CO2 with lower energy penalty compared to conventional CCS, replacing CO2 in flue gas with N2 to achieve near-zero carbon e…

E.L. Subtil, R.A. Ragio, A.F. Mohedano +4

This paper proposes a system combining microalgal membrane photobioreactors with chemically enhanced primary treatment for resource recovery and low-carbon operation of water resource recovery facilities. Chemical pretreatment improves phos…

Xinyu Geng, Kangyue Zhang, Jin Zhou +3

This study proposes a calcium-assisted route to enrich humic-carbon in biochar from manure-straw mixtures through mild hydrothermal pretreatment and low-temperature pyrolysis. The method may produce biochar with higher carbon content, contr…

Shruthi Yerraju, Sowmya Gampa, Vazida Mehtab +3

This study develops a plantwide model for thermally self-sustained biomass co-gasification and conducts a life cycle assessment (LCA). It demonstrates low-carbon syngas production with reduced greenhouse gas emissions. The model quantifies …

Jun Zhou, Xingyu Wang, Guangchuan Liang +6

This paper proposes a synergistic low-carbon control method integrating underground gas storage with pressure-to-power conversion under thermo-hydraulic coupling. It suggests potential carbon emission reduction through the combined effect o…

Sylvanus Lilonfe, Carlos A. Jimenez Cortes, Madeleine Mitschler +4

This study models over 10,000 configurations of low-carbon liquid electro-fuels and chemicals production, assessing trade-offs in life-cycle GHG emissions, energy efficiency, and water use. It accounts for embodied emissions from infrastruc…

Panpan Chang, Chenfei Meng, Jirui Wang +2

This study reports a template-free method to prepare high-yield porous carbon nanosheets from low-cost sodium humate for supercapacitor electrodes, offering a novel synthesis route for energy storage materials.

Amani Alsheikh, Yassine El Mendili, Othman Omikrine Metalssi +3

This study develops low-carbon cement using metakaolin and limestone to replace over 65% of clinker. A ternary mixture with 35% clinker, 32% metakaolin, and 33% limestone achieved 59 MPa compressive strength at 28 days. Chemical indicators …

Mengdi Huang, X Wang, Zhiwen Peng +3

This paper proposes a low-carbon operation mode for an integrated power system combining wind, photovoltaic, thermal, hydro, and pumped storage hydropower. It aims to balance CO2 emission reduction and power supply reliability through optim…

Liangce He, Xianzhuo Meng, Zhigang Lu +1

This study proposes a refined model for on-site hydrogen refueling stations to achieve low-carbon coordinated operation with power distribution networks. The integrated management of hydrogen and electricity promotes renewable energy utiliz…