I’ve seen just about everything come through the lab…
Diesel shipped in mason jars.
In zip-locked bags.
In dirty paint cans.
Containers softened by the fuel inside.
Leaking packages.
Samples with no names.
No tank identification.
No documentation.
No chain-of-custody form.
Samples we could test — but couldn’t fully trust.
That doesn’t just put the sample at risk. It puts the entire reliability test at risk. The laboratory can test chemistry. It cannot repair custody.
In EPSS environments operating under NFPA 110, and supporting systems governed by NFPA 99 and NFPA 101, fuel testing is about reliability — and paperwork in continuity.
Reliability testing begins before the laboratory test. It begins at the moment fuel leaves the tank.
Improvised containers.
No defined custody ignition point.
Late identity assignments.
No engineered chain of custody.
No aligned continuity from extraction to accession.
The issue is the absence of an engineered beginning for reliability and testing. That’s why the life-safety sample kit was engineered as a origin point for EPSS fuel reliability testing.
- Fuel-compatible containment
- Immediate identity at extraction
- Integrated chain-of-custody documentation
- Hazard-compliant transport protection.
- Separation stablility
When applied against the (FOI) EPSS Fuel Continuity Survey Scope— of ten structural checkpoints aligned with NFPA 110, NFPA 99, and NFPA 101 — the difference becomes measurable.
Reliability testing can be demonstrated. Not assumed.
EPSS reliability testing does not begin at the laboratory.
It begins at the point of extraction in custody.
