HomepageProductsALPHA 1-STEP™

ALPHA 1-STEP™
(Oenococcus oeni)

  • Suitable for organic wine (EU 2018/848)
  • Suitable for NOP
  • Vegan
Process
1 STEP
Request information
Product detailsWine typesTechnical informationProduct documentation
Product DescriptionDocumentation

Product details

Wine types

Red
White

Technical information

  • Minimum temperature: 14 °C
  • pH tolerance: > 3.2
  • Alcohol tolerance: 15.5 %
  • Co-inoculation suitability: Recommended
  • Diacetyl production during co-inoculation: Very low
  • Diacetyl production post af inoculation: Moderate to low
  • Sensory impact: MouthfeelComplexityFruity
  • Cinnamyl esterase activity: 0

Product documentation

Documentation

Technical datasheetSpecification datasheetProduct declaration

Need more information?

Talk to an expert 

Related products

UVAFERM BETA™
UVAFERM BETA™

Activity and varietal aroma, adapted to high SO2 wines

LALVIN VP41™
LALVIN VP41™

Enhances complexity and mouthfeel, adapted to high alcohol wines

LALVIN SILKA™
LALVIN SILKA™

For silky red wines and MLF in oak

SILKA 1-STEP™
SILKA 1-STEP™

For silky red wines and MLF in oak

View all products

Related content

Technical documentation
Wine bacteria biodiversity driving sensory profiles of red and whites wines

Wine bacteria have a more considerable impact on the wine sensory profile than previously thought. New findings have shown that the genetic diversity within the wine bacteria Oenococcus oeni and Lactiplantibacillus plantarum is very rich, and that it can have implications on how the wine bacteria perform, especially in terms of revelation of aroma compounds and wine […]

Jul 17, 2024
Read
Landing pages
ML PRIME™ for the co-inoculation in high pH red must

ML PRIME™ is a unique and effective 100% pure Lactiplantibacillus plantarum suited for co-inoculation in high pH red must. It is an innovative concept of selected wine bacteria with a very high malolactic activity. It completes malolactic fermentation during alcoholic fermentation, with no risk of increased volatile acidity. Discover how in its dedicated landing page […]

Jun 4, 2024
More resources