Gas Detection & Monitoring for Agriculture
Agricultural operations can generate gas hazards and emissions far from a traditional industrial process unit. Livestock buildings and manure systems can release ammonia, hydrogen sulfide, methane and carbon dioxide; anaerobic digesters create biogas; fertilizer systems may involve concentrated ammonia; grain and enclosed storage areas can develop oxygen-deficient or elevated carbon dioxide conditions. Safeguard applies the same industrial monitoring discipline to agriculture: understand the source, place detection where the gas accumulates or moves, and connect distributed locations into one reporting and analytics environment.
Gases we monitor in agriculture
Representative gas set only. Final monitoring configuration depends on process chemistry, operating conditions, hazard analysis and site requirements.
Fixed applications
- Continuous monitoring of ammonia, methane, and H₂S in barns, manure storage, and ventilation systems
- CO₂ and oxygen monitoring for spoilage, combustion risk, and confined-space entry safety
- Ammonia, hydrogen sulfide, and nitrogen oxide tracking inside chemical production facilities
- CO₂ enrichment control and CO detection from combustion heaters, without endangering workers
- Methane and H₂S monitoring in waste treatment and biogas plants
Wireless applications
- Spot-check pockets of dangerous gas before entering grain storage units
- Leak and exposure prevention in distribution and transit operations
- Operator protection in enclosed cabs and equipment bays
Configuring the monitoring architecture
Every site is different. Safeguard configures the monitoring architecture around the process, the gases and the operating objective - using point detection, fixed multi-gas systems, distributed monitoring, or a hybrid of all three.
Protect the point of risk.
The hazard is localized around a known asset or release point.
Continuous gas detection at the point of risk with local alarming and communications.
See the full gas picture at one critical process.
Several gases or process variables must be measured continuously at one process, room, stack or analyzer location.
Combines multiple gas measurements into a fixed monitoring system for process, safety or emissions intelligence.
Extend continuous awareness across the site.
The risk moves across an area, perimeter, site, or multiple remote assets.
Networks multiple sensing nodes to create broader spatial coverage and centralized visibility.
Use the right monitoring architecture for each part of the site.
A site has both critical point hazards and broader area/perimeter monitoring needs.
Combines points, fixed multi-gas and distributed architectures into one operating view.
Point detection protects ammonia systems, confined spaces and equipment rooms; fixed multi-gas systems fit digesters and process buildings; distributed monitoring works well across barns, lagoons, perimeter locations and remote agricultural sites.
The value does not stop at the sensor. Connected data can be centralized for event history, reporting, alerts, trend analysis, correlation, and operational recommendations.
Why it matters
Reduces poisoning, respiratory, and fatality risks with real-time alerts and rapid response.
Limits release of greenhouse gases and pollutants and supports compliance with emissions and waste rules.
Maintain ideal CO₂ levels for yield in greenhouses without exposing workers.
Fewer leaks and incidents mean less downtime and higher productivity.
Protects equipment and reduces liability and insurance exposure.
Supports OSHA, EPA, and local agricultural safety standards with logged data for audits.
Integrating fixed and wireless gas detection lets agricultural operators proactively manage risk, protect their workforce, and build a safer, more sustainable food production ecosystem.
Other industries we serve
