INDUSTRIES · FOOD AND BEVERAGE

Ammonia-plant awareness and fast mustering.

Zone control and evacuation readiness for large processing plants.

Food & Beverage Manufacturing site

Food and beverage plants run large workforces around refrigeration plant, hot processes and confined spaces. The Salvus Network provides restricted-zone control around hazards such as ammonia plant and a fast, accurate muster when the alarm sounds.

Regulatory landscape

What the rules require.

Supports DSEAR controls for ammonia and other hazardous plant, plus emergency-evacuation planning duties.

How we compare

Full coverage, not turnstiles.

CapabilityManual roll-callTurnstile RTLSThe Salvus Network
Real-time head count
No choke points / turnstiles
Auditable muster record
Zone-level awareness
Lone-worker welfare alerts
Live in the first meeting
UK data residency + Cyber Essentials

Frequently asked questions

Is The Salvus Network suitable for food & beverage manufacturing sites?+

Yes. The Salvus Network is a complete, off-the-shelf solution built for large food and beverage manufacturing plants. Safety Detection Points and safety tags give a live, auditable picture of where people were last detected, without turnstiles or manual sign-in.

How does Salvus support compliance for food & beverage manufacturing operators?+

It supports DSEAR controls around ammonia and other hazardous plant and evidences your emergency-evacuation planning with a fast, auditable muster record.

What does the salvus network address on a food & beverage manufacturing site?+

Large workforces work around refrigeration plant, hot processes and confined spaces. The platform provides restricted-zone control around hazards such as ammonia plant and a fast, accurate muster when the alarm sounds.

Can we see the salvus network running before we commit?+

Yes, a guided live walk-through shows the platform in action, and you can see the operator console working in the first meeting.

Book a live evacuation demo

A guided live walk-through of what the platform can do.