Strategic Alliance: Synexis and Zee Company Join Forces to Revolutionize Food Safety Through DHP Technology

In an era where foodborne illness outbreaks can devastate brands and compromise public health, the food and beverage processing industry is constantly seeking the "holy grail" of pathogen control: a solution that is effective, continuous, and non-disruptive to operations. In a major move toward this goal, Synexis LLC and Zee Company have announced a strategic partnership aimed at scaling the adoption of Dry Hydrogen Peroxide (DHP) technology across the United States food manufacturing landscape.

This collaboration marks a significant shift in how processing facilities approach sanitation. By integrating Synexis’ proprietary DHP technology with Zee Company’s established suite of intervention chemistries and technical support, the partnership promises to offer a multi-layered, "always-on" defense against airborne and surface-level contaminants.

The Core Partnership: Merging Innovation with Infrastructure

The essence of this partnership lies in the synergy between two industry leaders. Zee Company has long been a stalwart in the food safety sector, known for its Pathogen Control Center and its ability to provide bespoke intervention chemistries and application systems. By folding Synexis’ DHP technology into its existing portfolio, Zee Company effectively enhances its "toolbox" for food manufacturers.

Synexis, meanwhile, brings to the table a patented technology that has already begun to disrupt traditional cleaning paradigms. DHP technology works by generating low levels of hydrogen peroxide gas at a molecular level, allowing it to penetrate areas that traditional liquid sanitizers—which require human application and surface contact—simply cannot reach.

For the food processor, this means the partnership provides a comprehensive solution: Zee Company handles the traditional chemical sanitation and expert consulting, while Synexis provides the continuous, invisible shield of DHP to maintain hygiene levels between deep-cleaning cycles.

Chronology: The Evolution of Pathogen Control

To understand the weight of this announcement, one must look at the historical trajectory of industrial food safety:

• Pre-2000s: The Era of Manual Intervention. Sanitation was largely reactive. Facilities relied heavily on "shut-down-and-scrub" protocols, where production lines were halted for hours to allow for manual cleaning, creating significant downtime and economic loss.
• 2000–2015: The Rise of Specialized Chemistry. As regulatory requirements like the Food Safety Modernization Act (FSMA) took shape, the industry saw an explosion in specialized sanitizers and antimicrobial coatings. However, these solutions remained static—they were only as effective as the last time a worker applied them.
• 2016–2023: The Search for Continuous Solutions. Industry experts began identifying "bio-burdens" that accumulated during the workday. Even after a morning shift’s sanitization, airborne contaminants could re-settle on surfaces within hours.
• 2024–Present: The Integration of DHP. The partnership between Synexis and Zee Company represents the maturation of this search. The focus has moved away from "periodic cleaning" toward "continuous environment management."

Supporting Data: Proof of Performance in RTE Facilities

The decision to adopt DHP is not based on theoretical models but on rigorous field data. Synexis recently highlighted a case study involving a ready-to-eat (RTE) protein facility that had struggled with persistent, seasonal yeast and mold issues—a common nightmare for protein processors.

The results following the installation of DHP technology were stark:

• 95% reduction in mold and yeast swab test failures on non-food-contact surfaces.
• 92% reduction in mold and yeast swab test failures on food-contact surfaces.
• 95% reduction in airborne mold and yeast test failures.
• 69% reduction in total customer complaints.

These metrics are critical. In the protein industry, where moisture and temperature profiles are ideal breeding grounds for pathogens, a 90%+ reduction in microbial markers represents a transformation in the facility’s risk profile. The reduction in customer complaints is particularly telling; it serves as a proxy for the overall quality and shelf-life improvements that result from a cleaner production environment.

Technical Specifications: Safety, Certification, and Compliance

A primary concern for any food manufacturer introducing a new technology is regulatory compliance and employee safety. Synexis has been transparent about the technical profile of its DHP technology to address these concerns:

1. Zero Chemical Residue: Unlike fogging or aerosolized disinfectants, DHP does not leave a film on equipment. This is crucial for maintaining the longevity of sensitive electronics and specialized processing machinery.
2. Occupied Space Compatibility: The technology is designed specifically to operate while workers are present, ensuring that the "kill zone" for pathogens is active throughout the entire production shift.
3. UL 2998 Certification: The devices are certified for zero ozone emissions, addressing concerns about air quality and respiratory safety in closed manufacturing environments.
4. CARB Certification: By meeting California Air Resources Board standards, the technology demonstrates it is compliant with the strictest air quality regulations in the U.S.
5. USDA Organic Requirements: The system’s compatibility with organic production standards is a major selling point for manufacturers looking to maintain clean labels and organic certifications while bolstering their safety protocols.

Official Perspectives: Implications for the Industry

The partnership is being positioned as a "game-changer" for the food and beverage sector. By offering DHP through Zee Company’s established distribution and technical support channels, the barrier to entry for smaller or mid-sized processors is significantly lowered.

"This is about moving the needle on industry-wide food safety standards," says a representative from the collaborative initiative. "We are no longer just cleaning surfaces; we are managing the air and the environment to prevent the colonization of pathogens before they even reach the product contact surface."

For food safety officers, the implications are profound:

• Reduced Downtime: Because the DHP system operates continuously, the reliance on intensive "spot cleaning" during operational hours is minimized.
• Enhanced Regulatory Standing: As FDA and USDA inspectors focus more on environmental monitoring, having a system that provides consistent, data-backed pathogen reduction can simplify audit processes.
• Brand Protection: In an age of social media, where a single recall can cause irreparable reputational damage, the "always-on" security of DHP acts as an insurance policy against the unseen variables of microbial growth.

Future Outlook: The Path Toward "Smart" Sanitation

As we look toward the future, the integration of Synexis DHP technology and Zee Company’s sanitation expertise sets the stage for a more "intelligent" manufacturing floor.

The industry is moving toward a future where sensors, environmental monitoring, and active pathogen control systems are interconnected. If a sensor detects an increase in airborne mold spores, a modern facility might soon be able to automatically adjust the intensity of its DHP systems, while simultaneously alerting the sanitation team to investigate the source of the increase.

The Synexis-Zee Company partnership is a necessary step in this evolution. By combining the "hard" science of chemistry with the "soft" science of continuous air and surface treatment, they are providing manufacturers with a more holistic view of their environment.

Conclusion

The collaboration between Synexis and Zee Company is more than a commercial agreement; it is a signal that the food processing industry is prioritizing proactive, continuous safety measures. As foodborne pathogens become more resilient and regulatory standards tighten, the combination of advanced technology like DHP and expert support will be the defining factor in which facilities thrive. For manufacturers, the message is clear: the future of food safety is not just about how well you clean, but how well you protect your environment every single minute of the day.

For more information on integrating these technologies, facility managers are encouraged to consult the Pathogen Control Center at Zee Company or visit the Synexis resource portal. As always, stay informed on the latest industry developments via Food Safety Magazine’s expert resources and the newly launched Ask FSM tool.