Steps to Successful Restorative Drying
DrySmart can reduce the drying time in half over dehumidification methods. Its advantages are evident from the start. Fresh, hot air quickly drops the humidity level. The heat energy accelerates evaporation and continues to lower the relative humidity.
1. mechanical extraction
Begin the drying process with the mechanical extraction of water and the removal of ruined wet contents and materials. Mechanical extraction is much more efficient than evaporation, so great care should be taken to remove as much moisture as possible by mechanical means. Imagine how long it would take a clothes dryer to dry a load of laundry if the washer did not have a spin cycle.
2. Preparation for drying
Remove barriers to moisture movement such as wall paper, heavy paints, vinyl, etc. Use drying fans, air movers, mats, air injection systems, etc. to transport the energy necessary for evaporation, break down surface moisture vapor pressure barriers, and carry away evaporated moisture. The more air movement the better.
3. creating a Drying atmosphere
Set up the DrySmart trailer and begin drying. The DrySmart blowers are capable of moving over 4,000 cfm of air and will quickly replace the structure’s dank, humid air with fresh, hot, low relatively humidity outside air. It is generally accepted that restorative drying begins when the relative humidity is below 40%. Dehumidifiers can take 12 to 24 hours to reach that level. DrySmart can do reach it in minutes.
The same water damage restoration practices and methods using dehumidification, for the most part, apply to using heat, but there are some differences. Heat will affect some contents such as fish tanks, candles, and plants and these should be removed. But the primary difference between heat drying and dehumidification is the drying speed and energy levels for which the technician must make allowances.
When a job is about 80% dry or so (a subjective judgment), moisture meters will show wet readings but the actual volume of water remaining is actually minimal. At this point DrySmart recommends removing the heat (or at least lowering the temperature) and redirecting a few air movers to the remaining wet areas. Stored energy held in the structure’s dry materials will transfer to the wet materials. The drying process will continue until the structure energy and humidity equalize. This is analogous to pulling shirts out of a clothes dryer before they are completely dry.
Sunday I delivered a new Diesel 500 to Alan Lystila owner of Extreme Supplies in Clinton, Michigan. This is his second machine. He already has a Diesel 330 with over 3,500 hours of use. Alan often rents his trailers out to restoration contractors.
The Drysmart Trailer is an outstanding tool in our box. I am more apt to call for it than some of the other drying trailers (dessicants) in our yard. The heat rise and cfm combined with it’s ease of use makes it a great product. And good job to you a…
I just wanted to say thank you for making such a great drying trailer. I have rented a lot of heat drying trailers, but after renting yours I decided to buy it and have been really impressed with the performance of the DrySmart trailer. I look forw…
The results of the DrySmart trailer never cease to amaze me. Having used this technology on large commercial and residential losses of all types, I can honestly say that it exceeds my level of expectation on every job. The small amount of time requir…
The DrySmart is easy to set up, reliable, and very powerful. Its results on drying structures have been nothing short of phenomenal. My company performs well over 1,200 water losses a year and before last year had never dried structures with convecti…
We first took delivery of our DrySmart convection-drying trailer in December 2006. It has hardly been in our warehouse since. We have been so pleased with its performance in drying residential and commercial structures that were fully saturated that…