At John C. Digertt, Inc., we are dedicated to providing our clients with the most advanced and effective inspection services possible. We are excited to announce that we have added the Micro Traxx Remote Inspection Robot to our inspection toolbox, further expanding our capabilities to reach previously inaccessible areas.
The historic Yale Sterling Power Plant is undergoing a significant modernization project aimed at improving efficiency and ensuring long-term operation. Led by Digertt, the project seeks to upgrade the university’s...
Last fall, our field crews completed a large-scale flushing and debris removal campaign on Colby College’s brand-new, below-grade low-temperature district energy system in Waterville, Maine. This network links multiple academic buildings to a high-efficiency central plant, designed to significantly cut campus carbon emissions for decades to come. Crucially, the system’s long-term performance is dependent on the piping being surgically clean from the very first day.
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.
