Using GIS Application for Inlet/Outlet Tunnel Geologic Mapping for Ground Support (CH Reservoir Case Study) - RETC2023

Society for Mining, Metallurgy & Exploration
Nadav Bar-Yaakov Gregory Raines Eric Zimmerman Cory Bolen
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
8
File Size:
144 KB
Publication Date:
Jun 13, 2023

Abstract

The Chimney Hollow Reservoir Project broke ground in August 2021, constructing the tallest Asphalt Core Dam in North America, intending to improve reliability of drinking water supply to Northern Colorado communities. Aiming to expedite and streamline the geological mapping process in the tunnel, Stantec’s teams have developed a mobile and web-based GIS application for digital mapping input and rock mass evaluation, allowing real time decision making for assigning tunnel support class and resulting in a faster more efficient process. The following article presents and demonstrates the GIS mobile and web application-based process, the mapping results and review additional uses of the database created.
Citation

APA: Nadav Bar-Yaakov Gregory Raines Eric Zimmerman Cory Bolen  (2023)  Using GIS Application for Inlet/Outlet Tunnel Geologic Mapping for Ground Support (CH Reservoir Case Study) - RETC2023

MLA: Nadav Bar-Yaakov Gregory Raines Eric Zimmerman Cory Bolen Using GIS Application for Inlet/Outlet Tunnel Geologic Mapping for Ground Support (CH Reservoir Case Study) - RETC2023. Society for Mining, Metallurgy & Exploration, 2023.

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