We are now digging into equipment sizing and understanding the ANSI/IICRC S500, Edition 4, 2015 (S500) to improve drying performance and are starting with air mover calculations and getting the job properly sized.

Embracing innovation within the industry is becoming more and more critical as it can affect your bottom line.

As of July 2020, there have been 10 weather/climate disaster events with losses exceeding $1 billion in the US alone. Depending on the type of natural disaster faced, the remediation and cleanup from these events require specific care in order to maintain safety for those involved. 

There are multiple ways to dry affected walls, each with different benefits depending on the severity of the loss. It is often recommended to start with the drying process that requires the least amount of demolition. 

At R&R, we love sharing success stories from restoration and remediation jobs! This special case study comes from Werner Restoration, and details a tricky fire damage restoration company at a large heavy equipment parts manufacturer. 

For years, I have heard restorers and carriers say some pieces of equipment are “specialty equipment”, and I must admit for a bunch of years early in my career, I listened to the crowd. 

While studying to become a Certified Restorer, I had the pleasure of taking a building science course offered by the Restoration Industry Association. This course should be required early in any restorer’s career. It is knowledge that will make you think differently about your drying projects.