Our ANNUAL RP CAMPAIGN is complete and we had an outstanding year of fundraising! We exceeded our Region VII Stretch Goal assigned to us and raised the most money in our Chapters history!
We would like to thank all of our 2023-24 Donors and Supporters for you generous RP gift.
We would like to especially recognize our major donor – Kenneth Young, the Trane representative for the southern West Virginia area. Kenneth has been a major supporter of our annual RP campaign for the past 8 years. Not only has he been a major donor, because he is a Trane representative, his donations are matched at 100% by Trane. These donations have accounted for a major portion of our funds raised each of these years. Again, a HUGE THANK YOU to Kenneth!
PLEASE CONSIDER DONATING TO ASHRAE RP TO HELP FUND RESEARCH, SCHOLARSHIPS and TRAINING. You can go here (ASHRAE RP DONATION PAGE) for the ASHRAE RP Online Donation Form, and be sure to list “West Virginia” in the chapter entry so we are credited with your donation. Or contact David Cotton, RP Chair, at [email protected].
The following individuals and companies have generously supported the 2023-24 WV ASHRAE Campaign to date:
| Organizations - $1,000 - $2,499: Trane Organizations - $500 - $999: Campbell Equipment Company ZDS Design/Consulting Services Organizations - $250 - $499: Mason & Barry Pinnacle Sales Premier Energy Services The Thrasher Group West Virginia ASHRAE Chapter Endowment Organizations - Up to $249: Individuals - $1,000 & Up Kenneth Young (Trane Rep) Individuals - $250 - $499 Dr. Dru Crawley Individuals - Up to $249 David Cotton Scott Cowley Jennings Davis Fernanda Delduque Art Hallstrom Terry Hollandsworth Billy Smith Jeremy Smith |
Region VII RP Projects (Updated 2022/23)
| IDENTIFIER | TC/TG | COST | RESEARCH TITLE OR SUBJECT | CONTRACTOR | NOTES |
|---|---|---|---|---|---|
| 1284-RP | 5.04 | 114,617 | Develop a Standard for Testing and Stating the Efficiency of Industrial Pulse Cleaned Dust Collectors | BLUE HEAVEN TECH. - Louisville, KY | Completed Jul. 2018 |
| 1529-RP | 2.06 | 102,900 | Full-Frequency Numerical Modeling of Sound Transmission in and Radiation from Lined Ducts | SECAT, INC, Lexington, KY | Completed May. 2016 |
| 1587-RP | 1.04 | 110,401 | Control Loop Performance Assessment | UNIV. OF ALABAMA - Tuscaloosa, AL | Completed Sep. 2016 |
| 1674-RP | 6.08 | 95,000 | Research to Support the Revision to Ground Source Heat Pump: Design of Geothermal Systems for Commercial and Institutional Buildings (ASHRAE 1997) | ENERGY INFORMATION SERVICES - Northport, AL | Completed Jan. 2015 |
| 1741-RP | 5.03 | 160,845 | Understanding Fan Coil Components and how they Related to Energy Consumption and Energy Modeling | U. LOUISIANA - Lafayette, LA | Completed Dec. 2020 |
| 1747-RP | 1.04 | 173,738 | Implementation of RP-1547 CO2-based Demand Controlled Ventilation for Multiple Zone HVAC Systems in Direct Digital Control Systems | UNIV. OF ALABAMA - Tuscaloosa, AL | Completed Feb. 2019 |
| 1764-RP | 5.02 | 49,704 | Determine the Absolute Roughness for Phenolic Duct | TENNESSEE TECH - Cookeville, TN | Completed Dec. 2018 |
| 1703-RP | 1.08 10.03 | 107,412 | Performance of Vapor Retarder Systems Used on Mechanical Insulation | R&D Services - Cookville, TN | New Active RP |
| 1800-RP | 1.03 | 150,742 | Spray Evaporation on Enhanced Tube Bundles with Low GWP pure Refrigerants and Refrigerant/Miscible Oil Mixture | AUBURN UNIVERSITY - Auburn, AL | Active RP |
| 1819-RP | 4.03 | 96,149 | CO2 Demand Controlled Ventilation in Multiple Zone VAV Systems with Multiple Recirculation Paths | UNIV. OF ALABAMA - Tuscaloosa, AL - Zheng O'Neill | Completed Jul. 2019 |
| IRG 17-18 | 4.03 | 125,000 | Building Infiltration Estimator with Ultrasonic Thermometry (BLAST)) | UNIV. OF ALABAMA - Tuscaloosa, AL - Zheng O'Neill | Completed Oct..2020 |
| GIA 16-17 | 6.09 | 10,000 | Uncertainty Quantifications and Operation Optimization of Buildings as Virtual Batteries for the Grid with High Penetrations of Renewables | UNIV. OF ALABAMA - Fuxin Niu | Graduate Student Grant-in-Aid |
| GIA 17-18 | 7.01 | 10,000 | An Innovative Failure Analysis Framework to Enhance Building Design and Operations | UNIV. OF ALABAMA - Yanfei Li | Graduate Student Grant-in-Aid |
