At John C. Digertt, Inc., we are committed to providing our clients with the most advanced and effective inspection services available. We are pleased to announce that we are now using the revolutionary RV-MAX 360 inspection camera, specifically designed for superior manhole inspection, along with a wide range of district energy applications.
When Bristol Community College’s original steam lines began leaking more BTUs than they delivered, routine fixes escalated into a full-scale mandate: replace an aging, piecemeal network with a modern, high-efficiency district-energy system capable of powering the campus for decades.
When a late-night lab experiment can’t pause for a flicker and a hospital wing can’t tolerate a brown-out, fuel reliability becomes a strategic asset. Over the next five years, John C. Digertt Inc. will steward every gallon of diesel and bio-fuel that powers the University of Connecticut—from the flagship Storrs campus to the Health Center in Farmington. Our mandate: keep those reserves mission-ready through nor’easters, heat waves, and surprise microbial blooms alike.
In our hyper-connected world, data centers are the indispensable engines powering everything from financial markets to streaming entertainment. They are the physical homes for the servers, storage, and networking equipment that keep our digital lives running seamlessly. But what truly sustains these critical operations? The answer is unwavering, reliable power and meticulously managed cooling.
John C. Digertt Inc. to modernize the entire fuel infrastructure, add storage headroom, and do it all without a single blip to data-center uptime. Nationwide reach, local touch: Although our headquarters sit on the opposite coast, Digertt’s Fuel Storage and Handling team coordinated design, material logistics, and on-site fieldwork seamlessly—proving we can deliver hands-on execution anywhere across the country.
Houston’s newest wastewater treatment facility was racing toward a commissioning deadline when crews discovered widespread moisture intrusion inside three miles of below‑grade chlorine‑dioxide distribution piping. Left unchecked, residual water threatened to corrode stainless linings, dilute disinfection potency, and stall the plant’s start‑up schedule. The prime contractor tapped John C. Digertt Inc. to engineer a rapid, non‑invasive remediation solution that could be mobilized immediately and completed without trenching or pipe replacement.
