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 61–80 of 837 papers
Allegra Mayer, Jerome Dumortier, Zeke Hausfather +2
This paper compares reversible (e.g., soil management) and durable (e.g., geologic storage) carbon removal approaches, focusing on cost and climate impact. It finds that using reversible CDR as a bridge to durable CDR may be more cost-effec…
Ruirui Wang, Yuxing Wang, Yuxing Wang +9
This paper presents a method to construct atomic-scale proton channels in polymeric carbon nitride (CN) by introducing oxygen and carbon defects, enhancing CO2 photoreduction efficiency. Defect engineering promotes charge separation and pro…
Guozhi Wang, Yangbo Ma, Mingzi Sun +16
This study reveals a phase transition from fcc to bct/fcc heterophase in copper nanowires, enhancing CO2 electroreduction to multi-carbon products. Nanowires with ~30 nm diameter achieve the highest Faradaic efficiency, outperforming fcc na…
Ashley Douds, Rachel Culver, Valerie Beckham-Feller +11
This paper assesses the carbon sequestration potential in Indiana by analyzing saline reservoir storage capacity, caprock sealing capacity, and containment risks such as faults and wellbores. New laboratory data and GIS mapping provide a va…
Jérôme Capitolis, C. Tabaries, L. Piccolo +1
This study optimizes Cu loading, oxidation state, and ionomer chemistry for CO2 electroreduction, achieving >50 mA/cm² for ethylene at 3V with 30wt% Cu/CuO catalyst, outperforming commercial catalysts at lower metal loading.
Leting Yang, Xianjin Shi, Hongna Zhang +3
This review summarizes the progress in precise engineering of atomic sites on carbon nitride for CO2 photoreduction, from single-atom to multi-atom configurations. It highlights the potential for efficiency improvement through elemental str…
Terry Isson, A. Joshua West
This paper raises key questions about the durability of enhanced alkalinity as a carbon dioxide removal strategy in open environmental systems. It examines the methods and long-term storage potential, discussing implications for climate cha…
Violeta Sànchez i Nogué, Sybil Sharvelle, Lucas Loetscher +1
Proposes ReSOURCE, a future carbon-negative biorefinery that removes CO2 from the atmosphere using biomass and carbon capture, while co-producing renewable energy and valuable products.
Muhammad Hammad Rasool
This paper examines drilling engineering challenges for carbon storage (CCS), focusing on injection well design, well integrity, and long-term sealing from a technical perspective.
Scott Melnyk, Lauren P. Birgenheier, Michael D. Vanden Berg +3
This paper evaluates sedimentological controls on reservoir heterogeneity in the Jurassic Entrada Sandstone for geologic carbon storage. It identifies four architectural elements (large compound dunes, small compound dunes, simple dunes, da…
Yue Wang, Hossein Babaei
This study investigates a carbon-integrated direct DME production system using internal CO2 looping as a thermodynamic design variable. Ten configurations at 5000 MTPD capacity were evaluated with two H2/CO ratios and controlled CO2 recycli…
Zhicong Wu, Junxian Wu, Fenglin Zhang +1
This paper presents a thermodynamic and economic analysis of a novel biomass oxy-fuel combustion system that co-produces power and methanol, incorporating cryogenic carbon capture and recycle of purge gas. The study evaluates efficiency and…
Tehseen Ullah, Sadiq ur Rahman, Sumayya Fayyaz +1
This study synthesized a novel POM-132@MOF-5 composite for CO₂ capture. Characterization via FTIR, XRD, SEM, and EDS confirmed successful integration. CO₂ adsorption tests at 273 K and pressures from 0.5 to 2.5 bar showed a capacity of 25 m…
Jason A. F. Sherman, Anca Ostace, Douglas A. Allan +1
This work applies robust optimization (PyROS) to design a monoethanolamine-based post-combustion carbon capture process under uncertainty. It achieves risk-averse designs for CO2 capture rates from 90% to over 99%, with solutions up to 98% …
Leandros Paschalidis, Kai Fabian Kruber, Simon Müller +1
This paper examines the steam barrier as a design constraint in carbon capture and explores pathways to low-temperature regeneration, potentially improving CCUS efficiency.
Pengxiang Wang, Lei Wang, Haibin Tang +6
This study fabricates a 3D interconnected silver nanowire array self-supporting membrane using a 3D anodic aluminum oxide template. It achieves a maximum Faradaic efficiency of 97.28% for CO and a high current density of 59.06 mA cm⁻² in an…
Peter McNeice, Andreas J. Vorholt
This paper advocates for uniting efforts to produce green carbon chemicals using CO2 from renewable sources, aiming to contribute to decarbonization. Specific findings are not available from the abstract, but the concept supports circular c…
Yifan Liu (219681), Zezhi Liu, Yitian Zhou +2
This paper reports a method using nitrogen-doped carbon nanotubes to regulate nickel nanoparticles for efficient electrochemical CO2 reduction, contributing to carbon utilization technology.
Fanlu Min, Bingzhi Li, Nan Zhang +4
This study analyzes carbon fixation and emissions from MgO-based carbonation treatment of shield tunneling sludge clay. It evaluates the CO2 sequestration effect of MgO as a solidification agent, suggesting potential for carbon-negative tec…
Gabriel M. Rubinstein, Stephen Wallace
This paper explores the potential of using waste carbon as synthetic feedstock. Although specifics are unclear, it contributes to a circular carbon economy.
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