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Fresh WashTM
Printable Information File (.pdf format)
 
Description:
- An all-natural product wash agent based on Phytology Technology.
- An exceptionally broad spectrum of anti-microbial and anti-mold activity.
- Extends the shelf life of fruit and vegetables by 2 to 3 times.
- Breaks down biofile removing all contaminants.
- Highly effective in the presence of organic matter.
- Strong residual effect - continues to work for days after application.
- Safer and more effective than chlorine-based products.
- NSF - approved (3D).
- Bio-based, all natural and biodegradable.
- All ingredients in Fresh Wash™ are GRAS - Listed.
 
Testing Profile:
Organism Tested | Fresh Wash™ Concentration | Reduction %/LOG | Organism ID/ Testing Method |
| Legionella pneumophila | 2% | >99.0000% | ATCC 33152 |
| Serratia marcescens | 2% | >98.0000% | ACM 5669 |
| Staphylococcus aureus | 2% | 108 | NCTC 6571 |
| Escherichia coli | 2% | 104 | NCTC 10418 |
| Staphylococcus aureus | 2% | 104 | NCTC 6571 |
| Clostridium perfringens | 4% | 104 | EN 13704 |
| Listeria monocytogenes | 2% | 105 | EN 1276 |
| Salmonella typhimurium | 2% | 105 | EN 1276 |
Technology Profile:
Fresh Wash™ has been specifically formulated as a viable alternative to the use of chlorine for the cleansing of fruit and
vegetables. Fresh Wash™ can also be used in post-harvest applications to protect produce from pathogenic damage during
storage and transport.
It is well established that pathogenic microorganisms associated with whole or fresh-cut produce can cause disease outbreaks,
thereby demonstrating the need for improved mitigation efforts associated risks. Safety concerns about the production of
chlorinated organic compounds, such as trihalomethanes and their impact on human and environmental safety, have been raised
in recent years. Since chlorine reacts with organic matter, components leaching from tissues of cut produce surfaces may
neutralize some of the chlorine before it reaches microbial cells thereby reducing its effectiveness.
Additionally, crevices, cracks and small fissures in produce, along with the hydrophobic nature of the waxy cuticle on the
surface of many fruit and vegetables, may prevent chlorine and other sanitizers from reaching the microorganisms. Spray
treatment of lettuce with 200 ppm chlorine was no more effective at removing E. coli than treatment with deionized water.
Application:
For general decontamination of fresh produce (fruit and vegetables), it can be applied via dipping, spraying or
fogging at a concentration of 2% with water.
 
Technology Information:
| Usage | Dilution Ratio | 1:64 |
| Appearance | Liquid |
| Physical | Color | Amber |
| Properties | Fragrance | None |
| pH | 5 |
| Shelf Life | Minimum 1 year |
| Packaging | 9400-002 | (4)1gal |
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