culture college presented by: celeste industries corporation
TRANSCRIPT
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CULTURE COLLEGE
Presented by:
Celeste Industries Corporation
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BIOLOGICAL OPPORTUNITIES
forCLEANING
with CELESTE BIOZYME
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Drain Maintenance
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Lavatory Odor and Mildew Control
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Biozyme II Mildewstat Property
Biozyme IITreated
Biozyme II Treated
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Long Term Carpet Odor Control
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Airline Opportunities for Biozyme
• Lavatories– Toilet shroud cleaning and odor control– Floors– Drain maintenance
• Cabin– Carpet cleaning additive for odor control
• Galley– Drain & Drain Mast maintenance
Celeste Biozyme provides a bio-film that continues to work after your employees are finished cleaning.
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BASIC MICROBIOLOGY
How does Biozyme work?Enzyme function.Microbial life cycle
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Bacteria – Enzyme Relationship
BACTERIUM
ENZYMES
BACTERIA, which are living single celled organisms, produce ENZYMES, which are non-living molecules.
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Enzymes
Non-living molecules produced by bacteria
Biochemical catalysts
Break down organic waste
Specific activity
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Enzyme Activity
Enzyme Substrates
Protease
StarchProtein Lipid (fat)
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Enzyme Activity
Protease and
Protein
Protease and
Lipid (fat)
Protease and
Starch
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Enzyme Activity
Protease and
Protein
Lipaseand
Lipid (fat)
Amylase and
Starch
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Enzymes and Their Substrates
Protease – protein Urease – urea
Amylase – starch
Lipase – fat
Esterase – fat
Xylanase – plant material
Cellulase – cellulose
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Protease
Cellulase
Xylanase
Amylase
Lipase
Esterase
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Naturally Occurring Bacteria
Single celled, living organisms
Consume organic waste
Found virtually everywhere
Prolific enzyme production
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Requirements for Bacterial Activity
Water
Nutrients (organic waste)
Time
Correct environmental conditions
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Essential Bacterial Profile
Reproduce quickly
Safe, non-pathogenic, naturally occurring
Form spores for long term stability
High level production of multiple enzymes
Function in or under diverse environmental conditions
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The type of bacteria used in Celeste Biozyme
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Bacillus Vegetative Cells
Enzyme producers
Consume organic waste
Grow logarithmically
Mobile
Form spores when conditions dictate dormancy is appropriate
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Bacillus Spores (Dormant Cells)
Heat resistant
Chemical resistant
Desiccation resistant
UV resistant
Germinate to vegetative cells when environmental conditions are right
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Bacillus Lifecycle
VEGETATIVE CELL VEGETATIVE CELL WITH SPORE
FREE SPORE
Spore Formation
VegetativeCell Lysis
SporeGermination
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Bacillus Waste Digestion Analogy
Bacterium Enzymes
Enzymes break down waste into
small pieces
CO2 H2O
Bacterium digests waste and release
CO2 and H2O
Pizza (organic waste)
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Logarithmic Growth
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Growth Curve
PopulationPopulation
TimeTime
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Bacterial Respiration
Aerobic - Oxygen required
Anaerobic - Oxygen not required
Facultative Anaerobic - Grows with or without oxygen
Celeste Biozyme is functional with or without oxygen.
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Functional Temperature and pH Ranges
41° - 131° F (5° - 55° C)
pH 4.5 - 10
Celeste Biozyme is functional in a wide range of temperature and pH
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Complimentary Activity of Celeste Biozyme Bacteria
ATTRIBUTES BACTERIA
Strain 1 Strain 2 Strain 3
pH 5 No No Yes
pH 10 Yes Yes No
55° C Yes Yes No
Anaerobic Yes Yes No
Protease Fair Good Excellent
Lipase Excellent Good Fair
Amylase Good Good Excellent