Novozym® Viscozyme enzyme as an aid to olive oil extraction

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GA01A.VISCOZYME.5KG
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Maximise the yield in your fruit by using Viscozyme enzyme this processing season!

Novozymes are the world leader in industrial enzymes, not all enzymes are created equal...
 
Strong Pectolyic Activity

The ability of Viscozyme® L to liberate bound materials and degrade non starch polysaccharides can be used to improve starch availability in fermentation and generally reduce viscosity and hence improve yields. The extraction of material from plant tissues and the processing of fruit and vegetable material (e.g. roots, plants, seeds, recovery of various press processing residues, aso.) can be improved by pretreating the plant material with Viscozyme® L either before conventional processing or as part of an enzyme-based extraction process.

The ability of Viscozyme® L to function at low temperature will reduce the energy needed for extraction and the thermal degradation of the required material. In addition, the absence of significant levels of amylase and lipase activity in Viscozyme® L means that the major components of plant material will not be affected during the extraction process.

Viscozyme® L is a multi-enzyme complex with a strong pectolytic activity and a wide range of carbohydrases, including arabanase, cellulase, beta- glucanase, hemicellulase, and xylanase.

The enzyme also has activity against the branched pectin-like substances found in fruits and vegetables. Viscozyme® L is produced from a selected strain of Aspergillus aculeatus.

Benefits

The main benefits of using Viscozyme® L in vegetable and fruit processing are:

  • Improved extraction of valuable and healthy components: Enzymes are used in the breakdown of cell walls to facilitate and increase the extraction of valuable and healthy components from organic plant components, such as color, anthocyanins, tannins, antioxidants, lycopene, or carotene, under mild processing conditions.

  • Improved extraction of valuable and healthy components: Enzymes are used in the breakdown of cell walls to facilitate and increase the extraction of valuable and healthy components from organic plant components, such as color, anthocyanins, tannins, antioxidants, lycopene, or carotene, under mild processing conditions.

  • Improved processing performance: The absence of significant levels of amylase and lipase in Viscozyme® L means that the healthy components of organic plant material will not be affected during the extraction process

  • Cost savings: The ability of Viscozyme® L to function at low temperature will reduce the energy needed in the extraction process

  • Less pomace: The superior extraction performance with Viscozyme® L leads to a reduced amount of pomace from fruit and vegetable mashes, for example olive cake. 

  • Disposing of pomace is often costly and problematic. The reduction in pomace is therefore a substantial benefit 


More Information:

In this olive oil extraction trial, we are comparing two different methods—one without enzyme and talc, and one with the use of both enzyme and talc. Here's the analysis:

Trial 1 (No Enzyme, No Talc):
  • Weight of olives: 500 kg
  • Oil extracted: 40.5 liters
  • Extraction yield: 40.5L / 500kg = 8.1% yield

Trial 2 (With Enzyme and Talc):
  • Weight of olives: 500 kg
  • Enzyme used: 250 mL (500 mL per tonne)
  • Talc used: 0.35 gm (0.70 gm per tonne)
  • Oil extracted: 54 liters
  • Extraction yield: 54L / 500kg = 10.8% yield

Comparison:

Yield Improvement: Trial 2 (with enzyme and talc) resulted in a 10.8% extraction yield, compared to the 8.1% yield in Trial 1, representing a 33.3% increase in oil yield.

Findings:

Enzyme and talc usage significantly boosted oil extraction efficiency by improving the separation of oil from the olive paste. This suggests that the enzymes helped break down the cell walls more effectively, releasing more oil, while the talc aided in improving the oil-water content in the paste.

The increase in oil output highlights the potential benefits of using additives like enzymes and talc in commercial olive oil production, especially for improving yields.

This analysis suggests that using enzymes and talc in olive oil extraction could be a valuable practice for enhancing production efficiency.

Download: Viscozyme MSDS
Packed as 5kg Bottle
30 x 30 x 28cm
6.2kgs packaged weight
File Title File Description Type Section
Kosher_Grain_and_Oil_2025.pdf Kosher Certificate - Novozymes Specifications Document
Halal_Grain__Oils_2025.pdf HALAL certificate Grains and Oils - Novozymes Specifications Document
Viscozyme_L_-_FSSC_22000.pdf Novozyme Food Safety Certification Specifications Document
Pectinex_Ultra_Olio_-_ISO_9001.pdf Novozymes ISO 9001 Specifications Document
Pectinex_Ultra_Olio_-_ISO_14001.pdf Novozymes ISO 14001 Specifications Document
Viscozyme_L-GMO_Status_short.pdf GM Statement Viscozyme Specifications Document
Viscozyme_L_-_SDS_-_GB_-_AU.pdf Viscozyme SDS Brochures Document
Viscozyme_L_-_GBE_-_PDS.pdf Viscozyme PDS Brochures Document
Enzymes_Olive_Oil_Technical_Presentation.pdf Enzymes Olive Oil Technical Presentation Brochures Document
Olive_Oil_Extraction_Application_Sheet.pdf Enzymes Olive Oil Extraction Application Sheet Brochures Document
Viscozyme_L_-_Non-animal_vegan_TSE-BSE.pdf Viscozyme - Vegan Statement Brochures Document
NGP_Statement_1.pdf NGP - Non-GMO Project - Novozyme Specifications Document
Kosher_Food__Beverage_2025.pdf Kosher Food & Beverage 2025 Novozyme Specifications Document
Halal_Food__Beverages_2025.pdf Halal Certificate Food and Beverage 2025 Specifications Document