THE CHALLENGE
Mechanization and automation are changing the way ore deposits are
being mined. Industry needs more energy-efficient methods, systems
and approaches. New technologies require a higher-skilled labour force
and can reduce the exposure of miners to hazards.
NRCan CAN HELP
CANMET-MMSL has established a team of specialists in mechanical,
mining, electrical, computer applications and electronic engineering.
We work with the mining industry to enhance health and safety in
underground mining operations, facilitate mechanization and automation,
improve mine profitability, and provide sound science to Canadian
regulatory agencies. Of particular importance are mechanization
and automation in narrow-vein mines, and addressing the needs of
deep mining operations. The CANMET-MMSL Experimental
Mine in Val-d’Or, Quebec, provides unique underground and
surface industrial-scale facilities to develop and improve underground
mining equipment and systems.
EXPERTISE
CANMET-MMSL has developed a range of expertise through R&D; activities:
Equipment modelling and development
- Design and development of equipment to improve miner health
and safety including ambient noise abatement, miner locating device
and vibration reduction
- Standardized performance evaluation systems for drilling equipment
and accessories
- Instrumentation, data acquisition and experimental procedures
to evaluate and adapt mining equipment
Mining methods and systems
- Water hydraulic systems
- Design, adaptation and testing of new mining systems for Canadian
operations
- Non-explosive techniques for rock fragmentation
Programmable controllers for underground systems and location
of equipment
Wireless communications for automated control of stationary and
mobile equipment
SUCCESSFUL PARTNERSHIPS
- In collaboration with Canadian mining companies and a manufacturer,
CANMET-MMSL has developed a hydraulic rockdrill, the CANDRILL.
CANMET-MMSL served as the project leader and participated in improving
the performance and ergonomics, as well as testing of the rockdrill
at the CANMET-MMSL Experimental Mine in Val-d’Or. This project
has successfully produced a more environmentally friendly and
energy-efficient rockdrill that also increases productivity.
- In cooperation with the Fuelcell Propulsion Institute, CANMET-MMSL
has initiated a North American research consortium to develop
the application of fuel cells to underground mine production vehicles.
The objective is to eliminate the emissions of diesel fumes underground.
CANMET-MMSL is responsible for organizing the Canadian portion
of the project and to provide specifications and do the evaluation.
The first worldwide fuel cell-powered locomotive has been evaluated
and demonstrated at the CANMET-MMSL Experimental Mine in Val-d’Or
and at an Ontario operation.
- A new project is now underway to develop the first fuel cell
propelled loader.