In recent years, the restoration industry has increasingly explored the use of drones, commonly known as unmanned aircraft vehicles (UAV). Hurricanes, wildfires, and other weather-related events have served as a beta test to offer a glimpse into the potential capabilities of drones for use in restoration efforts following emergency situations.
When your company is facing a deluge of projects, whether that’s due to seasonal flooding or burst pipes, it’s easy to lose sight of the elements that ensure a quick response.
Since the 1990s, experts have been declaring burnout levels are reaching epidemic proportions among North American workers (Maslach & Leiter, 1997). Since that time, most people would probably agree that work related stressors have only intensified with the proliferation of metrics, technology, and the need to be “on” all the time.
The water damage restoration industry recognized standard of care, the ANSI/IICRC S500, contains a significant amount of information related to the use of meters during a drying project. The most important content is primarily in two sections; Section 10 Inspections, Preliminary Determination, and Pre-Restoration Evaluations, and Section 13, Structural Restoration.
What would you think if I told you that it would take three months to dry out a building after a fire loss? If I posted this on LinkedIn or Facebook, my comment screen would probably say things like “learn to dry a structure!” or “you’re the worst restorer ever! I can dry it in a few days.”
