Extended Reality (XR)
Holograms & Experiential
Digital Twins, BIM & AI
Industrial & Vocational Simulators
EHS Safety VR Modules
Defense, Medical & EdTech Labs
Case studies
Simulators
This VR module trains workers to enter confined spaces such as tanks, vessels, pits and manholes safely. Trainees follow the entry permit, test the air in the right order and practise the standby role.
01 — Simulators
What makes a space confined, and why its air can kill without warning.
Test oxygen first, then flammable gases, then toxic gases, at several depths.
Check isolations, ventilation and the permit before anyone enters.
Practise the attendant's role and non-entry rescue.
02 — In depth
Tanks, vessels, pits, sewers and silos can hold air that kills without warning. Low oxygen, toxic gas or a flammable atmosphere may give no visible sign.
Many confined space deaths involve would-be rescuers who enter without protection. Training must cover the standby role as well as the entrant.
A virtual reality confined space simulator lets workers rehearse the full entry procedure. They make every check with no exposure to real gas.
A confined space has limited entry and exit and isn't designed for continuous occupancy. Trainees learn to identify these spaces on a virtual site.
The module shows how ordinary spaces become dangerous. Cleaning chemicals, rusting steel or a nearby leak can change the air inside.
Trainees test oxygen first, then flammable gases, then toxic gases such as hydrogen sulphide. They test at the top, middle and bottom of the space.
The module enforces the correct order and reads realistic detector values. A missed level or wrong order is flagged in the debrief.
No one enters without a valid permit. Trainees check isolations, blinding of lines and forced ventilation before entry is allowed.
Conditions can change during the job. The module may raise a detector alarm, and trainees must stop and leave the space.
The attendant stays outside, keeps contact and calls for help. Trainees practise this role as well as entering the space.
When an entrant collapses, the attendant must not go in. Trainees use a tripod and winch for non-entry rescue and raise the alarm.
Trainees often test only at the entry point, skip the oxygen reading or rush to help a collapsed entrant. Each of these errors has caused real deaths.
The module stops the scenario at the moment of the mistake and explains the risk. Trainees then restart from the last correct step.
Confined space entry links closely to the permit to work and lockout/tagout modules. Every entry depends on a valid permit and complete isolation first.
Sites with toxic gases should add the gas leak and H2S module. It trains the response when a detector alarms during an entry.
A typical confined space session takes ten to twenty minutes in a standalone VR headset. A short briefing comes first, then the virtual task, then a debrief with the trainer.
Sessions run in a training room, a site office or a corner of the shop floor. Each trainee needs only a clear area of about two by two metres.
Trainers can run several headsets at once and watch each trainee's view on a tablet. That keeps a group moving through the module in one shift.
We build for standalone headsets such as Meta Quest 3, so no PC or cables are needed. Culenz can supply, set up and maintain the headset fleet for you.
Voice-over and on-screen text are produced in the languages your workforce uses, which we agree at scoping. Simple visual cues help workers who read little.
Every attempt is logged with the trainee's name, score, time and errors. Records export to your LMS through SCORM or xAPI, or as a spreadsheet for audits.
Culenz is a virtual reality company headquartered in Jaipur, with offices in Secunderabad and Dubai. We build VR training for plants and sites across India and the UAE.
One team scripts the confined space module with your EHS team, builds it, installs it and supports it. You deal with one contact from the first demo to the last refresher.
Many sites start the confined space module as a pilot with one department or shift. That shows how workers respond before a full rollout.
A pilot also tests practical details, such as where headsets are stored and who runs sessions. Those answers shape the wider rollout plan.
At the end, we review results with your EHS team and agree the next steps. Most sites then add more modules or more headsets.
Cost depends mainly on how much is custom. A library module with your branding costs less than one set in a full model of your site.
The number of scenarios, languages and headsets also matters. Annual support and content updates can be added as a separate maintenance plan.
We share an itemised quote after a short scoping call. Content, hardware and support are listed separately, so you see what each part costs.
03 — FAQs
Many combustible-gas sensors need enough oxygen to read correctly, and low oxygen is deadly on its own. So the standard order is oxygen, then flammable gases, then toxic gases such as hydrogen sulphide. The VR module enforces that order.
Yes. We model your tanks, vessels or pits from drawings and photos, with your entry points and isolation valves. Trainees then rehearse the procedure for the actual spaces they will enter.
It covers the attendant's duties and non-entry rescue with a tripod and winch. Entry rescue by trained teams needs real equipment and practical drills, so the module prepares rescue teams rather than replacing those drills.
Oil and gas, chemicals, water and wastewater, food processing, shipping and construction. Any site with tanks, pits, vessels or sewers benefits, because entry procedures are critical and rarely rehearsed for real.
Yes. We model the portable gas detectors your site uses, including their displays and alarm levels. Trainees learn to read the actual instrument they will carry, which reduces confusion during real entries.
Book a free demo and see what Culenz can build for you.