Injectable Resin ? A Highly Adaptable Ground Support Anchoring System

Canadian Institute of Mining, Metallurgy and Petroleum
Chris J. Pritchard
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
8
File Size:
651 KB
Publication Date:
May 1, 2011

Abstract

Pumpable, two-component resins for anchoring rock bolts provides significant advantages over traditional cartridge resin and cement grout systems where fast and easily adaptable support is required for difficult ground conditions. Cartridge resin anchoring with rock bolts is often ineffective in oversized, fractured and washed-out holes. Cement grouting of cable bolts is frequently plagued with QA and QC issues related to the grouting process. Installation of cable bolts with resin injection techniques is routinely completed in cycle allowing blasting immediately after cable bolting. Xstrata Nickel has evaluated the Minova Resin Injection System since 2007. The Nickel Rim Mine and partner Minova have tested and validated the Resin Injection process for bolting procedures including Hollow Fiberglass Bolts, Rebar, Modified Cone Bolts and Cable Bolts. The resin injection process is adaptable to most bolting processes and equipment. Currently, Nickel Rim Mine use 2 resin injection products with different set times to grout deep cable bolts and development support in highly variable ground conditions. The product predictability and adaptability in application along with a high crew acceptance continues to make this support process part of an adaptable ground support system. Product consistency and quality significantly reduce the quality control concerns for ground support in highly variable ground conditions.
Citation

APA: Chris J. Pritchard  (2011)  Injectable Resin ? A Highly Adaptable Ground Support Anchoring System

MLA: Chris J. Pritchard Injectable Resin ? A Highly Adaptable Ground Support Anchoring System. Canadian Institute of Mining, Metallurgy and Petroleum, 2011.

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