Everything you need to know
GENERAL SMARTWASH® QUESTIONS
SmartWash® and SmartWash Organic are each a combination of ingredients that act as an acidulant, replacing citric acid in fresh-cut produce processing. Our Automated SmartWash Analytical Platform (ASAP)™ precisely monitors wash water chemistry and injects calculated amounts of chlorine and SmartWash to ensure optimum levels of each. This increases pH control in chlorinated wash systems, allowing your system to operate in a range with the highest percentage of chlorine in the HOCl form (the fastest acting anti-microbial form of chlorine).
The second component of SmartWash harbors chlorine in commercial wash systems and prevents the reactive interference of organic and inorganic material. The synergistic effect between SmartWash and chlorine has been verified by USDA-ARS laboratories.
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SmartWash has been used to wash over 2 billion pounds of leafy greens at a rate of over 90 million servings per week. The time-tested technology has helped to significantly reduce outbreaks across the nation during the past 3 years of full commercial use. The result is a safe, high quality product for all consumers in both the retail and foodservice sectors. SmartWash has been fully implemented on a variety of wash line types and can be immediately applied in line with existing equipment.
How SmartWash Compares
PAA is a common alternative to chlorine, often used in Europe where processors face regulations against chlorates residues, a disinfectant by-product (DBP) of chlorine. While PAA is less affected by pH changes and high organic load in the wash water than chlorine, it requires higher concentrations to be effective, can reduce product shelf life, and in practice is controlled less precisely, often applied via hand-dosing with minimal to no calibration. In addition, it can cause pathogens, particularly listeria and E. coli, to reach a state known as “viable but non-culturable”, meaning, the bacteria are dormant but still alive, and can reactivate at a later point, causing a food safety hazard.
In contrast, when properly monitored and controlled, chlorine eliminates and inactivates pathogens, and has been identified as more effective than PAA at eliminating listeria, salmonella and E. coli cross-contamination, and destroying bacteria, yeasts, molds, spores and viruses, making it the most effective produce wash sanitizer, without affecting shelf life. However, it typically operates best in a limited pH range and its efficiency can be degraded by organic materials released from cut produce.
SmartWash® stabilizes chlorine and increases the formation of the most effective forms of it, thus maintaining efficacy even under high organic loads and reducing the amount needed to eliminate pathogens. The phosphoric acid in SmartWash also keeps chlorine effective across a wider pH range, making it safer, more consistent, and more aligned with FSMA and EFSA recommendations than PAA systems.
PAA wash systems often rely on hand-dosing of the wash water sanitizer, increasing labor costs and making chemical application imprecise. In addition, the top PAA wash systems on the market do not include calibration of the sensors, which does not align with EFSA’s recommendations on the necessity of calibration to ensure optimal food safety. Wash line data points are also typically only gathered a few times a day, often manually, which limits opportunities to ensure the wash line is optimized for the wash water chemistry and reduces audit readiness.
The SmartWash Solutions comprehensive system for chlorine wash lines continuously monitors and controls the wash water chemistry, continuously collecting real-time data and storing it in the cloud, allowing for optimized wash systems and thorough audit readiness. By applying the optimal amount of chlorine and SmartWash® wash water adjuvant at the time of application, the system eliminates the guess-work of hand-dosing and removes the potential for human error, saving time, labor and money.
Chlorates can form as a disinfection by-product (DBP) of chlorine use, and EU regulations set strict limits on chlorate residues in food. When chlorine is aging, stored improperly, or not precisely controlled, the risk of chlorate residues on the product increases.
When using chlorine, pH must be controlled. Citric acid is a common method to achieve that but often results in excessive chlorine use by generating the least effective form of free chlorine: hypochlorite ions, which are 100x less effective at mitigating cross-contamination than the most effective form of free chlorine: hypochlorous acid. When higher concentrations of chlorine are used, the risk of chlorate residues increases.
By making chlorine operate more effectively across a wider pH range and generating the most effective forms of free chlorine, SmartWash® allows companies to use up to ten times less chlorine, reducing chlorate residues by up to 90%, easily complying with the Maximum Residual Level (MRL) regulations.
GENERAL QUESTIONS
Is there special equipment or personal protective equipment required for the use of this technology?
The verifications and calibrations are conducted by the customers personnel who are trained by SMARTWASH SOLUTIONS. There are minimal costs associated with both pH and chlorine calibrations.
SOFTWARE QUESTIONS
EQUIPMENT
INTERVENTION RELATED
pH: keeping the pH at a level between 3 and 7 produces the most hypochlorous acid from the chlorine added to the wash water, thereby increasing the most lethal form of free chlorine available for sanitizing.
Water hardness: this reduces the kill rate in certain sanitizers and disinfectants.