When a pump moves a toxic, flammable, or environmentally damaging liquid, the engineering question is rarely whether the containment boundary can be breached – every boundary can fail given the right initiator. What matters: how quickly is a breach detected, how much margin remains, and how much escapes before shutdown?
Our new white paper sets out a layered defense in depth framework, separating measures that merely limit and direct leakage (secondary control) from those that fully retain it (secondary containment) – from the simplest solution to the most robust: a sealless pump with a double containment system, continuously monitored, requiring no external utilities and achieving zero leakage to atmosphere.