Tag: Release Detection

9 Steps to Prepare for a UST Inspection—Plus, Understand Your UST Insurance Coverage

The U.S. Environmental Protection Agency (EPA) recommends conducting these inspections at least monthly and, while not as thorough as an operations and maintenance (O&M) inspection, each inspection should be recorded by date and initialed. 9 Steps for Inspecting Your USTs Step 1. Release Detection System—Check the release detection system to ensure it is working properly. […]

UST O&M – Release Detection Changes in the Works

UST O&M—Release Detection Changes in the Works Leak detection is a key component of a compliant UST operation, but one that is often found to be lacking when it comes to ongoing system O&M. According to the EPA, although inspectors often find release detection equipment installed on UST systems, they also routinely find that it […]

UST O&M – Walkthrough Inspection Changes in the Works

UST O&M—Changes in the Works Historically, the Environmental Protection Agency’s (EPA) UST regulations were focused on improved equipment, with not a lot of attention given to O&M practices. However, based on more than 20 years of regulatory experience, the EPA acknowledges that a higher level of O&M, in addition to better equipment, is required to […]

Simple Steps to Prepare for a UST Inspection

Managing UST compliance takes a long-term commitment for facility operators who have to fill out dozens of forms and checklists and maintain accurate records, to mention a few of the many requirements. But even those facilities that are doing everything right should anticipate an inspection at some point, with or without prior notice.

Common Underground Storage Tank Violations

To attempt to collect data systematically and have each state fit their data into several categories To request the number of occurrences for each violation To request the number of inspections on which the data was based The data was based on approximately 100,000 inspections with a significant operational compliance (SOC) rate of approximately 72%. […]