Difference between revisions of "Pre-processing"
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* [[Steam explosion]] | * [[Steam explosion]] | ||
* [[Ultrasonication]] | * [[Ultrasonication]] | ||
==Separation technologies== | |||
*Mechanical separations | |||
**[[Centrifugation]] | |||
**[[Membrane filtration]] | |||
**[[Particle classification, sieving]] | |||
** [[Particle filtering]] | |||
*Physicochemical separations | |||
**[[Chromatography]] | |||
**[[Crystallisation and precipitation]] | |||
**[[Distillation]] | |||
**[[Drying]] | |||
***[[Drying#Air%20drying|Air drying]] | |||
***[[Drying#Nitrogen%20drying|Nitrogen drying]] | |||
***[[Drying#Freeze%20drying|Freeze drying]] | |||
***[[Drying#Thermal%20drying|Thermal drying]] | |||
***[[Drying#Vacuum%20drying|Vacuum drying]] | |||
**[[Centrifugation|Extraction]] | |||
**[[Field-Flow fractionation (FFF)]] | |||
***[[Field-Flow fractionation (FFF)#Asymmetric%20flow%20FFF%20.28AF4.29|Asymmetric flow FFF (AF4)]] | |||
***[[Field-Flow fractionation (FFF)#Centrifugal%20FFF|Centrifugal FFF]] | |||
***[[Field-Flow fractionation (FFF)#Electrical%20FFF|Electrical FFF]] | |||
***[[Field-Flow fractionation (FFF)#Split%20flow%20thin-cell%20fractionation%20.28SPLITT.29|Split flow thin-cell fractionation (SPLITT)]] | |||
***[[Field-Flow fractionation (FFF)#Thermal%20FFF|Thermal FFF]] | |||
**[[Flocculation]] | |||
== Thermochemical processes and technologies == | == Thermochemical processes and technologies == | ||
Revision as of 15:17, 15 November 2021
Pre-processing technologies are utilised in the pre-treatment of biowaste to obtain chemicals and/or materials which will then go into the conversion followed by an optional post-processing after which the final product is obtained. While some technologies are used exclusively for the purpose of pre-processing, others such as the separation processes and technologies can be utilised in both pre- and post-processing.
Biochemical processes and technologies
Chemical processes and technologies (these might be hybrid processing)
Physical processes and technologies (these might be hybrid processing)
Separation technologies
- Mechanical separations
- Physicochemical separations