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 21–40 of 2481 papers
Neumann, Rebecca B
Tracing CDR estimates across 51 sources and IPCC scenarios, this study shows the widely cited 10 Gt CO2/yr durable CDR target did not derive from direct reading of IPCC outputs. It originated as an informal 2017 news estimate, was declared …
Mrinal Bhardwaj, Anurag _, Amaresh Mishra +2
Decomposing upstream Scope 1+2 intensity across eight operational drivers, the study shows MENA NOCs achieve sub-10 kg CO2e/boe through deliberate reservoir management, methane control and field electrification, not geology alone. A bottom-…
Zhao H.
A techno-economic assessment of an integrated solid oxide fuel cell (SOFC) system combined with carbon capture and storage, incorporating methanolation and methanation using green hydrogen. It evaluates the economics of coupling power gener…
Babajide N.
This piece addresses CCUS (carbon capture, utilization and storage) development in the United Kingdom. With no abstract available, specifics are unclear, but it likely covers UK CCUS policy, cluster formation, and industrial decarbonization…
Rodrigues H.W.L.
This study applies multi-objective optimization to CO2 recycling operations for CCUS in pre-salt carbonate reservoirs. It balances trade-offs among CO2 capture, injection, and recycling to improve storage efficiency and operational cost. Th…
Xuan A.
This study proposes a two-stage planning method for an electricity-gas coupled integrated energy system equipped with CCUS, incorporating carbon tax and price uncertainties. It optimizes investment and operational decisions under uncertaint…
S. Rastegar, Atefeh Jabari, Yashar Toopchi +2
This review systematically evaluates AI methods—machine learning, deep learning, reinforcement learning, Gaussian process regression, and fuzzy logic—applied to CCUS design and operation. It covers capture efficiency, materials optimization…
Jingyuan Liu, Jianzhao Zhou, Qiming Qian +3
Novel processes integrating gasification and carbon capture convert waste tires into blue ammonia, assessed via safety, techno-economic and life-cycle analyses. Machine-learning-driven multiobjective optimization minimizes levelized cost of…
Wantong Xia
A review of perovskite quantum dots (PQDs) for CO2 photoreduction, covering synthesis (hot-injection, LARP), characterization (XRD, TEM, XPS, in situ FTIR), and thermodynamic feasibility via conduction-band alignment with CO2 redox potentia…
Ghulam Asghar, Farooq Ahmad, Asfandyar Khan +4
This critical review reframes carbon-circular refineries around four integration nodes linking CO2 capture, biomass conversion, and catalytic upgrading, where carbon losses, feed impurities, catalyst durability, hydrogen demand, and separat…
Mingping Liu, Qingping Lai, Suhui Deng +1
Proposes a data center–carbon capture integrated energy system where a high-temperature heat pump upgrades waste heat to drive carbon capture regeneration. A unified demand response coordinates computing workloads with electricity, heating …
Priyadarshini Seshasayee, Dennis Robinson Brown, Lauren Crochet +3
Seven reactive ionic liquids (amino acid-, azolate-, and carboxylate-based) were tested for CO2 uptake from ambient air (~4×10⁻⁴ bar) to 2.5 bar using a dynamic breakthrough bubbling column. Amino acid ILs with primary amines and azolate IL…
Yumeng Pang
This review systematically organizes solid-waste-derived nanomaterials by type, preparation method, and functional properties, and surveys their application across CO2 capture, utilization, and storage stages of CCUS. Using an LCA lens, it …
(著者不明)
A review of an integrated bio/chemical process that captures, stores, and upcycles dilute CO2 into carbon nanomaterials. It surveys the state and challenges of combining CCUS with carbon valorization. Details unavailable as no abstract was …
Valentina Prigiobbe, Simona Liguori, Valentina Brombin +2
This study extracts critical elements from wollastonite-rich mine tailings using organic acids (citric, formic, oxalic) while assessing CO2 mineralization potential. Flow-through dissolution experiments at 40–80 °C validated a multimineral …
Natalia Wagner
A technology-management analysis of whether onboard carbon capture and storage (OCCS) for shipping should receive policy support. It weighs the merits of backing OCCS as a maritime decarbonization pathway. Details are limited as no abstract…
Anjali Rajput, Ankisha Vijay
A review of microbial carbon capture cells (MCC) for carbon sequestration, examined through energy recovery and life-cycle assessment lenses. It surveys how microbial electrochemical systems fix CO2 while generating power, and outlines chal…
David Emoefe Rockson-Itiveh, Ezeagu Victory Ifeatu, Iheanyichi Michael Chibugwu +7
A comprehensive review of conventional and emerging CCS capture methods (pre-/post-combustion, oxy-fuel, DAC, MOFs, graphene membranes) alongside CO2 transport and geological storage options. It compares industrial cases such as Sleipner, G…
Zhengyi Cang, Gaobing Sheng, Jinglei Tian +4
This is the authors' response to review comments on a paper about external field-regulated dynamic responses of crystalline porous materials for low-energy carbon capture. It signals the paper's focus on material design and energy-efficient…
(著者不明)
A review of crystalline porous materials whose dynamic responses can be tuned by external fields (light, heat, electric field) to enable low-energy CO2 capture. It surveys material design strategies that cut regeneration energy by stimulus-…
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