This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 15421–15440 of 19738 papers
Anusha S. Basavaraj, Maria Georgiades, Sofía Sánchez Berriel +5
This study evaluates the environmental impacts of using thermally activated clays in low-carbon cement production, highlighting potential for reducing CO2 emissions in the cement industry.
Qianqin Feng, Guangchong Chen, Y Zhang
This paper analyzes low-carbon decision-making of ports under regional competition and technology sharing. It evaluates the impact of technology sharing on environmental performance and competitiveness, offering policy implications.
S.Archana1* and V.Durai1
This paper discusses the necessity of low-carbon and energy-efficient fishing vessels to reduce fossil fuel dependence and environmental impact in fisheries. It highlights potential for cutting fuel consumption and greenhouse gas emissions …
Asad Hanif
This review synthesizes evidence on magnesium oxychloride cement (MOC) as a low-carbon binder using PRISMA and bibliometric methods. MOC performance highly depends on mix design and curing; phosphate modification and SCMs improve water resi…
Myroslav Sanytsky, Taras Kropyvnytskyi, Iryna Hevyuk +1
This study examines the use of wet fly ash from thermal power plants as a raw material for low-carbon cements. The technical characteristics of wet fly ash from the Burshtyn Thermal Power Plant were investigated, showing compliance with EN …
Hamoon Fathi, Mohammad Hemen Jannaty
This study explores the potential of low-carbon concrete using drilling waste and graphite tailings as cement substitutes, evaluating mechanical performance and CO2 reduction.
Renrong Jiang, Haiyue Fu, Xinyi Chen +4
This paper proposes goal-oriented zoning for multifunctional land use in Shenzhen, China, to support low-carbon transition. Using multi-objective optimization, it balances economic, environmental, and social goals, demonstrating integration…
Ali M. Onaizi, Umer Sajjad, Amer Baras +3
This paper explores the upcycling of furnace bottom ash from coal-fired power plants as a sustainable material for low carbon concrete. Experimental results demonstrate that partial replacement can maintain mechanical properties while reduc…
Yukang Wu, Yuzhong Li, Mengxia Xu +5
A sulfur-aluminum-ferric gold tailings cementitious material (SGCM) was developed using low-carbon binder components. Optimal proportions achieved 3d/28d compressive strengths of 3.40/8.26 MPa. At a reduced cement ratio, SGCM maintained com…
Shanshan Yue, Farhanullah Khan, Khartic Rao Manokaran +1
Using panel data from Chinese listed firms (2014-2023), this study examines the effect of board gender diversity on environmental innovation measured by green patents. Results show a positive association, but this effect is significantly st…
Pramit Chandra Rout, Rubi Talukdar, Prabir Kumar Pattnaik +2
This paper examines the role of environmental law and climate governance in India's low-carbon transition, focusing on policy instruments, sectoral interventions, and emission decoupling. It assesses the effectiveness of India's climate pol…
Huihui Tian
This study constructs a green and low-carbon consumption indicator system under China's dual carbon goals, using fuzzy AHP and spatial autocorrelation analysis. It finds that technological innovation and talent introduction have positive sp…
Hanyun Wang
This paper proposes a model integrating NB-IoT-based carbon footprint collection and LCC assessment for low-carbon equipment selection in power grids under the dual-carbon target. It minimizes carbon penalty and equipment costs, achieving o…
Tatnkam Ernest Jefferson, Sravendra Rana, Nilanjana Banerjee
This paper discusses blue hydrogen, produced from natural gas with carbon capture and storage, as a viable pathway toward a low-carbon future. It examines technical challenges, costs, and the need for policy support.
Alisa Machner, Prannoy Suraneni, Klaartje De Weerdt +3
This paper provides a comprehensive review of the durability of concrete prepared with low-carbon binders. It discusses key degradation mechanisms including chloride ingress, carbonation, corrosion, freeze-thaw damage, alkali-silica reactio…
Rubaiya Rumman
This study explores the use of wood ash to modify cement for low-carbon concrete, aiming to reduce CO2 emissions in the construction sector. The modified composites show potential for sustainable building materials.
Annabel Scott-Collins, Sebastian Stannard, Jennifer Barker +4
This scoping review systematically examines the impact of low-carbon transport interventions on health inequalities, highlighting that while transport decarbonization is crucial for climate mitigation, equity considerations in health outcom…
Hong Zang, Yuqing Sun, Lue Li +1
This study uses a quasi-experimental design to examine the impact of GDP-centric growth (GDPism) on low-carbon development in China. Findings provide insights into the trade-offs between economic growth and environmental policy, offering im…
Shaoxuan Ren, Tengxiao Ji, Sabrina S. Scott +9
This study reports an electrochemical reactor that converts limestone and silica into calcium silicate hydrate (eCSH), which upon heating forms belite at only 650°C. This process reduces thermal demand by 70% and CO2 emissions by 98% compar…
Jacob Ladenburg, Juanita Gallego Dávila
This study examines household willingness to pay for low-carbon cement produced with CCS technology. It sheds light on consumer preferences and barriers to adoption, informing decarbonization strategies in the construction sector.
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