Difference between revisions of "Primary processing"
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<onlyinclude>'''Primary processing''' of biowaste results in intermediate chemicals and/or materials which will then go into the [[secondary processing]] after which the final product is obtained. While some technologies are used exclusively for the purpose of primary processing, others (such as the [[Hybrid processing#Separation_processes_and_technologies|separation processes and technologies]]) can be utilised in both primary and [[secondary processing]] which places them into [[hybrid processing]].</onlyinclude> | <onlyinclude>'''Primary processing''' of biowaste results in intermediate chemicals and/or materials which will then go into the [[secondary processing]] or [[hybrid processing]] after which the final product is obtained. While some technologies are used exclusively for the purpose of primary processing, others (such as the [[Hybrid processing#Separation_processes_and_technologies|separation processes and technologies]]) can be utilised in both primary and [[secondary processing]] which places them into [[hybrid processing]].</onlyinclude> | ||
== Biochemical processes and technologies == | == Biochemical processes and technologies == | ||
* [[Anaerobic digestion]] | * [[Anaerobic digestion]] | ||
* [[Composting]] | * [[Composting]] | ||
*[[Enzymatic processes]] | |||
* [[Insect farming]] | * [[Insect farming]] | ||
| Line 10: | Line 10: | ||
* [[Hydrolysis]] | * [[Hydrolysis]] | ||
** [[Hydrolysis# | ** [[Hydrolysis#Acid|Acid]] | ||
** [[Hydrolysis#Alkali|Alkali]] | **[[Hydrolysis#Alkali|Alkali]] | ||
** [[Hydrolysis#Salt|Salt]] | ** [[Hydrolysis#Salt|Salt]] | ||
*** [[Hydrolysis#Metal_salts|Metal salts]] | *** [[Hydrolysis#Metal_salts|Metal salts]] | ||
| Line 17: | Line 17: | ||
** [[Hydrolysis#Solvent|Solvent]] | ** [[Hydrolysis#Solvent|Solvent]] | ||
*** [[Hydrolysis#Organosolv|Organosolv]] | *** [[Hydrolysis#Organosolv|Organosolv]] | ||
** [[Hydrolysis#Subcritical_water|Subcritical water]] | |||
* [[Ionic liquids]] | * [[Ionic liquids]] | ||
* [[Oxidation]] | * [[Oxidation]] | ||
== Physical processes and technologies (these might be [[hybrid processing]]) == | == Physical processes and technologies (these might be [[hybrid processing]]) == | ||
* [[Densification]] | * [[Densification]] | ||
*[[Sizing]] | *[[Sizing]] | ||
**[[Sizing#Chipping|Chipping]] | **[[Sizing#Chipping|Chipping]] | ||
**[[Sizing#Grinding|Grinding]] | **[[Sizing#Grinding|Grinding]] | ||
* [[Microwave | * [[Microwave treatment]] | ||
* [[Steam explosion]] | * [[Steam explosion]] | ||
* [[Ultrasonication]] | * [[Ultrasonication]] | ||
| Line 59: | Line 38: | ||
* [[Pyrolysis]] | * [[Pyrolysis]] | ||
* [[Torrefaction]] | * [[Torrefaction]] | ||
[[ | == Other processes and technologies == | ||
*[[Pulping]] | |||
**[[Pulping#Chemical_pulping|Chemical pulping]] | |||
*** [[Pulping#Dissolving_pulp_and_organosolv|Organosolv]] | |||
*** [[Pulping#Cold_soda_pulping|Soda]] | |||
*** [[Pulping#Sulphate_pulping_(Kraft)|Sulphate]] | |||
*** [[Pulping#Sulphite_pulping|Sulphite]] | |||
** [[Pulping#Hybrid_pulping|Hybrid pulping]] | |||
*** [[Pulping#Chemi-thermo-mechanical_pulping_(CTMP)|Chemithermomechanical pulping (CTMP)]] | |||
***[[Pulping#Neutral_Sulfite_Semi_Chemical_Pulping_(NSSC)|Neutral Sulfite Semi Chemical pulping (NSSC)]] | |||
**[[Pulping#Mechanical_pulping|Mechanical pulping]] | |||
*** [[Pulping#Refiner|Refiner]] | |||
**** [[Pulping#Refiner_mechanical_pulping_(RMP)|Refiner mechanical pulping (RMP)]] | |||
****[[Pulping#Thermomechanical_pulping_(TMP)|Thermomechanical pulping (TMP)]] | |||
*** [[Pulping#Groundwood|Groundwood]] | |||
**** [[Pulping#Pressure_groundwood_(PGW)|Pressure groundwood (PGW)]] | |||
****[[Pulping#Stone_groundwood_(SGW)|Stone groundwood (SGW)]] | |||
**** [[Pulping#Thermal_groundwood_(TGW)|Thermal groundwood (TGW)]] | |||
Latest revision as of 12:58, 9 February 2022
Primary processing of biowaste results in intermediate chemicals and/or materials which will then go into the secondary processing or hybrid processing after which the final product is obtained. While some technologies are used exclusively for the purpose of primary processing, others (such as the separation processes and technologies) can be utilised in both primary and secondary processing which places them into hybrid processing.