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Bill Brodhead WPB Enterprises Inc
Radon & Vapor Intrusion |
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Bill Brodhead WPB Enterprises Inc.
Radon & Vapor Intrusion |
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Commercial Radon Mitigation
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Commercial job list Military job photos WPB Home Page Residential System Photos All Info pages List of all WPB-radon pages Watch Webinar where Bill explains issues with Commercial & School mitigation |
Commercial Radon Mitigation
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Commercial job list |
Watch Webinar where Bill explains issues with
Commercial
& School mitigation
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The radon mitigation design for St. Lukes Hospital included increased outdoor air and a sub-slab depressurization system |
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Radon and Vapor Intrusion Mitigation (VIM) design almost always requires careful sub-slab communication test measurements We have designed specific equipment to provide sub-slab data. This published paper discusses sub-slab |
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A critical component to system design is measuring the differential pressures under the slab and the inside to outside pressure difference. |
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Sometimes it is important to determine the building leakage and the amount of outdoor air needed to pressurize the building. In this case we needed a triple blower door to induce enough pressure change.
Published paper has additional information about |
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If the building has crawl spaces it may be necessary to measure the air quality first before entering. |
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We have a large blower available to ensure safe working conditions in areas with limited ventilation |
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This PVC pipe with the fan mounted on the roof is depressurizing 60,000 square feet of this 1/2 million square foot warehouse. |
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Commercial buildings typically have steel re-enforced concrete that requires diamond core drills |
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A strip mall was built over an abandon land fill. This explosion proof fan was used with the sub-slab depressurization system to eliminate Methane inside the building The technician is measuring the Methane in the exhaust Published paper about VOC mitigation |
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The depressurization fan should be installed outside the conditioned space of the building and twenty feet away from any building inlet vents. |
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This residential building was over a mine shaft and had excessive airflow from the soil requiring two fans to depressurize the sub-slab |
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Sometimes the only place the piping can be run is on the outside of the building
Example of WPB |
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This sub-slab depressurization system was installed on military base housing in Okinawa Japan. |
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In this case the piping was routed up the outside but the fan was located on the roof.
Published paper about
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A magnehelic gauge to indicate system operation can be located near the piping or in a remote location. Labels indicate who to call for service |
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This was a large factory in Michigan with VOC's that we designed a sub-slab depressurization system for.
Example of WPB |
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Double SOEs |
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Fan Measurement |
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If you have any questions please feel free to call Bill at 610 346-8004 |
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The radon mitigation design for St. Lukes Hospital included increased outdoor air and a sub-slab depressurization system |
|
|
Radon and Vapor Intrusion Mitigation (VIM) design almost always requires careful sub-slab communication test measurements We have designed specific equipment to provide sub-slab data. This published paper discusses sub-slab |
|
|
A critical component to system design is measuring the differential pressures under the slab and the inside to outside pressure difference. |
|
|
Sometimes it is important to determine the building leakage and the amount of outdoor air needed to pressurize the building. In this case we needed a triple blower door to induce enough pressure change.
Published paper has additional information about |
|
|
If the building has crawl spaces it may be necessary to measure the air quality first before entering. |
|
|
We have a large blower available to ensure safe working conditions in areas with limited ventilation |
|
|
This PVC pipe with the fan mounted on the roof is depressurizing 60,000 square feet of this 1/2 million square foot warehouse. |
|
|
Commercial buildings typically have steel re-enforced concrete that requires diamond core drills |
|
|
A strip mall was built over an abandon land fill. This explosion proof fan was used with the sub-slab depressurization system to eliminate Methane inside the building The technician is measuring the Methane in the exhaust Published paper about VOC mitigation |
|
|
The depressurization fan should be installed outside the conditioned space of the building and twenty feet away from any building inlet vents. |
|
|
This residential building was over a mine shaft and had excessive airflow from the soil requiring two fans to depressurize the sub-slab |
|
|
Sometimes the only place the piping can be run is on the outside of the building
Example of WPB |
|
|
This sub-slab depressurization system was installed on military base housing in Okinawa Japan. |
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|
In this case the piping was routed up the outside but the fan was located on the roof. Published paper about School Mitigation |
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A magnehelic gauge to indicate system operation can be located near the piping or in a remote location. Labels indicate who to call for service |
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|
This was a large factory in Michigan with VOC's that we designed a sub-slab depressurization system for.
Example of WPB |
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|
Double SOEs |
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|
Fan Measurement |
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If you have any questions please feel free to call Bill at 610 346-8004
Commercial job list |
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Radon mitigation call Integra Environmental 610 346-8004 |