Food & Beverage
The food and beverage industry depends on comprehensive food beverage gas detection to manage hazards created by fermentation, refrigeration, and fuel‑fired processing equipment. The most common risk across breweries, wineries, and distilleries is fermentation CO₂, which can accumulate in cellars, tank rooms, and confined production areas as yeast converts sugars into alcohol. Cold‑storage and processing facilities also rely on ammonia or refrigerants, introducing toxic and flammable gas risks in compressor rooms, evaporators, and piping systems. Many food‑processing operations further use combustible gases such as natural gas or propane to fuel ovens, fryers, boilers, and thermal equipment, requiring additional monitoring to prevent ignition hazards.
Why Gas Detection Matters
Gas detection is essential because each stage of food and beverage production introduces atmospheric dangers that can threaten worker safety and disrupt operations. Fermentation CO₂ monitoring prevents oxygen‑displacement incidents during tank cleaning, transfers, and bottling. Ammonia and refrigerant detection protects personnel from toxic exposure and supports regulatory compliance in refrigeration systems. Combustible‑gas monitoring reduces explosion risks around fuel‑fired equipment used in cooking and processing. Integrating these sensors into a unified system ensures reliable protection across breweries, wineries, distilleries, and food‑processing facilities, reinforcing strong brewery winery safety practices and providing clear pathways to deeper, application‑specific guidance through internal links to each child application.
Common Hazards:
Applications
Explore food & beverage applications
Hotels
Continuous monitoring of refrigerant gases in hotel rooms are used to keep the indoor environment comfortable.
Commercial Kitchens
Toxic and combustible gas hazards should be monitored in commercial kitchens to ensure a safe working environment.
Breweries
Gas detection and monitoring of CO2, O2, and Ozone in breweries ensures the safety of patrons and employees.
Wineries
Gas detection and monitoring in wineries is imperative due to a significant amount of CO2 generated during fermentation.
Distilleries
Explosion proof Ethanol gas detectors should be used for the safety and protection of property in distilleries.
Cold Storage
Refrigerant or ammonia leak and oxygen depletion monitoring for walk-in freezers, cold rooms, and temperature-controlled warehouses
Regulations & Standards
Several major codes and standards define gas detection requirements across the food and beverage industry, addressing hazards from fermentation CO₂, ammonia refrigeration, combustible gases, and refrigerants used in processing and cold‑storage environments. ASHRAE 15 – Section 8 establishes monitoring and alarm requirements for refrigerants, including CO₂, making it directly applicable to breweries, wineries, distilleries, and facilities using CO₂ for carbonation or cooling. IIAR 2 – Sections 6 and 17 governs ammonia refrigeration systems, specifying machinery‑room ventilation, ammonia gas detection, alarm thresholds, and emergency ventilation activation for cold‑storage and food‑processing plants.
Combustible‑gas hazards are covered by NFPA 54 (National Fuel Gas Code), which outlines requirements for natural gas and propane used in ovens, boilers, fryers, and thermal processing equipment. Electrical safety around these fuel gases is supported by NFPA 70 (National Electrical Code), particularly Articles 500–505, which define hazardous‑location classifications and determine where combustible‑gas detectors or explosion‑proof equipment may be required.
For facilities using synthetic refrigerants—such as HFCs, HFOs, or blends—ASHRAE 15 again applies, requiring refrigerant leak detection, alarm annunciation, and ventilation activation in machinery rooms and other designated spaces. In addition, IIAR 6 provides inspection, testing, and maintenance requirements for refrigeration systems, reinforcing the need for reliable gas detection across ammonia and non‑ammonia systems.
In addition to these national codes, many states, provinces, and municipalities adopt their own amendments or standalone requirements.