HeaderHeaderHeader Home · Site Map · Admin
Workplace Safety North

 About Us
 2008 Annual Report
 WSN Board
 Disclaimer
 Privacy Policy

 News
 Links
 Products
 Statistics
 Fatality Reports
 SAI Bulletins
 Discussion Forum
 Safety Pathfinders

 General Consulting
 Industrial Hygiene
 Ground Control
 Mine Rescue
 Auditing

 Training Calendar
 Course Descriptions

 Mine Rescue Updates
 International Mines
 Rescue Body

 Committees
 Project Outlines
 Research Links
 Grnd Support Tendons
 Diesel Emissions Sym.

 Mining Health & Safety
 Conference Update

 Staff Contacts
 Contact Us

About MASHA
Research
Research
Research
Research
Research
Members' Library
Member's Sign-in

New User?  Click Here
Hot Topics
Download the Macromedia Flash Player
Search
Enter Keywords

Search Now
Downloads
Get Acrobat Reader
Adobe Acrobat Reader

Download the Macromedia Flash Player
Flash Enabled
MASHA Diesel Emissions Symposium 2009
Ground Support Tendons

Safe Operator Campaign

Project Outlines

Ground Fall Mitigation Capability and Enhanced Testing for Rockburst Susceptibility of Rock Liners - Phase 2 - COMPLETE

The Health and Safety Issue
Rockbursts and falls of ground are one of the major causes of serious accidents in Ontario's underground mines. There is a need to explore new and better approaches to ground control.
MASHA's Partners
MASHA's ground control TAC monitors the research project, which is undertaken by Queen's University. The project is funded by the Research Advisory Council of the Workplace Safety and Insurance Board (WSIB).
The Research Project

This study continues previously-funded work on characterizing support capabilities of conventional and innovative types of spray-on rock lining materials for preventing worker injury and excavation damage associated with ground falls and rock bursts in underground mines. The relative effectiveness of a wide range of spray-on support media for suppressing rock ejection, reducing liner damage, and inhibiting potential worker injury will be assessed using information gained through completion of a number of repeatable blasting trials.
Results
Research Results

For more information on this project, contact : Luc Beauchamp
HeaderHeaderHeaderBack · Top