1 / 28

Anthium Dioxcide

Anthium Dioxcide. Presents The Future of Disinfection. Sources of Microbial Contamination. Medicator bucket sanitation; top Maintaining clean medicator room or area Vitamin & Antibiotic usage adds to problem Follow usage with Anthium Dioxcide.

tamra
Télécharger la présentation

Anthium Dioxcide

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Anthium Dioxcide Presents The Future of Disinfection

  2. Sources of Microbial Contamination

  3. Medicator bucket sanitation; top Maintaining clean medicator room or area Vitamin & Antibiotic usage adds to problem Follow usage with Anthium Dioxcide Sources of microbial contamination post-medicator

  4. Over time Biofilms form Multiple layers

  5. Biofilm Removal and Prevention – Essential for Preparing Surface for Disinfection

  6. Introducing Two Oxidative Chemistry Lines from DAHS Anthium Dioxcide

  7. Introducing Anthium DioxcideInternational Dioxcide A Dupont Company • Broad Spectrum Antimicrobial Activity • Effective over a wide pH range • Does not chlorinate or form halogenated organics (carcinogens) • Residuals easily analyzed • Effective against biofilms • Bacteria, protozoa and virus inactivation including spore forming organisms

  8. Anthium Dioxcide • Selective oxidation chemistry – no free radical chlorine to form THM’s or HAA’s • Easily proportioned into water lines • Cost effective. To make three gallons stock solution (384 gallons H2O) • Complements AquaMax program • Not temperature sensitive

  9. Advantages ofAnthium Dioxcide • The properties of Anthium Dioxcide make it more effective than: • Chlorine • Peracetic acid • Hypochlorite • Potassium permanganate • Inorganic acids

  10. Advantages ofAnthium Dioxcide • Remains a dissolved gas, maintaining 100% activity under varied conditions • Effective in pH range 3-10, providing microbial control • Excellent oxidizer for iron & manganese, eliminating sludge and biofilms in water lines • Controls taste & odor problems associated with hydrogen sulfide, chlorophenols and biological organisms

  11. Advantages ofAnthium Dioxcide • Selective oxidation allows it to resist neutralization by organics and hardness • High efficacy means lower amounts of chemicals needed with doses less than 5 ppm • Less corrosive than chlorine, sodium hypochlorite and inorganic acids • EASY to USE!!!!!!!!!!!!!!!!!!!!!

  12. Environmental Advantages • Degrades to Sodium Chloride • Does Not Chlorinate • Does Not Form Carcinogenic or Mutagenic Disinfection By-products (THM’s) • Twenty to Thirty Times More Efficacious Than Other Disinfectants • Less Chemical Use • Organic (NOL) Super Activated w/ inorganic & organic acids

  13. How it Works!!!!!!!!

  14. ClO2 Disinfecting Properties • Kills Bacteria, Spores, Viruses, Fungi and Algae • Fast Acting: Kills Within Minutes of Contact • Effective Over a Wide pH Range • Organisms Cannot Develop Immunity • Effective Over a Wide Temperature Range • Easily Measured Residual

  15. Mode of Disinfecting Action • Selective Oxidative Attack on Aromatic and Sulfur Containing Amino Acids Contained in Enzymatic and Structural Proteins • Aromatics: Trytophan and Tyrosine • Sulfur Containing: Cysteine and Methionine • Causes Disfunction of Metabolism, Respiration, Active Transport and Protein Synthesis • Weakens Cell Structure - Loss of Integrity

  16. Polypeptides

  17. After Oxidation

  18. Aspergillus fumigatus Bacilus E-Coli Legionella Listeria Parvovirus Pseudorabies Leuconostoc spp. Lactobacillus Brevis Pseudomonus Candida Saccharomyces Salmonella Streptococcus Staphylococcus Saccharomyces Cerevisiae Aspergillus Niger Typical Pathogens

  19. Viruses How Does ClO2 Work? ClO2Diffuses Through the Protective Layer and Inactivates the Pathogen From the Inside Out Bacteria ClO2 Crypto

  20. Effectiveness vs. pH Chlorine Dioxide Is an Effective Biocide From pH 3 to 10 Biocidal Activity

  21. Specific Use Instructions • Make an initial stock solution by diluting 5oz Anthium Dioxcide in three gallons water • Proportion into water line at 1oz per gallon of drinking water (5ppm) • After 24 hours, rate reduced from 5ppm to 1ppm or 1 oz per three gallon of drinking water (minimum concentration=.5 ppm) • Available in 5 gallon pails from WYNCO/IVS

  22. Anthium Dioxcide Super Activated with Acidic Cleaners • Can be mixed with Acidic Cleaners for Super Activation and Bleaching Action • Acidic Barn Cleaner • Acid-A-Foam • ATW – 15 to 20 oz in Tray Wash Tank • .8 oz/gallon of use solution Acid Cleaners • .8 oz/ gallon alone with water Always add diluted Anthium Dioxcide first and then add use solution of acidic cleaner!

  23. Uses of Anthium DioxcideWaterline Maintenance

  24. Waterline Maintenance – Between flocks • 1 Make stock solution by mixing Anthium Dioxcide with water • Open drain at end of waterline, when foam appears, close the line (picture) • Trigger each nipple to allow all parts to be exposed to solution • Allow treatment to stay in line for 18-24 hr. • Flush with fresh water until no foam appears

  25. Routine Waterline Maintenance • Bleach is most popular water additive: • Produces free radical Chlorine molecules • Negative effect on kidney function • Loses biocidal efficacy above pH 7, inactivated by organic material, very volatile • Forms Chlorinated organics, THM’s & HAA’s; known carcinogens coming under regulatory pressure, drinking water & chiller water • PWT – sulphates, very corrosive, flushing

More Related