DSM Enzymes for Biscuits Crackers Wafers

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    Trends in baking

    1

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    Global market for biscuits

    The 2008 global biscuits market is estimated at >$60 bln or some 15 mln tons.

    The market is expected to grow 3% each year by value and volume until 2013

    resulting in sales of >$70 bln and volume of 18 mln tons.

    Growth in the period 2003-2008 has been 4% by value/volume.

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    ArtisanBakeries

    Millers

    Bread Improvers

    FlourImprovers

    Manufacturers

    Bakery

    sho

    ps

    Retail

    ers

    IndustrialBakeries

    BakingEnzymes

    YeastManufacturers

    Other IngredientManufacturers

    Fine Baking

    Baking Enzymes Value chain

    3

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    Low moisture< 5%

    Long shelf life> 180 days

    EatCrisp / Hard

    Unit weight4 - 16 gram

    Biscuit Key Characterisitcs

    4

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    High water

    Low fat

    Well mixed

    Cracker Applications (Hard Doughs)

    5

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    Cracker Process Flows

    6

    Dough Mixer

    Fermentation

    Laminating

    Sheeting

    Cutting

    Baking

    Dough Mixer

    Rest

    Sheeting

    Cutting

    Baking

    Dough Mixer

    Sheeting

    Cutting

    Baking

    Fermented Cracker Snack / Savoury Marie Type

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    High fat

    Low water

    Enzymes notwidely used

    Cookie Applications (Short doughs)

    7

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    Cookie Process Flows

    8

    Dough Mixer

    Rest

    Rotary Mould

    Baking

    Dough Mixer

    Rest

    Wire Cut

    Baking

    Rotary Moulded Wire Cut

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    a possibility

    Sponge Drops cakes meet biscuits

    9

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    Which for which product

    Semi-Sweethard dough

    Fermentedcrackers

    Savourycrackers

    Wafers

    Alpha amylase Endo protease Xylanase Cellulase Glutathione

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    Actions on gluten

    Sodium Meta BiSulfite

    (Irreversible)

    Cysteine / Glutathione

    (Reversible)

    Protease(irreversible

    )

    Glutenin Subunit (GS)Cysteinemolecule

    in GS

    Resulting in increased extensibility

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    Highly branched area Open area Highly branched area Xylan Backbone

    Unsubstituted Xylose

    Xylan

    Arabinose

    Ferulic acid

    Mono-substituted Di-substitutedMono-substituted with arabinoselinked to ferulic acid

    Prevention of Checking

    Plays a role in Sodium metabisulphite replacement

    Biscuits - Breakdown of Arabinoxylan

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    Control Bacterial protease + Xylanase

    Wafers reduction batter viscosity

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    Water Management hard dough biscuit

    Reduce water in formulation

    No change in dough rheology

    Reduce baking time

    No change in end-product

    (Aw, stack height)

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    Hardness of the dough over time

    0

    20

    40

    60

    80

    100

    120

    140

    160

    1 2/3 4/5

    force(g)

    direct after kneading

    2 hrs aft kneading

    4 hrs after kneading

    300 ppm HSP60005% less water addition

    300 ppm HSP600010% less water addition

    Control

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    Moisture and Aw in finished biscuits

    300 ppm HSP60005% less water addition

    300 ppm HSP600010% less water addition

    Control 0,2

    0,25

    0,3

    0,35

    0,4

    2

    2,5

    3

    3,5

    4

    4,5

    5

    5,5

    6

    1 2 3 4 5

    Aw

    Moisture(%

    )

    Biscuit after 11 days (packed)Moisture Aw

    300 ppm HSP60005% less water addition

    300 ppm HSP600010% less water addition

    Control

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    Baking time reduction

    Control 5% water reduction 10% water reduction

    Baking Time 7 minutes 6.5 - 6.7 minutes 6.5 - 6.7 minutes

    Baking Timereduction %

    7% 7%

    Is a water reduction of 10% and a reduction of baking time of 7% significant?

    How does the cost-in-use of an enzyme link to potential energy savings and

    benefits in oven throughput Possibility to prolong crispiness?

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