advancedmining technologies contributingtoa safe
TRANSCRIPT
Advanced Mining Technologies
-Contributing to a safe,
efficient and responsiblemining
Univ.-Prof. Dr.-Ing. Elisabeth Clausen01.09.2020
Sustainability as a Global Mission Statement
The role of mining for achieving the UN Sustainable Development Goals
Aus: Mapping Mining to theSustainable Development Goals: An Atlas, World Economic Forum, 2016
Chances:
Challenges:
Contribution to innovation and infrastructure9
Jobs and income1
Better living conditions in rural areas10
Social acceptance10
Corruption10
Resource curse8
Inefficient production9
Qualification8
State Income8
Occupational Health and Safety3
Environmental protection15
Institute for Advanced Mining Technologies
AMT. Achieving More Together
Mining Journal
Research, Teaching and Transfer
for a safe, efficient and responsible raw materials extraction through the
automation and digitalisation of mining machinery and processes
Our Research focus
Excellence along the data-information value chain
Smart Services
Signal and Image Processing,
Modelling and Simulation
Digital CommunicationRuggedized Sensors
Data Generation Data Transfer Data Processing Information
Mining 4.0
Examples for solutions
Digital Twin
Localization
Predictive Maintenance
Drones
Miniaturization
Mine Safety
Roof crack detection based on infrared thermography
Infrared radiation
Temperature
Surface quality
Direction
Material characteristics
Impervious to dust/aerosols
Independent of light sourcesPassive
Robust
Mine Safety
Hot-Spot Detection Object- and Person Recognition
Material Characterization
Moisture Determination Condition Monitoring
Other applications of the infrared thermography
Mine Safety
Mine ventilation and explosion protection
SimulationModeling
Hazardidentification Mitigation
Productivity and Efficiency
Selective mining through boundary layer detection
Original infrared image Processed version of the original image
5 m
4 m
Productivity and Efficiency
Data fusion for material flow characterization
Infrared camera
Acoustic emissionsensor
Material A
Material B
Amou
ntm
ater
ial A
[kg]
Time [s]
Productivity and Efficiency
Other applications of the acoustic emission measurements
Material Characterization
ConditionMonitoring
Rock Layer Detection
SoilClassification
Productivity and Efficiency
Condition monitoring and predictive maintenance
ClassificationApplication cases Sensors
Automated analysis
Scale Sense
Project Duration: 01.05.2020 – 30.04.2022 Project Partners: Hermann Paus Maschinenfabrik GmbH
AMT, RWTH Aachen University Project Description:
Developing a sensor-based system for the detection of looserock
Using a combination of Long Wave Infrared Thermography and the Acoustic Emission Technology
More robust sensor system, in case of failure of one system, with higher reliability and a more complete detection of the loose rock
Increasing safety in underground mines Contributing to digitalization of the scaling process
In-Situ Detection of Loose Rock During the Scaling Process
The project is funded by the Federal Ministry of Economic Affairs and Energy based on a decision by the German Bundestag, under Grant Agreement ZF4010406PO.
RWTH Aachen UniversityInstitute for Advanced Mining Technologieswww.amt.rwth-aachen.de
Univ.-Prof. Dr.-Ing. Elisabeth [email protected]
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