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Difference between revisions of "Chromatography"
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=== Bio Base Europe Pilot Plant === | === Bio Base Europe Pilot Plant === | ||
{{Infobox provider-chromatography|Company=Bio Base Europe Pilot Plant|Country=Belgium|Webpage=https://www.bbeu.org/what-we-offer/technologies/product-recovery-and-purification/|Technology name=Chromatography|TRL=4-6|Other=Preparative chromatography unit (GRACE) – BENCH scale, adsorption chromatography for ATEX environment,|Capacity=-ion exchange in water treatment columns: lab scale up to 3000 L columns (and everything in between) | {{Infobox provider-chromatography|Company=Bio Base Europe Pilot Plant|Country=Belgium|Webpage=https://www.bbeu.org/what-we-offer/technologies/product-recovery-and-purification/|Technology name=Chromatography|TRL=4-6|Other=Preparative chromatography unit (GRACE) – BENCH scale, adsorption chromatography for ATEX environment,|Capacity=-ion exchange in water treatment columns: lab scale up to 3000 L columns (and everything in between) | ||
-Exclusion chromatography, bind & elute chromatography… in packed bed columns: 250 mL, 8 L, 10 L, 38 L, 60 L columns|Pressure=5|Temperature=50 | -Exclusion chromatography, bind & elute chromatography… in packed bed columns: 250 mL, 8 L, 10 L, 38 L, 60 L columns|Pressure=5|Temperature=50|Processable volume=8L; 38L; 80L; 900|Contact=chromatography@bbeu.org|Image=Logo Bio Base Europe Pilot Plant.png|Mobile phase=Process dependent! Mostly it is watery products but we can use solvents as well.|STationary phase=Resins = Process dependent!|Feedstock=chemical compounds of biological origin|Product=separated hydrocarbons}} | ||
Bio Base provides scale up of chromatography processes from lab-scale up to 4000 L scale. There is mainly a very broad knowledge of anion exchange, cation exchange and activated carbon processes, since (economically) those are most realistic to scale-up. | Bio Base provides scale up of chromatography processes from lab-scale up to 4000 L scale. There is mainly a very broad knowledge of anion exchange, cation exchange and activated carbon processes, since (economically) those are most realistic to scale-up. | ||