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EASY TO USE TOOL TO SECURE MALOLACTIC ......Rehydrate the packet of freeze-dried wine bacteria in 20...

Date post: 20-Feb-2021
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AN INNOVATIVE - EASY TO USE TOOL TO SECURE MALOLACTIC FERMENTATION IN BARRELS
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  • AN INNOVATIVE - EASY TO USE TOOL

    – TO SECURE MALOLACTIC

    FERMENTATION IN BARRELS

  • 3 common formulations of wine lactic acid bacteria

    for induction of MLF in wine

    LIQUID FROZEN FREEZE-

    DRIED

    Storage / Shelf-

    life

    4°C: 2 weeks - 2

    months

    -45°C: 1 year 4°C: 18 months

    -18°C: 36 months

    Stability Not stable

    Not stable except

    at -45°C

    Most stable form

    Transport Cold

    Cold (-45°C) Cold, but tempera-

    tures variations are

    tolerated

    Risk of

    contamination

    High Low Low

  • Direct inoculation – MBR®

    The MBR® process was developed by Lallemand to reinforce the

    Oenococcus oeni cell membrane and to adapt the cells to these harsh

    conditions to accomplish direct inoculation.

    Direct inoculation is possible or a simple rehydration before inoculating

    the wine.

    Without rehydration With rehydration OR

  • Protocol of use : MBR®

    To facilitate mixing, we recommend the following: Rehydrate the packet of freeze-dried wine bacteria in 20 times its

    weight of clean chlorine free water at 20°C for a maximum of 15 minutes.

    Add the suspension directly to the fermenting wine or in the wine towards the end of AF, then stir gently to evenly distribute the bacteria and minimize the oxygen pick-up.

    But direct inoculation without rehydration is also possible:

    Open the sachet and add the wine bacteria without rehydration prior to or during a pumping-over:

    - directly into the fermenting must during a pumping-over (co-inoculation)

    - directly into the wine after the end of alcoholic fermentation (AF) or while emptying the tank (post AF-fermentation)

  • NEW

  • Effervescent tablets for barrels

    Pilot and industrial trials: good repartition of bacteria into the tank - same efficiency than

    our current freeze-dried MBR bacteria

    No need for rehydration or pumping-over to suspend the bacteria

    Easy dose and use: 1 tablet for 1 barrel

    MALOTABS

    Formulation : MBR bacteria / microcrystaline cellulose / potassium bicarbonate

  • TRIAL -2013 Chardonnay - Dijon

    • AF with CY3079 YSEO®.

    • Sequential inoculation with selected wine bacteria. MLF at

    20°C. 4HL

    • Different bacteria and forms

    • bacteria S1 MBR ® : with rehydration = S1R

    • Bactetia S1 MBR®:no rehydration= S1

    • Bacteria S1 in Tablet form = S1 TAB

    • + two other trials with bacteria S2 direct inoculation (S2 R) or tablet

    form (S2 TAB)

  • Kinetics of malic acid degradation in a 2013 Chardonnay (Dijon) – pH 3.2, 12.65 %v/v, free SO2 < 10 mg/l

    Days

    Mal

    ic A

    cid

    (g

    /L)

    No difference of MLF speed between the different

    forms with bacteria S1

    S1R

    S1

    S1TAB

    S2R

    S2 TAB Mal

    ic A

    cid

    (g

    /L)

    S1R

    S1

    S1TAB

    S2R

    S2 TAB

    days

  • 2013 MLF Trial MLF in Lemberger (Württemberg)

    Inoculation post AF comparing direct inoculation with bacteria B6

    in powder and in tablet form

    0,00

    0,50

    1,00

    1,50

    2,00

    2,50

    3,00

    3,50

    29/10/2013 31/10/2013 02/11/2013 04/11/2013 06/11/2013 08/11/2013 10/11/2013 12/11/2013 14/11/2013

    ma

    lic

    ac

    id (

    g/L

    )

    Kinetics for malic acid degradation

    VP41 tablet

    VP41 powder

    S1 TAB =

    Malotabs

    S1

    No difference of the speed of

    MLF = very good dissolution

    and dispersion of MATOLABS

  • Pinot Noir Germany 2016

    • comparison of different Lallemand Bacteria preparations on the speed of

    MLF - sequential inoculation (= post AF inocualtion) in barrels .

    Code Experiment

    01a/b Control – spontaneous MLF

    02a/b Sequential inoculation Lalvin VP41

    03a/b Sequential inoculation Uvaferm Alpha

    04a/b Sequenti3al inoculation MLPrime

    05a/b Sequential inoculation PN4

    06a/b Sequential inoculation MALOTABS

  • traditional fermentation Pinot Noir Germany 2016 – pH 3.45

    Kinetics of malic acid degradation

    Good kinetic and efficiency of MALOTABS

    Code Experiment

    01a/b Control – spontaneous MLF

    02a/b Sequential inoculation Lalvin VP41

    03a/b Sequential inoculation Uvaferm Alpha

    04a/b Sequenti3al inoculation MLPrime

    05a/b Sequential inoculationPN4

    06a/b Sequential inoculation MALOTABS

  • FEED-BACK from the markets Good efficiency of the product : good start and

    complete MLF

    Good dispersion and no need of mixing or stirring

    Easy to use for low volumes (barrels or small tank of wines)

    Long Shelf life

  • https://www.youtube.com/channel/UC8FsRZ_ARG_R2CGnz0y_cqw

    Video 5

    file:///C:/Users/skrieger/Videos/Video-Teile Weinsberg.movfile:///C:/Users/skrieger/Videos/IMG_1184.MOVhttps://www.youtube.com/channel/UC8FsRZ_ARG_R2CGnz0y_cqwhttps://www.youtube.com/channel/UC8FsRZ_ARG_R2CGnz0y_cqw

  • Innovation is recognized!

    Intervitis-Interfructa 2016 SIMEI – drinktec 2017

  • Innovation is recognized!

    Intervitis-Interfructa 2016 SIMEI – drinktec 2017


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