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Toxic gases are an unavoidable part of food and beverage manufacturing, often tied to essential processes like sanitation and disinfection. When these gases go unmonitored, they can quickly compromise worker safety, regulatory compliance, and production continuity. Among the most critical gases in modern food plants is Peracetic Acid (PAA).

In food and beverage manufacturing, environmental control is directly tied to food safety, regulatory compliance, and operational continuity. Temperature and humidity work together, and when they aren’t properly managed, they create condensation, one of the most common and overlooked environmental risks in USDA-regulated facilities.

[PRESS RELEASE] Boston, January 7, 2025 - Boston, MA – Polygon US Corporation is pleased to announce the recent issuance of U.S. Patent No. 12,082,601, which covers an innovative Peracetic Acid (PAA) monitoring and control system designed to enhance disinfection and safety standards in food processing. Polygon’s ExactAire® technology has the potential to transform operational safety and efficiency in traditional food processing facilities. It is actively opening doors into construction, commercial property management, and other segments where indoor air quality management is increasingly essential.

[PRESS RELEASE] Boston, November 4, 2024 - Polygon, a global leader in Property Damage Control and Temporary Climate Solutions, is excited to announce the opening of a new location in Raleigh, North Carolina. This new office reflects Polygon’s ongoing effort to enhance its support for clients in construction, food processing, and other industries by providing innovative engineered solutions for climate control and air quality management.

Water is a constant presence in food and beverage operations, so it’s easy to overlook its broader impact. However, how it’s managed can influence both operational efficiency and overall costs. Inefficient use doesn’t just waste the resource itself; it also drives up energy consumption, since pumps, heaters, chillers, and CIP systems all rely on it to operate efficiently.