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Mechanised Mining Systems (MMS)

Mechanised Mining Systems is aimed at providing sustainable mechanised drill, blast and mechanical rock breaking solutions in advancement to facilitate achieving zero harm, whilst maintaining and defending desired production rates at minimised costs, within the Au, and PGM mining industries. It further explores the development of innovative technology readiness level by means of validation and certification.​

Objectives

The MMS programme seeks to address the challenge of achieving zero harm, achieving consistent production rates and optimising operational costs in underground mechanised mines. This includes:

In cases where original equipment manufacturers are unable to provide a commercial solution, the design and production of such equipment will be conducted locally; To assist in the development and implementation of the Technology Assessment and Readiness Atlas; To pursue any prototypes developed in the programme and highlighted as feasible with a partner within the Mining Equipment Manufacturers of South Africa

Programme Outcomes

Demonstration Videos

Current Projects

Resource Extraction Optimisation:

Technology Integration Assessment

Resource Extraction Optimisation:

Testing and demonstrate equipment products with level 2 autonomous mining capabilities

Resource Extraction Optimisation:

Rock Engineering Pillar Design (Phase V)

Complete Project Selection

Ventilation Design Optimisation

Equipment and Communication Utilisation

Shaft Infrastructure and Access Development

Energy Efficiency Guideline

Rock Engineering Design Optimisation

Thermal Spalling Study as Mining Method

Diamond Wire Cutting Trial

Autonomous Equipment and Supporting Systems

Rapid Horizontal Access Study

Rapid Inclined Access Development

Mechanised Mining Optimisation

Rapid Development Equipment Demonstrators

Ventilation on Demand

Mechanised Mining Equipment Utilisation

Improved Pillar Desig Study Phase I

Developing an effective pillar design methodology for mechanised mining

ULP equipment application study for NRHR mining Phase II

Mechanised Mining Equipment Optimisation

Mechanical Rock Breaking Technical Design Study for PGM and Gold applications

Mechanised Mining Optimisation

FINAL MILESTONE REPORT

Rock Engineering Pillar Design Phase III

Mechanical Rock-cutting Technical Design Study Phase II

Rock Engineering Pillar Design Phase IV

NERB Equipment Assessments

Testing Autonomous Level 2 Equipment

A framework to define, design and construct digital twins in the mining industry

Mechanical Rock Cutting Technical Design Study Phase II

ULP equipment Experimental results and Digital Twin establishment

Rock Engineering Pillar Design (Phase IV) - Numerical modelling of stiffness of the loading system

Testing and demonstrate equipment products with autonomous mining level 2 capabilitie s

Non-explosive rock breaking equipment testing and TRL 6 assessment and validation for applications in NRHR mines

Focus area

Mechanised Mining Systems (MMS) is aimed at providing sustainable mechanised drill, blast and mechanical rock breaking solutions in advancement to facilitate achieving zero harm, whilst maintaining and defending desired production rates at minimised costs, within the Au, and PGM mining industries.

Technology Business Improvement

Technology Business Improvement

The Technology Business Improvement focus is based on researching and identifying the latest technology products or systems to enhance products KPI measuring, control functioning, reporting to integrate with existing management system solutions.
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Sustainable Future Mining

Sustainable Future Mining

The Sustainable Future Mining has a strong focus on providing a safer and higher mining extraction rate at various depths and commodities supported by effective pillar design mechanisms.
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Resource Extraction Optimisation

Resource Extraction Optimisation

The Resource Extraction Optimisation focus area remains the primary focus area, underpinned by developing evaluation models to determine technical and economic viable equipment application selection aligned
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guidelines

Rock Engineering Design Criteria

Best Practice Applications of Mechanised Equipment

Energy Utilisation

Guidelines for pillar reclamation

Mechanical rock cutting technical design study Phase II – Establish a Design Framework

Presentations

Rock Engineering Pillar Design

non Explosive Rock Breaking Technologies

Machanical Rock Cutting

ULP Equipment Expirimental Results and Digital Twinning

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  • Establishment PR
  • Digital Twinning

MMS Team

Martin Pretorius

Programme Manager

Yanga Mnyamana

Programme Administrator

Programme Manager:Longevity of Current Mines (LoCM) & Mechanised Mining Systems (MMS)

Martin Pretorius

Martin’s interests are in modernised mining systems, to optimise current mining practices in creating new innovation and supporting systems to enhance novel mining methods.

Expertise

Mining engineering, business optimisation, strategic planning.

Email

mpretorius@mandelaminingprecinct.org.za

Description

As the programme manager responsible for the Longevity of Current Mines research programme, Martin is interested in modernised mining systems.

Project Administrator: Longevity of Current Mines (LoCM) and Mechanised Mining Systems (MMS)

Yanga Mnyamana

Yanga Mnyamana is a Project Administrator at the Council for Scientific and Industrial Research (CSIR), supporting the Longevity of Current Mines (LoCM) and Mechanised Mining Systems (MMS) programmes. She brings strong expertise in project coordination, stakeholder engagement, and data management, with proficiency in ArcGIS, QGIS,  and Microsoft Office 365.

Expertise

With a background in environmental governance and spatial planning, Yanga previously served at the Department of Forestry, Fisheries, and the Environment and the Department of Social Development, where she advanced community-based environmental programmes and GIS policy development

Email

YMnyamana@csir.co.za

Description
Yanga holds a Postgraduate Diploma in Project Management from the Management College of Southern Africa (MANCOSA), a BSc (Hons) in Geography, and a BSc in Environmental Geography from the University of the Free State. She is registered as a GIS Technologist-in-Training with the South African Geomatics Council (SAGC) and is in the process of registering with SACNASP and EAPASA. She is passionate about sustainable development, innovation, and advancing research in the mining and environmental sectors.

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Programme Manager: Successful Applications of Technology Centred Around People (SATCAP)

Dr Sherin Ramparsad

As the Programme Manager: Successful Applications of Technology Centred Around People (SATCAP), Sherin is responsible for leading research on understanding the effects and impacts of mining modernisation on people.

Expertise

Learning and Development

Email

sramparsad@mandelaminingprecinct.org.za

Description

Sherin holds a Doctorate Degree in Education Management, with various other professional qualifications in her field, and is a registered Master Learning and Development specialist.

She is passionate about sustaining the mining sector through growing and developing leaders in mining, and in her own time, is a GIBS Associate – an MBA supervisor, coach and examiner for the Gordan Institute of Business Science, and is a visiting Adjunct Professor for the Wits Mining Institute, at the University of Witwatersrand.

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