Thomas J. Gerard
Engineering at Girard Rd, Spokane, WA
License number
Louisiana PE.0020350
Issued Date
Nov 23, 1982
Expiration Date
Sep 30, 2012
Category
Civil Engineer
Address
Address
2220 N Girard Rd, Spokane, WA 99206
Organization information
See more information about Thomas J. Gerard at bizstanding.comAdvanced Radon Technologies Inc
2801 N Monroe St, Spokane, WA 99205
Industry:
Oil/Gas Field Services Mfg Surgical Appliances/Supplies, Radon Testing
Doing business as:
Thomas J Gerard & Associates
Site:
Phone:
(509) 326-5127 (Phone)
Description:
Advanced Radon Technologies, Inc. has actively been working in the radon industry since 1990. With our unique combination of patented radon testing equipment and HVAC design experience, we offer capab...
Controllers:
Thomas R. Gerard (President),Dave Gerard (Secretary),David Gerard,...
Licensed:
Yes
Service area:
State of Washington, State of Idaho, State of Montana
Free estimates:
Yes
Senior discount:
No
Excluded services:
Ask for details
Warranties:
True
Open Hours:
Mon 07:00 AM - 05:00 PM, Tue 07:00 AM - 05:00 PM, Wed 07:00 AM - 05:00 PM, ...
Thomas J Gerard & Associate - Thomas Gerard Pe
2801 N Monroe St, Spokane, WA 99205
Categories:
Consulting Engineers, Energy Management & Conservation Consultants, Mechanical Engineers
Phone:
(509) 328-2771 (Phone), (509) 328-2927 (Fax)
Products:
Consultations, Energy Conservation, Manufacturing Engineering, ...
Professional information
Apparatus And Methods For Determining Required Vacuum Characteristics Of A Radon Evacuation System
US Patent:
5388444, Feb 14, 1995
Filed:
Oct 6, 1993
Appl. No.:
8/132761
Inventors:
Thomas J. Gerard - Spokane WA
International Classification:
F24F 7007, G01N 1508
US Classification:
73 37
Abstract:
Testing apparatus and methods are described for determining required vacuum characteristics of a radon evacuation system, wherein the radon evacuation system is of a type which utilizes floor vent holes in a basement floor to evacuate radon from beneath the basement floor. The preferred embodiment comprises an elongated vacuum tube extending from a floor vent hole to a variable vacuum test source. Pressure and air velocity measurement devices are positioned to determine actual static pressure and air flow rate within the vacuum tube. To determine the minimum vacuum required at the floor vent hole, the vacuum test source is adjusted to produce the lowest vacuum which will maintain a negative pressure in nearby test holes. The corresponding static pressure and air flow rate are then noted from the measurement devices.