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CULTURE COLLEGE

CULTURE COLLEGE. Presented by: Celeste Industries Corporation. BIOLOGICAL OPPORTUNITIES for CLEANING with CELESTE BIOZYME. Drain Maintenance. Lavatory Odor and Mildew Control. Biozyme II T reated. Biozyme II Treated. Biozyme II Mildewstat Property. Long Term Carpet Odor Control.

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CULTURE COLLEGE

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  1. CULTURE COLLEGE Presented by: Celeste Industries Corporation

  2. BIOLOGICAL OPPORTUNITIESforCLEANING with CELESTE BIOZYME

  3. Drain Maintenance

  4. Lavatory Odor and Mildew Control

  5. Biozyme II Treated Biozyme II Treated Biozyme II Mildewstat Property

  6. Long Term Carpet Odor Control

  7. 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.

  8. BASIC MICROBIOLOGY • How does Biozyme work? • Enzyme function. • Microbial life cycle

  9. Bacteria – Enzyme Relationship ENZYMES BACTERIUM BACTERIA, which are living single celled organisms, produce ENZYMES, which are non-living molecules.

  10. Enzymes • Non-living molecules produced by bacteria • Biochemical catalysts • Break down organic waste • Specific activity

  11. Protein Lipid (fat) Starch Protease Enzyme Activity Enzyme Substrates

  12. Enzyme Activity Protease and Starch Protease and Lipid (fat) Protease and Protein

  13. Enzyme Activity Protease and Protein Lipase and Lipid (fat) Amylase and Starch

  14. Enzymes and Their Substrates • Protease – protein • Urease – urea • Amylase – starch • Cellulase – cellulose • Lipase – fat • Xylanase – plant material • Esterase – fat

  15. Protease Lipase Esterase Cellulase Xylanase Amylase

  16. Naturally Occurring Bacteria • Single celled, living organisms • Found virtually everywhere • Consume organic waste • Prolific enzyme production

  17. Requirements for Bacterial Activity • Water • Nutrients (organic waste) • Time • Correct environmental conditions

  18. 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

  19. BACILLUS The type of bacteria used in Celeste Biozyme

  20. Bacillus Vegetative Cells • Enzyme producers • Consume organic waste • Grow logarithmically • Mobile • Form spores when conditions dictate dormancy is appropriate

  21. Bacillus Spores (Dormant Cells) • Heat resistant • Chemical resistant • Desiccation resistant • UV resistant • Germinate to vegetative cells when environmental conditions are right

  22. Spore Formation VEGETATIVE CELL VEGETATIVE CELL WITH SPORE Spore Germination Vegetative Cell Lysis FREE SPORE Bacillus Lifecycle

  23. H2O CO2 Bacillus Waste Digestion Analogy Bacterium Enzymes Bacterium digests waste and release CO2 and H2O Enzymes break down waste into small pieces Pizza (organic waste)

  24. Logarithmic Growth

  25. Growth Curve Population Time

  26. Bacterial Respiration • Aerobic - Oxygen required • Anaerobic - Oxygen not required • Facultative Anaerobic - Grows with or without oxygen Celeste Biozyme is functional with or without oxygen.

  27. 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

  28. Complimentary Activity of Celeste Biozyme Bacteria

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