Restorative drying is essential for returning building materials to their pre-loss condition efficiently and cost-effectively. Learn more about the critical steps and considerations, from accurate material assessment to advanced dehumidification techniques.

Master the techniques and tools needed to restore properties in high-moisture environments while preventing future damage.

After decades of embracing sustainable practices like drying in place, the restoration industry is poised to further reduce waste and improve efficiency, but alignment between insurers and contractors is the key to success.

It can be difficult to keep track of fluctuating moisture levels after a water loss.

Chuck Dewald III walks through how to evaluate this evaporative energy transfer process, employing metrics that evaluate how the energy transfer values can change as you apply drying efforts.

Phoenix Restoration Equipment announces E3 functionality built into DryLINK.

Josh shares tips for providing effective water mitigation services.

“As many restorers are aware, heat is an element used to warm up cooler objects. The more important question is: What is heat and how can it be utilized in drying? There are three ways that heat can be transferred: Conduction, infrared radiation and convection,” Kyle Herndon writes.

“We as an industry only know how to check these moisture content levels and have no insight into controlling or evaluating the primary metrics that are determining the length of time it takes to get these materials back to acceptable levels,” Chuck Dewald III writes. “Our industry is drying completely backward!”