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 781–800 of 1954 papers
Mahmood M.N.
This paper examines commercialization pathways and market prospects for hydrate-assisted CO2 storage in low-temperature reservoirs, analyzing challenges and opportunities for practical deployment and proposing business models.
Xu H.
This paper proposes a method to harvest oxygen from carbon dioxide while simultaneously performing epoxidation and generating carbon monoxide. It contributes to fundamental research on CO2 utilization technologies, potentially enabling futu…
Lu S.
This review synthesizes non-isothermal processes in CCUS from a geomechanical perspective, analyzing reservoir mechanical behavior and thermal stress effects, highlighting challenges for safe CO2 storage and bridging geotechnical engineerin…
Lin K.
This paper reviews the current status and research progress of CO2 transmission pipelines and corrosion prevention technologies under China's 'Dual Carbon' target (carbon peak and carbon neutrality). It focuses on key infrastructure challen…
Yan L.
This paper discusses eco-development of the oil and gas industry through CCUS-EOR technology, which combines carbon capture and storage with enhanced oil recovery to reduce emissions while maintaining production.
Suherman S.
This paper reviews recent developments in sustainable solid adsorbents for CO2 capture and their regeneration processes. It summarizes trends in adsorbent materials and discusses challenges and prospects for improving regeneration efficienc…
Sáez-Guinoa J.
This study assesses the eco-efficiency of carbon capture and hydrogen transition in alumina production, quantifying the environmental and economic impacts and identifying optimal deployment conditions for these decarbonization strategies.
Reinaldo Sabbagh, Ali Tura
This study characterizes a Miocene reservoir offshore Texas for CO2 storage. Using seismic inversion and rock physics, a geological model was built, and reservoir simulation showed 37.7 Mt of CO2 can be contained after injecting 2.5 Mt/year…
Christian Hirschhausen, Björn Steigerwald, Erk Schaarschmidt +1
This paper examines the gap between the role attributed to CCTS (Carbon Capture, Transport, and Storage) and DAC (Direct Air Capture) in long-term climate scenarios and their actual deployment. Surveying global projects over 15 years, it fi…
Sema Akay
This paper reviews biochar (BCH) production technologies and their applications in sustainable energy. BCH, a porous carbon material from biomass pyrolysis, offers carbon sequestration, soil improvement, and use as a catalyst support for hy…
Fan, jingli, Zhang, xian
This paper quantitatively reveals the gap between the technical potential of Direct Air Carbon Capture and Storage (DACCS) and the CO2 removal volumes required by climate targets such as the Paris Agreement. It demonstrates that current dep…
Akpevwe T. Erhieyovwe, Arobo R. C. Amakiri, Jiriwari Amonieah
This study evaluates CO₂ storage potential in the Agbada Formation (Niger Delta) under pressure-limited injection using a reservoir-reactive transport model. High-permeability corridors strongly influence plume migration, and a fault-locali…
Aida Farsi, Nils Heim, Isabella Caruso +1
This study experimentally evaluates a 4-stage aqueous electrochemical CO2 separation system using dissolved quinone derivatives. It assesses separation performance under continuous and batch modes, varying electrolyte composition, flow rate…
Amanda F. Baxter, Aarti Mathur, M. Beatty
This paper presents a durable CO2 electrolyzer architecture resilient to impurities like SO2, NO, and O2, enabling direct use of industrial flue gas without pre-purification. The modified catalysts achieve stable operation for over 1000 hou…
Kärt Kingisepp, Kätlin Kaare, Sander Ratso
This paper investigates the use of flue gas component SO2 to modify CO2-derived carbon (CO2-C) as supports for platinum electrocatalysts in fuel cells. SO2 exposure alters surface chemistry, and subsequent H2O2 treatment introduces oxygen f…
Somi Lee, Chandan Chandru Gudal, Kisan Chhetri +3
This study designs a MOF-derived Fe/Ni-N-CNT catalyst for electrochemical CO2 reduction (CO2RR). In situ grown carbon nanotubes enhance conductivity, and the dual Fe-Ni active sites synergistically achieve >95% CO Faradaic efficiency and 15…
Liam J. S. Anderson, Clem De Preter, Thijs Van Thillo +3
This review systematically analyzes recent advances in electrochemical CO2 reduction to multi-carbon (C2+) products, focusing on reactor design, operating conditions, electrolyte, and catalyst layer structure. It provides insights into sele…
Gaurav Kattel
This paper provides datasets and computational scripts to quantify economy-wide emissions implications of carbon capture and storage deployment in the U.S. using a 402-sector environmentally extended input-output model. It assesses net abat…
L Chen, Xiangzhou Yuan, Lei Feng +5
This perspective reviews AI/ML applications in biochar engineering, noting that experimental validation and data-driven design are underexplored (<5% of studies). It proposes five actionable directions: automated data extraction with LLMs, …
Udbhav Agarwal, Annapurna Boruah
This paper proposes an innovative water-based carbon capture system to efficiently reduce CO₂ emissions from industrial processes. It describes the system design and performance evaluation, exploring the potential for practical implementati…
Browse by Topic