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 941–960 of 1903 papers
Lavinia Reitz, Nils Thonemann, Christina Wulf +2
This study uses Life Cycle Assessment to evaluate greenhouse gas (GHG) mitigation and side-effects of on-board carbon capture (OCC) on two LNG-fueled ships (crane ship Sleipnir and an LNG carrier). Results show a 32–55% GHG reduction potent…
Gyu-Chan Lee, Ji-Won Hwang, Keun-Hyeok Yang
This study evaluates the mechanical properties and CO2 capture performance of mortar incorporating biochar and bacteria, aiming for carbon neutrality in construction materials. Results indicate potential for carbon-negative building product…
Kim S.
This paper evaluates the energy, economic, and environmental impacts of oxy-coal power plants with CCUS. It quantifies efficiency loss and cost increase due to CO2 capture, analyzing trade-offs between emission reduction and performance. Re…
Zhang P.
Reviews recent advances and challenges in post-combustion carbon capture using ionic materials, focusing on absorption capacity, regeneration efficiency, and cost reduction.
Hunt M.
This paper presents the development of post-combustion carbon capture technology, focusing on processes for CO2 separation and recovery from flue gases of power plants and industrial sources.
L.A. Al-Hajji, Adel A. Ismail, Saad Makhseed +4
This paper presents a novel surfactant-assisted sol-gel synthesis of carbon-stabilized mesoporous magnesia nanocrystals, designed for highly efficient CO2 capture. The material's enhanced porosity and stability are expected to improve captu…
Maria Dimitriadi, Leonhard Schill, Vasileios Aggelos Dimitriadis +11
This paper develops a novel ionic liquid solvent blend based on choline prolinate for carbon capture and evaluates it in a mini-pilot setting. It offers a promising alternative to conventional amine solvents with lower energy penalty and co…
Mirza Abdullah Rehan
This mini-review summarizes the principles, catalyst design, and challenges of photothermal CO2 conversion, which combines photocatalysis and thermocatalysis for solar fuel production. It highlights advances in nanostructured catalysts and …
Leonie Meissner, Josh Burke, Luca Taschini
This report provides one of the first systematic assessments of durable CDR prices and contract volumes. As of end-2025, only 1.2% of contracted CDR has been delivered, and CDR credit prices are several times higher than UK/EU ETS carbon pr…
Shivani Singhal, Jatin Gupta, Vibha Rani +4
This paper reviews the status, scale-up challenges, and microbial gene perspective in microbial electrosynthesis (MES) for multi-step CO2 upgrading to value-added products. It discusses genetic engineering approaches to enhance conversion e…
Parisa Javadi, Patrick O’Rourke, Jay Fuhrman +5
This study quantifies air quality and public health trade-offs of six CDR portfolios for the U.S. using a coupled modeling approach. High-CDR avoids $2.5–5.8 trillion in climate damages and yields $2.8–6.5 trillion in health benefits, while…
Søren Jessen, Rasmus Jakobsen, Majken Looms +2
This study provides empirical evidence that subsoil acidity can cause substantial delays in inorganic carbon sequestration by Enhanced Weathering (EW). Using century-long agricultural liming as a proxy, it shows that alkalinity from the top…
Zhang M.
This paper examines cellulose-based materials for carbon capture and conversion. It highlights the potential of cellulose as a renewable and abundant resource for developing sustainable carbon capture technologies.
Wang L.
An 800-day microcosm experiment simulating low-temperature oil reservoirs showed that sequestered CO2 more than doubled methane yield. This suggests potential synergies between carbon capture, utilization, and storage (CCUS) and enhanced en…
Chen N.
This paper investigates CO2 huff-n-puff enhanced oil recovery through microscopic experiments and simulations. It evaluates the effects of reservoir heterogeneity and fractures on displacement efficiency, providing insights for optimizing C…
Shi Y.
This paper reviews research progress on preparing CO2 adsorbents from waste materials. It surveys carbonization and activation processes using various wastes (biomass, industrial byproducts) and summarizes methods to enhance CO2 adsorption …
Ouyang X.
This experimental study investigates temperature evolution and phase behavior during liquid CO₂ discharge in an industrial-scale large-diameter pipeline, providing critical data for safe and efficient CO₂ transport in CCUS.
Liu Z.
This experimental study investigates the synergistic effect of temperature, pressure, and flow rate on corrosion behavior in supercritical CO2 pipelines. It identifies optimal operating conditions and elucidates the FeCO3 film formation mec…
Liao M.
This study uses microfluidic visualization to investigate oil displacement mechanisms by CO2 microbubbles, relevant to enhanced oil recovery and CO2 geological storage. It contributes to improving CCUS efficiency.
Fujah-Sanni A.
This paper focuses on reducing scale management costs in hydrocarbon production and CCUS projects by improving understanding of bulk and surface scaling kinetics at low saturation ratios. It proposes methods to elucidate scaling mechanisms,…
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