One machine, five energy families
The classic failure is partial isolation: the breaker opened, the line still charged. Tegis structures every energy source as its own step, so none get skipped.
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Chemical machines rarely have one energy family: process lines, steam, nitrogen, gravity, and thermal mass meet at the same equipment. Tegis documents each source with its own isolation, release, and verification step, and puts the current procedure behind a QR code at the asset.
Built for multi-site programs
The classic failure is partial isolation: the breaker opened, the line still charged. Tegis structures every energy source as its own step, so none get skipped.
Accumulators, trapped pressure, gravity-fed headers, and thermal mass need explicit release devices and pass criteria, not a sentence buried in a paragraph.
Contract crews, overlapping jobs, and shared isolation points need documented group lockout and 1910.147(f)(2) briefings, not whiteboard coordination.
The detail a chemical-plant procedure needs, structured per asset.
Type, magnitude, location, isolation device, and verification per source, with the units the field uses: PSI, InHg, °F, LBS.
Release devices, bleed and drain points, and pass criteria written between isolation and verification, where inspectors look for them.
Each step carries its verification text: gauge reads zero, no flow, no motion. Observable criteria, not “check that it is safe.”
Hasp and lockbox device types are built in for crew jobs, with each worker applying and removing their own lock.
Share the QR-linked procedure as part of the outside-personnel briefing, and keep it documented in the same system.
Management-of-change updates land in the record once, and the affected PDFs regenerate for the field.
Who runs it
EHS owns it
One current version per asset, owners assigned per site.
Maintenance uses it
Scan at the asset, no binder hunt, no search box.
Corporate sees it
Company → site → asset. Every plant, same standard.
The unit with nitrogen, steam, and process chemicals on the same skid. If the workflow holds that one, it holds the plant.
Capture every isolation point, release device, and verification criterion with photos while the crew that knows the machine is in the room.
Link the QR code at the isolation point and give contractors the same scan during turnaround briefings.
LOTO records feed process safety information under 1910.119. Tegis keeps the LOTO side current, structured, and exportable. It is not a PSM system and does not replace one.
Yes. Stored-energy release is a first-class step with device, location, and pass criteria, not a comment field.
Hasp and lockbox device types are built in. Each worker applies and removes their own lock, and the step text documents the method for the audit trail.
The QR-linked procedure and its PDF support the host-contractor briefing required by 1910.147(f)(2), and every contractor worker applies a personal lock like any authorized employee.
Radiation is a documented energy type with its own unit, and custom isolation-device text covers the hardware the standard options do not.
Convert the highest-risk units first, with our help. Old files become source material instead of the system of record.
Provenio Consulting surveys equipment, authors machine-specific procedures, and delivers the program in a workspace your facility owns.
Bring the machine your crew avoids and we will document its energy families live in the builder.