Performance of the Support System Following Multiple 3.0+ Mn Seismic Events at Vale’s Creighton Mine – A Case Study - RASIM2022

Society for Mining, Metallurgy & Exploration
Damodara Reddy Chinnasane Stephanie Singarayer Danielle Pelletier Mike Yao
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
10
File Size:
1248 KB
Publication Date:
Apr 26, 2022

Abstract

Mining at Vale’s Creighton Mine has been active for nearly 120 years in Sudbury, Ontario, Canada. Being the deepest mine in the Sudbury region, mining induced seismicity is a common occurrence at Creighton Mine. Over the past five years, 26 large magnitude seismic events ranging from 2.5 Mn to 3.7 Mn (Nuttli) have occurred. Out of these large magnitude events, three 3.0+ Mn events occurred between April 2020 and January 2021. The majority of the 3.0+ Mn events are believed to be the fault-slip type that could be linked to the known major geological structures and/or long-term effect of mining over many years. The recent large magnitude events are believed to be triggered by high induced stresses while mining the first few stopes of a new lower horizon in the top-down centre out mining sequence.
Citation

APA: Damodara Reddy Chinnasane Stephanie Singarayer Danielle Pelletier Mike Yao  (2022)  Performance of the Support System Following Multiple 3.0+ Mn Seismic Events at Vale’s Creighton Mine – A Case Study - RASIM2022

MLA: Damodara Reddy Chinnasane Stephanie Singarayer Danielle Pelletier Mike Yao Performance of the Support System Following Multiple 3.0+ Mn Seismic Events at Vale’s Creighton Mine – A Case Study - RASIM2022. Society for Mining, Metallurgy & Exploration, 2022.

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