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A Proud Member of the Emergency Restoration Network |
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Subsidiary of Color Tech Restoration, LLC |
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866-674-8990 |
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High Country Restoration
Structural Drying
Heat Drying
The Christmas Eve Flood of 2009
Thermal Energy Drying System In Action
Contact Us
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Exclusive Thermal Energy Drying System Rapid Drying for Structures, Walls, Floorings, Contents, Cabinets, Documents and much more Please Mention this Service when Calling We Safely Dry Water Losses Faster and Use Better Technology, Period! |
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Heat Drying Hardwood Floors |
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Pictures of a Resent Dryout in Morrison Colorado Using the ELE 6400. The Carpet, Walls and Contents Were Dried In Place
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ELE 6400 Setup In drying Area |
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ELE 6400 in Drying Area with Air Movers and Downdraft Fan |
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Thermostat Controller and Humid Air being Exhausted Out the Window |
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Doorway Sealed to Drying Chamber |
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A Dryout Last Summer at a Office Building in Evergreen Colorado Using a ITA75 Drying System. It Dried Fast and They got the Office Back to Normal in 30 Hours with No Major Repairs. |
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Heat provides the main source of energy to create evaporation. Adding air movement creates a synergistic effect which results in faster evaporation. Air exchange is a well known method for removing large quantities of moisture laden air fast and efficiently. We take an air-mover, connect lay flat ducting, vent the tube outside and remove moisture laden air much faster than you can remove the water from the air with a dehumidifier. A modest 2000 cfm heat drying system can exchange the air volume in a 2500sf building with 9’ ceilings once every 11 ¼ minutes. Air exchange is an integral part of most heat drying systems and air exchange can keep up with the fast evaporation rates heat drying produces.
Heat can dry the structure without removing baseboard, tile cove base, cabinets, etc… Heat penetrates deep into and through building materials drying areas that are not accessible. Certain materials become irreversibly damaged when wet. Example: MDF or compressed paper baseboard. However, removing these damaged materials after drying, versus removal when wet, reduces the chance of unnecessary secondary damage. Using our Thermal Energy Drying Systems allows us dry your home fast and at the same time reduce the chance for unnecessary demolition which gets you back to normal MUCH FASTER |
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ITA 75 is a Heat Exchange Burner which Only Allows Heated Air Into the Structure. Heated Air Goes Through the 16” High Heat Hose in a Door and Into the Drying Area. The Clearer Hose is the Humid Air Being Exhausted Out. The ITA 75 is Thermostatically Controlled. This Allows Use Set the Desired Temperature In the Drying Area and At the Same Time Help Prevent the Potential for Mold and Other Related Problems that Might Arise During the Drying Process |
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Exhaust Ducting Attached to a Airmover. This Allows Us to Exhaust the Humid Air Outside |
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Heated Air Into the Drying Area and Humid Air Exhausted Outside. Because This Was a Office Building We Had To Use the Same Door for the Heated In and Humid Air Exhausted |
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Humid Exhausted Ducted Out (Top Hose) Heated Air Ducted In (Bottom Hose). This Is the Upstairs Bedroom. |
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Air Movers Used to Move Heated Air in Drying Area |
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Resent Dryout in Lakewood CO Using the Trailer Mounted Heat Drying System. Walls, Ceiling and Contents Needed Dried. Heat Was Ducted Down Through Window Well and Through Window In Upstairs Unit. |
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Our Large Heat Drying System. This Systems Allows Us to Dry Larger Areas or Dry Larger Homes with Ease. |
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Eliminator Thermal Evaporative Accelerator |
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The picture above shows how it is usually done using dehumidifiers |
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The picture above shows how we have dried using our Thermal Energy Drying System |
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Portable Thermal Energy Drying Systems and VapairVent Ventilation System
ELE 6400, Eliminator and the VapairVent Ventilation System |
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ELE 6400 Is Putting Heated Air Into the Squirrel Fan Side of the Air Mover. The Air Mover is Pushing the Heated Air Into the Ceiling Cavity. The Thermostat Probe Is Put Into the Ceiling Cavity. This Gives the Actual Temperature Inside the Ceiling Cavity. |
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This video is after two days after we started drying. We pulled 2 layers of vinyl flooring and 1/4” layer of subfloor. The floor was black when we started. We treated the floor and heat dried the flooring, kitchen cabinets and drywall. As you can see in the video after two days the floors are much more white and dry. |
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Thermal Evaporative Accelerator ELE 6400 and Our VapairVent Ventilation System |
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Using the Eliminator and a Air Mover to Float Carpet (Heat Drying). We used 2 circuits of the Eliminator. We ducted the heat through Mylar ducting to the squirrel fan (air intake) side of a air mover. The thermostat sensor was on top of the carpet, but you can also put the sensor under the carpet. The sensor and thermostat are a very important part of heat drying. The thermostat allows us to control the heat used to dry the carpet, padding and subfloor. |
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Containment and Drying Equipment, Eliminator, Air Movers, Air Scrubber, Power Splitter, Downdraft Fan |
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Video of the VapairVent Ventilation System Exhausting Out Bathroom Exhaust Fan |
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The Christmas Eve Flood of 2009 We Started This Flood Christmas Eve 2009. Resent Dryout in Winter Park CO Using the Trailer Mounted Heat Drying System. Walls, Ceiling and Contents Needed Dried. This House was About 7,000 sq ft with Garage at 9,110 ft in Elevation. The Hot Water Heat Went Out and a Water Line On the 3rd Floor Froze and Broke. There Was No Heat In the House for 2 Days So Our Heat Drying System Was Used To Heat the House for 2 Days. The Night We Started the Outside Temperature Was –15 Degrees Outside. |
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12” Mylar Ducted In the Windows On the Middle Floor and the Upstairs Bedroom |
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Heated Air Ducted Into Wall Cavity On Middle Floor |
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Y Connector Spits the 16” Ducting to Two 12” Mylar Ducts. One Goes to the Middle Floor and One Goes To the Large Garage. |
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Heated Air Ducted Into Wall Cavity On Lower Floor. |
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Trailer Mounted Heat Drying System. |
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Heat Was Ducted Down Through Window Well and Through Window In the Upstairs Unit. This Allowed Us to Heat Dry Two Units at the Same Time. |