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 221–240 of 979 papers
E. Güler, S. Ergin
This paper proposes and evaluates a novel integration of power and carbon capture systems for an LNG carrier. It contributes to CO2 emission reduction in maritime transport, offering technical insights for decarbonizing the shipping industr…
Jérôme Houstin, Thibault Mousseau, Yann Le Moual +2
This paper performs a sensitivity analysis of a cryogenic carbon capture system on an LNG ship engine, assessing CO2 capture efficiency under various operating conditions to optimize system performance.
Franlu Gauto
This paper proposes a whole-cane biorefinery concept for atmospheric CO₂ removal in Paraguay. Cane-juice sugars are converted to bio-acrylonitrile and then carbon fiber, while bagasse is pyrolyzed to biochar for soil carbon sequestration. A…
S. Lago, A. Moreau, A. Quattrone +3
This study evaluates thermophysical properties of binary mixtures of CO2 and amines, providing essential data for designing CCUS processes. It facilitates the development of efficient CO2 capture systems.
Deepesh Singh Chauhan, Kaustubha Mohanty
This study proposes a two-stage nutrient-assisted CO2 modulation method that enhances carbon capture and bioenergy efficiency in microalgae, with auto-sedimented biomass harvesting for practical application.
Conghui Bi
This paper uses evolutionary game theory to analyze how IT system support influences carbon trading mechanisms and CCUS technology investment strategies of thermal power enterprises. It models strategic choices and provides insights for pol…
Changgwon Choe, Jiwon Gu, Junaid Haider +4
This study conducts a technoeconomic and environmental analysis of liquefied synthetic natural gas production via CO2 methanation. It evaluates costs (76–109 $/GJ) and environmental impact (0.015 tCO2-eq/GJ) under various renewable electric…
L. Castañeda-Losada, Michael Richter, Christophe Léger +2
This review outlines the fundamentals of electroenzymatic CO2 fixation, covering available enzymes, product range, and thermodynamic/kinetic considerations. It highlights the potential for high energy efficiency and selectivity in synthesiz…
Lianjun Chen, Junrui Shi, Gang Pan +3
This study investigates the use of supercritical CO2 curing to enhance the performance and microstructure of low-carbon sulphoaluminate concrete, a potential approach for carbon sequestration in construction materials.
Orlando Palone, Luca Mecucci, Luca Cedola +2
This study provides a comparative techno-economic analysis of three decarbonization routes for container glass production: amine scrubbing, calcium looping, and electrification. It evaluates costs, CO2 reduction potential, and implementatio…
Perazich, Milan
This paper investigates why CCUS projects continue to receive policy support and funding despite consistent underperformance. It combines a global dataset of 23 commercial-scale projects, a Monte Carlo opportunity-cost simulation, and criti…
Ochoa-Romero, Kerly, Khawandi, Pamela, Mena, Silvia +5
This study presents ionic liquid-based ionogels as integrated materials for CO2 capture and electrochemical conversion to CO, eliminating intermediate desorption. Imidazolium-based ionogels achieve up to 75% current efficiency, demonstratin…
Fang Wang, Ying Dong, Shaojun Luo +8
This study proposes an energy-efficient microwave-assisted method to convert carbide slag into CaO-based CO2 sorbents. At 500°C for 30 minutes, the sorbent achieved a 104% increase in CO2 uptake compared to conventional calcination. Kinetic…
T. H. Christensen
Estimates future CO2 availability from Danish point sources for Power-to-X, totaling ~9 million tons/year, with waste incineration contributing 30%. To achieve climate neutrality, a portion of the fossil CO2 must be sent to storage (CCS) wh…
Rufaida T. Ibrahim, W. Al-Mudhafar, D. A. Alobaidi +1
This systematic review covers the mechanisms, technologies, and future prospects of CO2-enhanced oil recovery (CO2-EOR), a key CCUS technology that enables simultaneous CO2 storage and increased oil production. The paper discusses technical…
Daril Ridho Zuchrillah, Rizal Arifin, Friska Dwi Pratiwi +4
This study simulates three CO2 utilization pathways (methanol, sodium bicarbonate, methane) for the ammonia industry using Aspen Plus. Sodium bicarbonate production yields the best economic and environmental performance: annual profit $65 m…
Matthew Hollingham, Juan Pablo Gevaudan
This study develops novel supplementary cementitious materials by pairing chemical activation and carbonation of basalt, incorporating carbon capture. This approach reduces the carbon footprint of the cement industry.
Zhiyuan Fan, Bolun Xu
This paper presents design optimization and global impact assessment of solar-thermal direct air carbon capture (DAC), showing it as a lower-cost alternative to geothermal heating for carbon removal.
Jing Yang (13969), Haiou Zeng, Ningran Wu +4
This study uses molecular dynamics simulations to elucidate CO2 transport through nanoporous graphene membranes at gas-liquid interfaces. It reveals that pore-edge electrostatics enhance interfacial hydration, which suppresses CO2 permeance…
Widi Astuti, Dwi Putri S Aritonang, Maya Anggraeni +6
This review systematically evaluates CO2 capture using activated carbon (AC) derived from agricultural waste, following PRISMA guidelines. It finds that chemical activation, especially with KOH, enhances surface area and microporosity, impr…
Browse by Topic