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 2286 papers
Debabrata Chakraborty, Sumanta Mondal, Soumik Paul +4
First one-pot tandem-condensation route to three covalently bonded hierarchically porous organosilica polymers with in-situ embedded triazine moieties. The materials show high thermal stability (up to 250 °C), surface areas of 200–600 m²g⁻¹…
Kingsley Okoli, Pallavi Dubey, Mark Mba Wright
This study designs an industrial-scale fast pyrolysis system converting biomass into sequesterable bio-oil and biochar, directing 90% of output to sequestration. Integrating techno-economic analysis and life cycle assessment across seven fe…
M. Misbahul Mujib
Indonesia operates a progressive domestic CCS regime (Presidential Regulation No. 14/2024 allowing cross-border CO2 transport up to 30% of storage capacity) yet is not a party to the London Protocol. This paper normatively analyzes argument…
Mohamed Fayez. Elnagar, Structural Consultant & Certified Forensic Engineering Expert MSc, PMP, MCIArb, MASCE, MACI, M.AISC, M.ASTM, M.FIDIC, PhD
This paper reviews the coupled thermo-hydro-chemical degradation of wellbore cement in geological CCS, where carbonic acid attacks Portlandite and C-S-H phases, transitioning from carbonation to leaching and forming porous silica gel. Cycli…
Mao Mu, Shiming Zhou, 侯少贞 +4
This study assesses the carbon capture potential of algal cultivation in China using life-cycle assessment (LCA). It compares CO2 fixation by algal biomass against emissions from cultivation and processing to gauge net carbon reduction. It …
Md Ariful Haque
This work covers youth-led research and action in Bangladesh on carbon capture (CCUS), green hydrogen, and refrigerant substitution. It highlights decarbonization technology adoption and capacity-building in emerging economies. No abstract …
Madhavi J
La2O3 supported on activated carbon (2–10 wt%) was synthesized by impregnation and characterized by PXRD and N2 isotherms. Fixed-bed CO2 capture tests at room temperature and atmospheric pressure showed the 10 wt% sample reaching 119 μmol/g…
Hodjati-Pugh, Oujen, Ntoulaveris, Vasileios, Mukerjee, Subhasish +1
Ceres Endura™ reversible solid oxide stacks switch between fuel-cell and co-electrolysis modes, raising capacity factor and shortening payback. Running on biogas in fuel-cell mode and co-electrolyzing waste CO2 and steam enables reversible …
Elangovan, S. Elango, Hafen, Tyler, Oldham, Claire +4
OxEon Energy flight-qualified solid oxide stack materials and design through rigorous testing under the NASA MOXIE project for Mars CO2 electrolysis. Modifying the Ni-based fuel electrode enabled performance recovery after complete oxidatio…
Tran Hoang To Ngo, Hao Nhat Dam, Thoa Thi Kim Dao
Using IPCC 2006 Tier 1 methods, this study quantified Scope 1 emissions at a representative Vietnamese petrochemical refinery, identifying RFCC, power/steam generation, and hydrogen production as major sources (~4 MtCO2/yr). It developed a …
V. N. Katambwe, B. Oladipo, A. Horvat +9
This study evaluates direct aqueous mineral carbonation of fines from hardened ready-mix concrete waste under ambient conditions using a cement flue gas blend. At an S/L ratio of 1:10, CO2 uptake reached 100.9 g-CO2/kg, with 84.5 g permanen…
Javier Vendrell-Granero, Ahmed M. Elberry, Sayan Das +1
This study proposes an integrated techno-economic framework for the full CO2-to-e-methanol value chain, covering capture, liquefaction, storage, multi-modal transport, and synthesis. CO2 availability constrains feasible plant size, while tr…
Sihuleng Ba, Nuramina Abdukirim, Tursun Abdiryim +6
A materials study proposing polyaniline-mediated interfacial electron modulation on sulfur-doped zinc oxide to electroreduce CO2 to CO with improved durability and selectivity. It contributes to catalyst design for CO2 electrolysis, an enab…
Dirk Radies, Manuel Zarfl
CCS is critical for net-zero but is projected to cover only ~6% of global emissions by 2050, requiring massive scale-up of capture, transport, and storage. Regionally diverse legal, permitting, and liability regimes directly shape technical…
Justin J. Rosenthal, Xavier J. Gatica, Antoine Chamoun-Farah +8
A materials study developing blend membranes of poly(1,3-dioxolane) terpolymer with the ionic liquid [hmim][Tf2N] for CO2 capture and light paraffin separation. It offers fundamental insight into improving gas permeability and selectivity f…
Oluwafemi Awolesi, Corinne Salter, Judith Amegbe +5
A mixed-methods study of 466 Louisiana residents plus 11 community-leader interviews examines public acceptance of CCS. 58.3% would accept a local CCS project; acceptance did not vary by age, gender, or income. Trust in government agencies,…
Xingyue Ma, Tangfei Zhu, Seshadri Seetharaman +7
Calcium-based CO2 capture suits high-temperature flue gases but suffers from sorbent instability. This study designs a short route integrating Bayer-process Al(OH)3 calcination into CaO/Al2O3 composite preparation, further shortened by inco…
Tuukka Mäkitie, Allan Dahl Andersen, Caroline Veldhuizen
This paper theorizes how net-zero solutions like CCS require co-evolution across multiple systems, not just single-technology diffusion. It develops a framework integrating meta-rules, structural couplings (institutional, technological, org…
Zhizhi Xue
This review examines microalgae as an emerging bio-based carbon sequestration material for buildings, analyzing sequestration principles, application forms, advantages, and challenges. Algae show far higher carbon capture efficiency than ot…
Ivana Koláčková
Carbon4Minerals is a Horizon Europe project (Jan 2023–Jun 2027) uniting 14 European partners to convert industrial flue-gas CO2 and secondary mineral resources into low-carbon binders and construction materials. Eight industrial pilots span…
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