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 221–240 of 2286 papers
SONG X.
This paper reviews the progress and prospects of CCUS deployment in CNPC oilfields. It highlights how CO2-enhanced oil recovery combined with storage demonstrates industrial-scale feasibility of carbon capture in China's state oil sector. A…
Bahuriddin N.S.
A study assessing the co-benefits of deploying carbon capture technology at energy plants in southern Malaysia. Without an abstract, details are limited, but it likely quantifies non-carbon benefits such as air-quality improvements alongsid…
Wang G.
This study applies a backpropagation neural network proxy model to analyze the sensitivity of CCUS development parameters in high-temperature oil reservoirs. It builds a fast surrogate for numerical simulation and identifies the key paramet…
Liao J.
Part I of a critical review of CO2 storage via steel slag, focusing on direct carbonation reaction kinetics models. It synthesizes the kinetic foundations of mineral carbonation using steelmaking by-products. Policy and disclosure implicati…
Fernández-Dacosta C.
A prospective techno-economic and environmental assessment of capturing CO2 at a refinery and utilising it in polyol synthesis. It examines whether value-added CO2 utilisation can offset carbon capture costs. Offers practical insight into r…
Dawood Ansari H.
This work addresses carbon transportation via pipelines and ships, a core link in the CCUS value chain connecting capture sites to storage or utilization. With no abstract available, specifics are unconfirmed, but the topic bears directly o…
Wang R.
A thermo-hydro-mechanical (THM) modeling study of CO2 injection into multilayer reservoirs. It addresses stress, deformation, and permeability changes relevant to storage integrity and leakage risk in CCS projects. Without an abstract, spec…
Song T.
This study examines how CO2-crude oil miscibility affects CO2-EOR efficiency and long-term geological storage performance in fractured low-permeability reservoirs. It clarifies the trade-off between enhanced recovery and storage integrity, …
Saldanha Cassel V.
This study evaluates concrete made with CO2-treated coarse recycled concrete aggregates, assessing mechanical, durability and environmental performance. It combines carbon capture/utilization with construction waste recycling, targeting dec…
Korre A.
This paper addresses techniques for quantifying potential CO2 leakage from geological storage sites. It likely focuses on monitoring, measurement, and verification (MMV) methods underpinning CCS environmental risk assessment. Though no abst…
Otsuki T.
This paper analyzes the role of carbon dioxide capture and storage (CCS) within Japan's energy system on the path to net-zero emissions. It likely assesses how much CCS is required across power and industrial sectors and where it would be d…
Anjan Kumar, Mustafa Abdullah, Praharshkumar B. Raj +5
This paper discusses the promise of photoelectrochemical (PEC) systems for converting carbon dioxide into methanol. Using sunlight to turn CO2 into liquid fuel links carbon capture and utilization (CCU) with renewable energy as a decarboniz…
Vishnupriya Bhakthavatsalam, Krishna Mohan Jinka, Sharad V. Lande +1
This review integrates reaction principles, catalyst architectures, and techno-economic perspectives to guide CO2 electroreduction (CO2RR) from lab to scalable technology. It highlights copper's role in C–C coupling for C2+ products, advanc…
Don Chinungi, Jeanne Louw, Johann F. Görgens
This study models eight integrated gasification pathways in Aspen Plus to assess techno-economic and environmental performance of coal co-gasification with cleaner carbon sources and CO2 capture/utilization. Coal–natural gas co-gasification…
Dingyi Jiang, Meihong Wang, Shouzhuang Li +3
A critical review of calcium looping (CaL) CO2 capture for power plants and hard-to-abate industries, assessing technical, economic, and environmental performance alongside scalability pathways. It synthesizes implementation barriers and fu…
Sakwe Adianimovie
This study designs and simulates a packed-bed adsorption unit using activated carbon from periwinkle waste shells to capture CO2 and examines the impact of the length of the mass transfer zone (LMTZ). It achieved 95.7% CO2 removal in 501 s …
Katinka Maack, Reza Shirmohammadi, Ciprian Cimpan +1
This study dynamically assesses the techno-economics of carbon capture and utilisation (CCU) for e-methanol production integrated into a local Danish energy system. It evaluates cost and profitability under time-varying renewable power and …
Zhaoyu Yang, Suxia Ma, Guanjia Zhao +1
This study develops a carbon-capture-integrated wind-PV-coal-storage energy hub supported by coal-fired CHP for district heating. Using a life-cycle-cost objective solved via an improved beetle antennae search algorithm, the optimal configu…
A.K. Sethi, Yogesh Shrivastava, Om Vikash
A techno-economic assessment of a pilot-scale CCU plant coupled to industrial flue gas. It estimates capex/opex, levelized cost of CO2 capture, IRR, NPV and payback under varying conditions, finding capture carries high energy penalties whi…
Ahmed Elsayed
This work applies machine learning to optimize a process that revitalizes desalination waste (brine) through carbon capture and mineralization. It targets simultaneous waste management and CO2 fixation, using ML to tune operating conditions…
Browse by Topic