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 381–400 of 11904 papers
D. Venkateshwar Rao
This paper examines the integration of hydrogen energy and carbon capture, utilization, and storage (CCUS) technologies as a pathway for low-carbon energy systems. It reviews hydrogen production routes and CCUS integration, concluding that …
Niklas Stolz, Benedict Probst
This paper analyzes how value is captured in carbon crediting projects worldwide, identifying key beneficiaries and implications for carbon market integrity.
Julio Friedmann, Tetsu Murayama, Gavin Rennick +3
This panel explores Australia's unique position as a global leader in CCUS with two of the world's largest operating projects, extensive geological storage, and strong regional demand for decarbonization. It debates whether Australia can mo…
Zhaoxin Ji, Chen Wang, Youhong Guo
This review summarizes recent progress in polymeric gels for CO2 capture, covering molecular design, morphological control, and device integration. Polymeric gels offer high surface area and tunable interactions, enabling energy-efficient c…
Emre ARABACI, Bayram Kılıç
This paper proposes a novel Uncertainty-Aware Robust Optimization framework integrating Gaussian Process Regression and Grey Wolf Optimizer for NH3/CO2 cascade refrigeration systems. Compared to a practical industrial baseline, it achieves …
Yaguang Wang, Yixian Fang, Gongshuo Tao +1
This study investigates the synergistic utilization of red mud, fly ash, and desulfurization gypsum to develop low-carbon cementitious materials. It covers optimization of mix proportions, mechanistic analysis, and life cycle assessment, co…
Ionuț Laurențiu Petre, Raluca Georgiana Lădaru, Raluca Andreea Ion +2
This study examines how consumers' awareness of agriculture's climate impact translates into willingness to pay (WTP) for low-carbon products. Using Eurobarometer data and a moderated mediation model, it finds that support for mandatory env…
Rendra Hakim Hafyan, Jhuma Sadhukhan, Marina Ramírez-Moreno +2
This study performs an ex-ante life cycle assessment of lithium carbonate production using CO2-based precipitation pathways, showing significant potential for reducing CO2 emissions compared to conventional methods, contributing to decarbon…
Rebecca Black, Christina E. Hoicka
This study analyzes 119 applications to a grassroots bursary for women entering Canada's low-carbon energy workforce, using qualitative methods to uncover systemic barriers and motivations. Findings show that interest and ambition are high …
Fufu Zou, Da Wang, Hao Sui +4
This study develops low-carbon cementitious materials by synergistically combining graphene oxide-coated recycled concrete powder and fly ash, aiming to reduce carbon emissions from cement production.
Xinyang Song, Wei Han, ZePeng Han +1
This paper proposes a chemical-autothermal gas-based direct reduction method for low-carbon ironmaking, aiming to reduce CO2 emissions by regulating the composition of the reducing gas. Without an abstract, details are unclear, but it likel…
Yuechao Chao, Junwei Liu, Zhihua Zhou +8
This paper presents a solar-driven adsorption film that passively dehumidifies indoor air and produces freshwater. It reduces relative humidity from 90.7% to 21.6% in one hour and generates ~1.1 kg/m2/day of freshwater. Global projections s…
Ariana Y. Ojeda P., Gourisankar Sandaka, Günter Beuchle +4
This paper proposes an optimal design for a low-carbon concrete production plant, considering variable material composition and electricity prices to minimize cost and CO2 emissions. It provides practical insights for industrial decarboniza…
Yongquan Zhang, Xinyue Hao, Weimin Guo +3
This study proposes incorporating recycled coarse aggregate to improve the performance of low-carbon ultra-high-performance concrete (UHPC). It investigates the effects of recycled aggregate type, particle size, and content on workability a…
Xuange Lu
This study examines the role of the digital economy in rural low-carbon development, building a 'demand-empowerment-model-guarantee' framework. It proposes three models: smart agriculture, green e-commerce, and digital cultural tourism, add…
Ernests Ozolins, Artūrs Mačanovskis, Nikola Sinica +1
This study investigates graphene nanoplatelet (GNP) dispersions to accelerate early strength in low-carbon cement (CEM III). Results show binder-chemistry-dependent effects: slag-containing systems often reduced strength, but microdosing in…
Qinhe Guo, Jiayi Pan, 贾德辉 +8
This review provides a critical overview of recent advances in fire-safe polymeric insulation foams (RPUF, PF, EPS, XPS) for energy-efficient buildings. Strategies such as reactive flame retardants, nanofiller additives, and interfacial coa…
Leandros Paschalidis, Kai Fabian Kruber, Simon Müller +1
This paper focuses on the steam barrier as a design constraint in carbon capture and explores pathways to low-temperature regeneration. It aims to improve the efficiency of CCUS processes.
Sébastien Noël
This paper analyzes regulatory barriers to the EU's import of green and low-carbon hydrogen under WTO trade rules. It examines whether the EU's preference for renewable hydrogen and non-recognition of third-country guarantees of origin crea…
Tiantian Du, Mingxuan Li, Wei Zhang +4
This paper presents quantitative pathways for low-carbon development in Chinese villages through carbon potential mapping. It assesses emission reduction potentials and implementation strategies at the village level, providing a framework f…
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