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 541–560 of 2836 papers
Eka Herawati, M. M. Azis, P. Mulyono
This study simulates blue ammonia production via CCS (99.6% CO2 capture) from an ammonia plant's flue gas using Aspen HYSYS, evaluating economics and environmental impact in Indonesia. Blue ammonia's levelized cost is 54% higher than grey, …
Mohammed R. Abed, A. Wiheeb
This study models and optimizes CO2 adsorption on deep eutectic solvent (DES)-functionalized hydrotalcite using response surface methodology and central composite design. Four process parameters—temperature, inlet CO2 concentration, DES loa…
Paul Friedrich Zelle, Jonas Hörsch, Ninghong Sun +1
Cement decarbonisation is hard because much CO2 comes from process chemistry and handling depends on regional storage. This study provides the first system-wide comparison of oxygen-from-electrolysis, CO2 grid, and flexible grinding using a…
Tanisha Waring
A contingent valuation survey of 1,033 UK respondents estimated willingness to pay (WTP) for CCS implementation at approximately £96. Support was driven by climate change and energy security concerns. Evidence of motivated reasoning was fou…
Sina Hoseinpoori, David Pallarès, Filip Johnsson
A techno-economic evaluation comparing carbon capture versus offsetting for decarbonising industry, focusing on CO2-lean flue gas streams. It weighs capture costs against offset prices, suggesting the optimal choice depends on emission-sour…
Olusegun Adefami
This study proposes an integrated calcium looping (CaL) carbon capture system for gas-fired combined cycle power plants, modeled in Aspen Plus® with air and oxyfuel combustion across three designs. It also integrates concentrated solar powe…
Mandiaya Bugri, Thomson C. McCarthy, James M. Crawford
This review examines metal-organic frameworks (MOFs) for reactive carbon capture (RCC), integrating CO2 capture and conversion without intermediate separation or transport. It assesses MOF dual functionality—structural tunability, porosity,…
YiShu Wu, Pengcheng Guo, Fan Deng +5
This work converts wheat straw via ethylenediamine-assisted deconstruction and nitrogen functionalization into ultramicroporous carbons intended for CO2 capture. It links agricultural residue valorization with carbon-capture materials, thou…
Yang Meng, Yu Yang, Bin Ye +7
This work addresses performance optimization of a turboexpander-compressor used in cryogenic carbon capture systems. Without an abstract, details are limited, but it offers equipment-design insight relevant to improving CCUS energy efficien…
Yu Wu, Qing Zhang, Bian Wang +3
This study explores calcined marl, a low-grade clay, as a supplementary cementitious material (SCM) for low-carbon cement. Substituting clinker with such SCMs can cut process CO2 emissions in cement production. Raw-material availability and…
Yury Villagran-Zaccardi
Decarbonizing cement and concrete requires both supply-side (low-clinker cement) and demand-side (low-cement concrete, efficient design) strategies, yet direct comparisons are rare. This paper compares technical potential and burden distrib…
Kusin F.M.
This paper examines dual adoption opportunities and prospects for recovering value from mining and industrial waste through integrated CCUS. It appears to link resource recovery (metals/minerals) with carbon capture and utilization, explori…
Mohammed H. Alyousef, S. Alshammari, Hussain Al-Saleem +1
This review proposes ex-situ CO2 mineralization of produced water (PW) integrated with reinjection into depleted oil fields. CO2 is dissolved into divalent-ion-rich PW and alkalinized with NaOH to precipitate CaCO3 and Mg(OH)2, enabling per…
O. Musakti, Muhamad Syaifudin, Aris Buntoro +1
This literature-based preliminary study assesses the Upper Baturaja Interval in the Kandanghaur-Gantar High, West Java, as a potential CO₂ storage reservoir. The interval lies at 1600–1900 m depth with 20–25% porosity, good lateral continui…
Levente Biró, Norbert-Botond Mihály, A. Cormos
This paper presents initial steps in developing a model for a combined calcium-copper chemical looping system that integrates CO2 capture with blue hydrogen production. It validates kinetic parameters and conducts a case study on the econom…
Tao Sheng, Yu Changxing, Jiaxing Meng +4
This review synthesizes microbially enhanced coalbed methane (MECBM) technology, examining coal matrix properties and microbial parameters that govern methane yields. It categorizes pretreatment, nutrient stimulation, and microbial enhancem…
Mohamed Fayez. Elnagar, Structural Consultant & Certified Forensic Engineering Expert MSc, PMP, MCIArb, MASCE, MACI, M.AISC, M.ASTM, M.FIDIC, PhD
Injecting supercritical CO2 (sCO2) into fresh concrete can permanently store carbon while rapidly boosting early-age strength via calcium carbonate precipitation. However, maintaining sCO2 stability creates extreme pore pressures and non-un…
Fatma Oğuz Erdoğan
Nitrogen-doped porous carbons were synthesized from plum seed residues via melamine-assisted pyrolysis and tested for CO2 capture and CH4 storage. The biomass-derived carbons achieved high surface areas (up to 1759.9 m²/g) and top CO2 uptak…
Arkaprabha Giri, UnJin Ryu, Jiaqi Zhang +9
A one-step grafting-from method adds branched poly(propyleneimine) onto commercial amine resins via acid-catalyzed azetidine ring-opening polymerization. CO2 capacity rises >1.4-fold, reaching 1.54 mmol/g under dry DAC (400 ppm, 30°C) and 3…
Fahim Khan, Md Shakil Arman, 裴志坚 +1
This study fabricated zeolite monolithic adsorbents via binder jetting additive manufacturing for carbon capture. A gyroid structure was printed, achieving 1.06 MPa green strength and 0.45 MPa after debinding at 470°C and sintering at 750°C…
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