AquaDry Midwest

AquaDry Systems is a revolutionary portable hydronic system which uses focused high energy to efficiently dry out water damaged structures.  It is safe, versatile, non-intrusive and environmentaly friendly.  It is cost efficient saving both the operator  and customer time and money.

The AquaDry System normally can dry a structure in two days or less. This is at least a 60% improvement in dry times compared with other systems/methods.

The following are typical examples of AquaDry System set ups:

The Facts

• Enclosed central heating systems (CSA certified)
• Time & cost savings on all jobs
• Dries effectively in all conditions
• Safe & Environmentally friendly (GreenSpec Listed)
• Hydronic system operation is safe and fuel efficient
• Can dry in all temperature ranges including frozen structures with no heat or electricity
• Simple on-board diagnostics 
• Supervision is kept to a minimum with automatic system controls
• Use industry recognized pricing, no need to haggle (on Xactimate)
• Heating unit can be set up to 300 feet away from the target structure
• Easy to set up
• Large and small job capacity, from 500 to 90,000 +  sq. ft. drying capability with a single machine – Larger spaces with multiple units

Simply Put...

The AquaDry central heating module encloses an open-flame hydronic water heater which heats the transfer fluid.  This heated fluid is then pumped through fluid circulation system loops to portable heat exchangers.

The portable heat exchangers deliver high CFM, hot, low RH (relative humidity) air into the wet environment.  The hot air raises the dew point in the structure, allowing for rapid evaporation from the wet building materials.  The exchangers are effectively  positioned to provide pressurization on target wet zones directly.

Uniform air circulation created by air movers and well placed, multiple heat exchangers within the structure helps promote rapid and uniform moisture capture.

Postive structure pressure results in the saturated air being effectively exhausted out of the structure through selected ventilation points.

As long as the temperature within the space to be dried is higher than the ambient temperature, an accelerated rate of drying will be achieved.  The flexiblity of the system configuration results in faster drying times with few "hot pockets".