FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4220998548> ?p ?o ?g. }

• W4220998548 endingPage "102679" @default.
• W4220998548 startingPage "102679" @default.
• W4220998548 abstract "The sustainability of the aquaculture sector depends mainly on the search for alternative sources to fishmeal and fish oil, one of which is microalgae . However, there are few feasibility studies of the microalgae process chain. This work aimed to address this gap through a TEA of microalgae ( Phaeodactylum tricornutum ) production. The TEA combines process modelling, engineering design and economic evaluation. As a result, different projections are obtained, yielding the breakdown of capital investment and operating costs. The study is based on pilot-scale experimental results using tubular PBR in Norway. This TEA shows that 29.48 t of biomass per ha of facility and year would be a real productivity. At PBR scales of 1 and 100 ha, microalgae could be produced for 108.26 or 44 €/kg DW of harvested biomass respectively. Artificial light is indispensable for microalgae production in Norway, as its absence would represent a 50% lower productivity and a cost increase of 95%. Producing the final product as a powder represents a 1.20% greater cost. Not only does the production under more favourable climatic conditions (southern Spain) removes the need for artificial lights and greenhouses, but it also would imply greater productivity (39.02 t/ha/year) and a reduced cost (23.08 €/kg DW of disrupted and dry biomass) at a scale of 100 ha. The main factor affecting CAPEX is the PBR, which range from 49.48 to 96.37% of the MEC. As for OPEX, the most critical elements vary with the projection: labour, energy, utilities, and other costs. The competitiveness of microalgae for aquaculture depends on a combination of different factors. Reducing the cost of the PBR and greenhouse, increasing the PE and widening the temperature range of the culture could reduce the cost by a further 76%. • Economic evaluation of large-scale microalgae production based on pilot results • Annual production in Norway of 29.48 t for 1 ha with a cost of 108.26 €/kg DW • A 59% reduction in biomass cost would be achieved by switching from 1 to 100 ha. • The production of biomass in Norway is doubled by using artificial lights (LEDs). • Approaching a multifactorial strategy would achieve a final cost of 10.50 €/kg DW." @default.
• W4220998548 created "2022-04-03" @default.
• W4220998548 creator A5008351625 @default.
• W4220998548 creator A5020048386 @default.
• W4220998548 creator A5022272825 @default.
• W4220998548 creator A5025670319 @default.
• W4220998548 creator A5057099787 @default.
• W4220998548 creator A5057790029 @default.
• W4220998548 creator A5069358215 @default.
• W4220998548 creator A5087076512 @default.
• W4220998548 date "2022-05-01" @default.
• W4220998548 modified "2023-10-18" @default.
• W4220998548 title "Techno-economic analysis of microalgae production for aquafeed in Norway" @default.
• W4220998548 cites W1456780341 @default.
• W4220998548 cites W1977636432 @default.
• W4220998548 cites W1996499301 @default.
• W4220998548 cites W1997010418 @default.
• W4220998548 cites W2002268035 @default.
• W4220998548 cites W2018607814 @default.
• W4220998548 cites W2035208738 @default.
• W4220998548 cites W2044809902 @default.
• W4220998548 cites W2059362683 @default.
• W4220998548 cites W2077704703 @default.
• W4220998548 cites W2078253394 @default.
• W4220998548 cites W2088589945 @default.
• W4220998548 cites W2094064759 @default.
• W4220998548 cites W2105816476 @default.
• W4220998548 cites W2108731511 @default.
• W4220998548 cites W2112521714 @default.
• W4220998548 cites W2487057750 @default.
• W4220998548 cites W2517822676 @default.
• W4220998548 cites W2532859241 @default.
• W4220998548 cites W2574096052 @default.
• W4220998548 cites W2770033659 @default.
• W4220998548 cites W2773864751 @default.
• W4220998548 cites W2793981605 @default.
• W4220998548 cites W2948728919 @default.
• W4220998548 cites W2986572075 @default.
• W4220998548 cites W3001583667 @default.
• W4220998548 cites W3013812604 @default.
• W4220998548 cites W3014408168 @default.
• W4220998548 cites W3024761681 @default.
• W4220998548 cites W3032898398 @default.
• W4220998548 cites W3128621441 @default.
• W4220998548 cites W3145332327 @default.
• W4220998548 cites W3169284508 @default.
• W4220998548 cites W3179385412 @default.
• W4220998548 cites W3185052324 @default.
• W4220998548 doi "https://doi.org/10.1016/j.algal.2022.102679" @default.
• W4220998548 hasPublicationYear "2022" @default.
• W4220998548 type Work @default.
• W4220998548 citedByCount "6" @default.
• W4220998548 countsByYear W42209985482022 @default.
• W4220998548 countsByYear W42209985482023 @default.
• W4220998548 crossrefType "journal-article" @default.
• W4220998548 hasAuthorship W4220998548A5008351625 @default.
• W4220998548 hasAuthorship W4220998548A5020048386 @default.
• W4220998548 hasAuthorship W4220998548A5022272825 @default.
• W4220998548 hasAuthorship W4220998548A5025670319 @default.
• W4220998548 hasAuthorship W4220998548A5057099787 @default.
• W4220998548 hasAuthorship W4220998548A5057790029 @default.
• W4220998548 hasAuthorship W4220998548A5069358215 @default.
• W4220998548 hasAuthorship W4220998548A5087076512 @default.
• W4220998548 hasConcept C139719470 @default.
• W4220998548 hasConcept C162324750 @default.
• W4220998548 hasConcept C2778348673 @default.
• W4220998548 hasConceptScore W4220998548C139719470 @default.
• W4220998548 hasConceptScore W4220998548C162324750 @default.
• W4220998548 hasConceptScore W4220998548C2778348673 @default.
• W4220998548 hasFunder F4320325313 @default.
• W4220998548 hasFunder F4320334621 @default.
• W4220998548 hasLocation W42209985481 @default.
• W4220998548 hasOpenAccess W4220998548 @default.
• W4220998548 hasPrimaryLocation W42209985481 @default.
• W4220998548 hasRelatedWork W109415534 @default.
• W4220998548 hasRelatedWork W1727183896 @default.
• W4220998548 hasRelatedWork W2185135594 @default.
• W4220998548 hasRelatedWork W2355285837 @default.
• W4220998548 hasRelatedWork W2372702148 @default.
• W4220998548 hasRelatedWork W2496438781 @default.
• W4220998548 hasRelatedWork W3011091342 @default.
• W4220998548 hasRelatedWork W4214952091 @default.
• W4220998548 hasRelatedWork W4238368916 @default.
• W4220998548 hasRelatedWork W4311780513 @default.
• W4220998548 hasVolume "64" @default.
• W4220998548 isParatext "false" @default.
• W4220998548 isRetracted "false" @default.
• W4220998548 workType "article" @default.