Hazardous Materials

A simple solution for Toxic Liquids stored “outside”

Some clients have their processes/storage in the middle of a neighborhood, and I mean in the middle of a neighborhood, as we see on TV and postcards. Beautiful tree-lined streets with kids riding their bikes and moms pushing their baby strollers. Of course, the facility came first, in the 1950’s, and then the encroachment. As […]

When we don’t DEFINE and QUANTIFY in our codes and standards

Recently, we were involved in a serious incident in which a group of contractors was overcome by a “highly toxic gas” (as defined by the state’s Fire Code) that escaped from a compressed-gas cylinder. This container, along with 42 other containers with various hazardous materials, was stored outside in an unmarked area. The contractors had

What went wrong: Pipework failure leading to major chemical acid leaks (UK’s HSE)

A chemical company experienced two major uncontrolled releases of highly corrosive acids. In January 2020, approximately 300,000 litres (8,000 gallons) of hydrochloric acid leaked from the site, releasing toxic gases that forced the closure of local businesses and schools and caused residents to evacuate their homes. A second incident in August saw 87,000 litres (23,000

Manual addition of powders to a flammable atmosphere (NFPA 77)

As I noted in 2007, the #1 cause of process vessel deflagrations is the manual additions of powders to process vessels which have a flammable atmosphere. NFPA 77 covers this hazard with several solutions, yet many facilities are either not aware of these risks and solutions or simply have their head buried regarding these catastrohic

“Switch Loading” injures worker

The definition of “switch loading: Switch loading is the hazardous practice of loading a low-vapor-pressure product (such as diesel or heating oil) into a tank compartment that previously contained a high-vapor-pressure, flammable product (such as gasoline) without first cleaning it. This creates a high risk of static electricity generation and explosion, as residual vapors can

Are we starting to see the need for basic Oxygen detection

We see many compressed gas cylinders of Asphyxiants in labs within large industrial facilities. We even see these labs increasing their quantities and moving to using Dewars (cryogenic liquid storage) to store their asphyxiants. These dewars are a massive game-changer, as both Liquid N2 and Liquid Ar have expansion ratios of 1:700 and 1:860, respectively.

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