To sort any column click the label
| Project Title | First Name, Last Name and Organization | Funding Request | Ranking Percentage |
|---|---|---|---|
| Efficient and low cost adsorptive process for BTEX emission control | Zaher Hashisho Department of Civil and Environmental Engineering, University of Alberta |
80000 | 63% |
| Aerial Emissions Detection & Mapping | Jeff Lettvenuk Saskatchewan Research Council |
$35,000 | 80% |
| Emissions Quantification by Open Path Techniques | Todd Tamura Tamura Environmental, Inc. |
70000 | 50% |
| Vehicle-based fugitive emission detection and attribution within Alberta energy developments. | David Risk St. Francis Xavier University |
$85,000 | 82% |
| Methane Emissions – Reduction Opportunity Identification through Validated Calculations and Emission Factors. | Laura Chutny Process Ecology Inc. |
$120,000 | 62% |
| Compressor Vent Measurement Study | Michael D’antoni GreenPath Enegy |
116,910 | 62% |
| Revised Emission Factors for level controllers | Michael D’antoni GreenPath Enegy |
82,610 | 80% |
| Leak Detection and Repair Baseline | Michael D’antoni GreenPath Enegy |
21,604 | 76% |
| Methane Reduction Costs in Alberta and BC | Michael D’antoni GreenPath Enegy |
25,050 | 61% |
| Detection of fugitive methane emissions with an unmanned aircraft system and gas absorption laser | Chris Hugenholtz University of Calgary |
$100,000 => See detailed budget in Appendix IV | 64% |
| Compressor Vent Measurement Study – Revised | Michael D’antoni GreenPath Energy |
48,000 | 0% |
