FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3047512006> ?p ?o ?g. }

• W3047512006 endingPage "26089" @default.
• W3047512006 startingPage "26080" @default.
• W3047512006 abstract "In this paper, an atmospheric-pressure distillation system is designed and constructed for partial to separation of hydrochloric acid and water. The system concentrates HCl(aq) between the electrolyzer and hydrolysis processes of the Copper–Chlorine (Cu–Cl) cycle for hydrogen production. The motivation behind this study is to investigate azeotropic separation of HCl(aq), as needed for integration of unit operations in the Cu–Cl cycle. The separation is only partial, as the mixture is unable to cross the azeotrope with only a single pressure. The distillation system consists primarily of one packed distillation column, which employs heating tapes and thermocouples to achieve a desired axial temperature profile. The column can be operated in batch or continuous mode. The distillate is H 2O(l) and the bottoms is HCl(aq) near the azeotropic concentration; feed concentrations are less than azeotrope. Thus, the degree of separation is determined to be independent of the feed concentration. The bottoms concentration varies from experiment to experiment, but does so independently of feed concentration, likely the result of corrosion impurities affecting the calculation of its concentration. It is found that HCl(aq) can be concentrated up to approximately 0.1068 mol/mol from an initial concentration of 0.0191 mol/mol. A simulation of pressure-swing distillation (PSD) is also performed, but due to safety constraints (a column operating at 10 atm must be certified to CSA B51), a single-pressure (single-column) distillation is physically performed. A single-pressure column is beneficial to the Cu–Cl cycle because it partially recycles HCl, which reduces the cost of the cycle, and still provides valuable results for analysis. The maximum HCl concentration achieved experimentally is 0.1068 mol/mol and the maximum HCl concentration determined from simulation is 0.11 mol/mol (the azeotropic concentration). The novelty of this research is that the experimental column built to study HCl partial separation is designed to be simple yet safe to integrate within the Cu–Cl cycle for hydrogen production." @default.
• W3047512006 created "2020-08-10" @default.
• W3047512006 creator A5002665877 @default.
• W3047512006 creator A5011444341 @default.
• W3047512006 creator A5040151411 @default.
• W3047512006 creator A5042285160 @default.
• W3047512006 date "2020-10-01" @default.
• W3047512006 modified "2023-10-16" @default.
• W3047512006 title "Investigating azeotropic separation of hydrochloric acid for optimizing the copper-chlorine thermochemical cycle" @default.
• W3047512006 cites W1522086334 @default.
• W3047512006 cites W1967327961 @default.
• W3047512006 cites W1973735159 @default.
• W3047512006 cites W1987997180 @default.
• W3047512006 cites W2000550345 @default.
• W3047512006 cites W2018189922 @default.
• W3047512006 cites W2045603864 @default.
• W3047512006 cites W2056754315 @default.
• W3047512006 cites W2064377723 @default.
• W3047512006 cites W2064547828 @default.
• W3047512006 cites W2068805677 @default.
• W3047512006 cites W2078415562 @default.
• W3047512006 cites W2078726283 @default.
• W3047512006 cites W2091158123 @default.
• W3047512006 cites W2148242066 @default.
• W3047512006 cites W2325518018 @default.
• W3047512006 cites W2336750230 @default.
• W3047512006 cites W2620650109 @default.
• W3047512006 cites W2753843468 @default.
• W3047512006 cites W2803081767 @default.
• W3047512006 cites W2908959728 @default.
• W3047512006 cites W2910474714 @default.
• W3047512006 cites W2917092300 @default.
• W3047512006 cites W2944456383 @default.
• W3047512006 cites W2947576611 @default.
• W3047512006 doi "https://doi.org/10.1016/j.ijhydene.2020.06.064" @default.
• W3047512006 hasPublicationYear "2020" @default.
• W3047512006 type Work @default.
• W3047512006 sameAs 3047512006 @default.
• W3047512006 citedByCount "6" @default.
• W3047512006 countsByYear W30475120062021 @default.
• W3047512006 countsByYear W30475120062022 @default.
• W3047512006 countsByYear W30475120062023 @default.
• W3047512006 crossrefType "journal-article" @default.
• W3047512006 hasAuthorship W3047512006A5002665877 @default.
• W3047512006 hasAuthorship W3047512006A5011444341 @default.
• W3047512006 hasAuthorship W3047512006A5040151411 @default.
• W3047512006 hasAuthorship W3047512006A5042285160 @default.
• W3047512006 hasConcept C113196181 @default.
• W3047512006 hasConcept C120665830 @default.
• W3047512006 hasConcept C121332964 @default.
• W3047512006 hasConcept C12898812 @default.
• W3047512006 hasConcept C131548973 @default.
• W3047512006 hasConcept C151572726 @default.
• W3047512006 hasConcept C154030694 @default.
• W3047512006 hasConcept C178790620 @default.
• W3047512006 hasConcept C179104552 @default.
• W3047512006 hasConcept C185592680 @default.
• W3047512006 hasConcept C204030448 @default.
• W3047512006 hasConcept C2777436746 @default.
• W3047512006 hasConcept C2780934509 @default.
• W3047512006 hasConcept C2982854487 @default.
• W3047512006 hasConcept C43617362 @default.
• W3047512006 hasConcept C4725764 @default.
• W3047512006 hasConcept C544778455 @default.
• W3047512006 hasConcept C66833556 @default.
• W3047512006 hasConcept C76752636 @default.
• W3047512006 hasConceptScore W3047512006C113196181 @default.
• W3047512006 hasConceptScore W3047512006C120665830 @default.
• W3047512006 hasConceptScore W3047512006C121332964 @default.
• W3047512006 hasConceptScore W3047512006C12898812 @default.
• W3047512006 hasConceptScore W3047512006C131548973 @default.
• W3047512006 hasConceptScore W3047512006C151572726 @default.
• W3047512006 hasConceptScore W3047512006C154030694 @default.
• W3047512006 hasConceptScore W3047512006C178790620 @default.
• W3047512006 hasConceptScore W3047512006C179104552 @default.
• W3047512006 hasConceptScore W3047512006C185592680 @default.
• W3047512006 hasConceptScore W3047512006C204030448 @default.
• W3047512006 hasConceptScore W3047512006C2777436746 @default.
• W3047512006 hasConceptScore W3047512006C2780934509 @default.
• W3047512006 hasConceptScore W3047512006C2982854487 @default.
• W3047512006 hasConceptScore W3047512006C43617362 @default.
• W3047512006 hasConceptScore W3047512006C4725764 @default.
• W3047512006 hasConceptScore W3047512006C544778455 @default.
• W3047512006 hasConceptScore W3047512006C66833556 @default.
• W3047512006 hasConceptScore W3047512006C76752636 @default.
• W3047512006 hasFunder F4320334593 @default.
• W3047512006 hasIssue "49" @default.
• W3047512006 hasLocation W30475120061 @default.
• W3047512006 hasOpenAccess W3047512006 @default.
• W3047512006 hasPrimaryLocation W30475120061 @default.
• W3047512006 hasRelatedWork W1991626177 @default.
• W3047512006 hasRelatedWork W2148242066 @default.
• W3047512006 hasRelatedWork W2153545771 @default.
• W3047512006 hasRelatedWork W2295467197 @default.
• W3047512006 hasRelatedWork W2377335100 @default.
• W3047512006 hasRelatedWork W2495379592 @default.
• W3047512006 hasRelatedWork W3021653757 @default.
• W3047512006 hasRelatedWork W3097700853 @default.

• next