This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing 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 61–80 of 32968 papers
Eerika Albrecht, Anu Lahteenmäki‐Uutela, Katri Rankinen +8
This paper compares implementation of European agri-environmental policies regulating nitrogen and phosphorus emissions across Denmark, Sweden, Finland, Poland, and Norway. Using policy document analysis and co-creation results, it finds th…
Hamna Bashir, Muhammad Junaid Nazir, Longfei Liu +3
This chapter argues that a new paradigm, Carbon Offsets 2.0, is emerging to restore integrity after trust crises over additionality, permanence, and transparency. It rests on three pillars: trust via science-based standards (Core Carbon Pri…
Dyna Simamora
This study examines legal certainty for foreign investment in cross-border CCS projects between Indonesia and Singapore using a normative juridical comparative method. Indonesia builds certainty through its Investment Law, Job Creation Law,…
Iñigo de Loyola Arraiza Rivero
Event-level coded data and provenance materials for a comparative analysis of four completed public procurement rounds for CCS/biogenic carbon removal in Sweden and Denmark. It reconstructs procurement funnels from public administrative sou…
Bingyan Zhang, Shixing Ding, Zhigang Lu +4
This study co-optimizes biomass-coupled carbon capture with trans-seasonal thermal storage dispatch to map a net-zero carbon pathway for integrated energy systems. It evaluates system-wide decarbonization cost and emission reductions throug…
Stefania Bempeli, Julian Nöhl, Hitesh Sewani +2
A multi-criteria optimization framework integrating an ML surrogate model of multi-stage membrane processes with techno-economic analysis and LCA. For flue gas capture from waste incineration and cement plants, electricity dominates costs a…
Alejandro Belinchón, Pablo Navarro, Pedro J. Carvalho +1
This work proposes a product-driven CCU concept where CO2-derived cyclic carbonates serve sequentially as physical CO2 absorbent and reaction medium, eliminating intermediate solvent regeneration. Experiments with [bmim]I catalyst and COSMO…
Ionel Popa
This study examines onboard carbon capture (OCC) technology for naval vessels, focusing on reducing exhaust smoke emissions. While safe application is feasible, significant engineering, logistical, and economic hurdles remain. Vessel size, …
Ahmed Salah Al-Shati, Thamer J. Mohammed
This review comprehensively surveys CO2 separation technologies for post-combustion capture, comparing membrane filtration, physical and chemical absorption, cryogenic processes, and adsorption. Amine-based absorption and mesoporous silica …
Prachi R. Patel
Parallel Carbon has unveiled a technology integrating direct air capture (DAC) with water electrolysis. The approach aims to combine carbon removal and hydrogen production in a single system. No peer-reviewed data or quantitative performanc…
Mohammad Moondanizadeh, Pooria Kianoush
A 3D CFD study optimizes flat-plate solar collector geometry for preheating natural gas at pressure regulating stations, replacing fuel-based preheating. Parametric analysis of flow rate, absorber material, plate thickness, tube shape, and …
M. S. I. Masum, Shadman Sakib Sayem, Md Ibrahim Shekh +7
This review compares thermal and membrane desalination on energy, fouling, brine, and water cost. RO dominates at 3-5.5 kWh/m3 and lowest cost, but ISO 14040/44 LCA shows energy drives emissions and brine recovery or low-carbon heat can rev…
Nazanin Mahbubi Motlagh, Hamoun Alimoradi, Hadi Khabbaz
This study evaluates recycled ceramic waste as granular geomaterials for pavement subbases, combining cyclic loading performance, DEM micromechanics and environmental screening. It targets lower carbon and reduced virgin aggregate use in co…
Zixuan Hu, 钟永光, Tao Chu +2
A theoretical study using a differential game model with reference and delayed effects to design dynamic subsidies that coordinate emission abatement across a low-carbon supply chain. It examines how government subsidies shape firms' abatem…
Joseph Ignatius Teye Buertey, Alex Osei- Bonsu, Comfort Mensah +4
Surveying 400 Ghanaian real estate professionals, this study identifies solar technology efficiency and smart energy management as the strongest determinants of renewable energy adoption in construction projects. Key drivers are long-term c…
Jingjie Ye, Xiangen Zhao, Yang Liu +4
A materials study on carbon fibre electrodes for electrochemical CO2 reduction to CO. It targets O2-free CO production in a low-voltage, high-temperature arc regime, an enabling component for CO2 utilisation (CCU). Detailed findings are una…
Ke Xu, Wenjian Huang, Yani Wang +5
This study proposes a performance-oriented mix design for low-carbon concrete using manufactured aggregate, aiming to cut cement-related CO2 emissions while maintaining durability. It contributes at the materials level to decarbonizing the …
Michał Juszczyk, K. Durczak, Agnieszka Sujak +1
The construction sector is among the most resource- and carbon-intensive parts of the global economy. This multi-university Polish study examines advanced green building materials that combine resource circularity with low-carbon performanc…
Jundi Wan, Juchao Zhang, Min Wang +1
This study assesses low-carbon methanol produced from industrial by-product hydrogen and captured CO2 using both life-cycle assessment (LCA) and techno-economic analysis (TEA). It quantifies GHG reduction potential and cost competitiveness,…
Islam Orynbassarov, Temirlan Barissov, Seunghee Kim +1
Cement and concrete cause ~8% of global CO2 emissions. This study shows biochar from distillers' grain, corn stover, and wood waste can be blended into cement at up to 20% by mass while maintaining or improving compressive strength, with a …
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