Submit Search
Upload
Minetech
•
Download as DOCX, PDF
•
0 likes
•
275 views
Sudam Charan Behera
Follow
innovative mining technology
Read less
Read more
Report
Share
Report
Share
1 of 2
Download now
Recommended
DG southern mapping
DG southern mapping
Mike Savel
It was 20 years ago! Dare to Change - Geographic Intelligence – The Key to Information Superiority Request for assistance: “I’ve lined up CDF (Chief of the Defence Force) to give a luncheon talk to the members of ASIBA (Australasia Spatial Information Business Association) on Thursday 10 October. Naturally I will have to write his speech! If you have any particular thoughts on what I might include, I would be grateful. The aim will be to give the spatial industry lobby a feeling that Defence recognises, values and needs quality geo information in many areas. As well, I’ve agreed to speak to AURISA (Australasian Urban and Regional Information Association) on November 27 – guest / keynote speaker I think. Again any ideas you might want to proffer would be welcome”. [Director, DIGO]
Dare to Change - Geographic Intelligence - 2002
Dare to Change - Geographic Intelligence - 2002
Robert (Bob) Williams
Definition of Open pit Mining Parameters, Open pit Mining method, Bench, Open Pit Bench Terminology; Bench height; Cutoff grade; Open Pit Stability, Pit slope, Pit wall stability, Rock strength, Pit Depth, Pit diameter, Water Damage, Strip Ratio, Open-pit mining sequence, Various open-pit and orebody configurations; Ultimate Pit Definition, Manual Design, Computer Methods, Lerchs-Grossman method, Floating cone method; Open pit Optimization, The management of pit optimization, A simple example; The effects of scheduling on the optimal outline ; Optimum production scheduling; Materials handling Ex-Mine; Waste disposal; Dump design; Stability of mine waste dumps; Mine reclamation; Example of Open Pit Mining Methods
Surface mining planning and design of open pit mining
Surface mining planning and design of open pit mining
Geology Department, Faculty of Science, Tanta University
Evolution of mining technology
evolution of mining technology.pptx
evolution of mining technology.pptx
broDcast
Underground surveying
Underground survey
Underground survey
Sanjeet Kumar
Mining industry has developed through various cyvles dependant upon industry conditions. During tougher economic periods the industry has tendency looking for ways to make mining more efficiient and less risk associated with its activities. Exploration activity has always been a long term activity with a timespand oc decades instead of years or even months which the normal operations operate under. This require this part of mining industry to become more innovative and create more accurate prognosis for its discoveries.
Mining and artificial intelligence - a new paradigm growing!
Mining and artificial intelligence - a new paradigm growing!
Stig-Arne Kristoffersen
183-192_vdMerwe
183-192_vdMerwe
Chris van der Merwe
Brosure Laser 4D Monitoring Systems 3DLM UK Jogja
Brosure Laser 4D Monitoring Systems 3DLM UK Jogja
Murabet, MRT
Recommended
DG southern mapping
DG southern mapping
Mike Savel
It was 20 years ago! Dare to Change - Geographic Intelligence – The Key to Information Superiority Request for assistance: “I’ve lined up CDF (Chief of the Defence Force) to give a luncheon talk to the members of ASIBA (Australasia Spatial Information Business Association) on Thursday 10 October. Naturally I will have to write his speech! If you have any particular thoughts on what I might include, I would be grateful. The aim will be to give the spatial industry lobby a feeling that Defence recognises, values and needs quality geo information in many areas. As well, I’ve agreed to speak to AURISA (Australasian Urban and Regional Information Association) on November 27 – guest / keynote speaker I think. Again any ideas you might want to proffer would be welcome”. [Director, DIGO]
Dare to Change - Geographic Intelligence - 2002
Dare to Change - Geographic Intelligence - 2002
Robert (Bob) Williams
Definition of Open pit Mining Parameters, Open pit Mining method, Bench, Open Pit Bench Terminology; Bench height; Cutoff grade; Open Pit Stability, Pit slope, Pit wall stability, Rock strength, Pit Depth, Pit diameter, Water Damage, Strip Ratio, Open-pit mining sequence, Various open-pit and orebody configurations; Ultimate Pit Definition, Manual Design, Computer Methods, Lerchs-Grossman method, Floating cone method; Open pit Optimization, The management of pit optimization, A simple example; The effects of scheduling on the optimal outline ; Optimum production scheduling; Materials handling Ex-Mine; Waste disposal; Dump design; Stability of mine waste dumps; Mine reclamation; Example of Open Pit Mining Methods
Surface mining planning and design of open pit mining
Surface mining planning and design of open pit mining
Geology Department, Faculty of Science, Tanta University
Evolution of mining technology
evolution of mining technology.pptx
evolution of mining technology.pptx
broDcast
Underground surveying
Underground survey
Underground survey
Sanjeet Kumar
Mining industry has developed through various cyvles dependant upon industry conditions. During tougher economic periods the industry has tendency looking for ways to make mining more efficiient and less risk associated with its activities. Exploration activity has always been a long term activity with a timespand oc decades instead of years or even months which the normal operations operate under. This require this part of mining industry to become more innovative and create more accurate prognosis for its discoveries.
Mining and artificial intelligence - a new paradigm growing!
Mining and artificial intelligence - a new paradigm growing!
Stig-Arne Kristoffersen
183-192_vdMerwe
183-192_vdMerwe
Chris van der Merwe
Brosure Laser 4D Monitoring Systems 3DLM UK Jogja
Brosure Laser 4D Monitoring Systems 3DLM UK Jogja
Murabet, MRT
mineral_resources_booklet
mineral_resources_booklet
Micha Janosch Zauner
Technology assisting in blast monitoring in opencast mines.
Computer applications in drilling and blasting
Computer applications in drilling and blasting
chemistrya40
IEEE Paper Link: https://ieeexplore.ieee.org/abstract/document/8389041/ Presentation of the the paper in the fourth 4th IEEE International Conference on Recent Advances in Information Technology
IoT in Mining for Sensing, Monitoring and Prediction of Underground Mines Roo...
IoT in Mining for Sensing, Monitoring and Prediction of Underground Mines Roo...
Ankit Singh
ROCKMASS RESPONSE TO MINING_2016_linkedinC
ROCKMASS RESPONSE TO MINING_2016_linkedinC
Phil Earl
Presentation of Remote Mining projects
2008 remote mining
2008 remote mining
Elliot Duff
M TECH GEOMATICS COURSE BROCHURE
M TECH GEOMATICS COURSE BROCHURE
Siddharth Chaudhary
The invention refers to a method of processing interferometric image radar data, acquired in multi-pass configurations, for the detection and analysis of multiple components of non-stationary radio backscatter at different altitudes and/or displacement speeds.
Method for processing multi-pass radar data for sensing and analysing multipl...
Method for processing multi-pass radar data for sensing and analysing multipl...
Toscana Open Research
company profile
Terrestrial Gis Corporate Profile.pdf
Terrestrial Gis Corporate Profile.pdf
JRTGlobalFashionJRTG
Modern Mining techniques & Establishing feasibility study for a proposed mine project
Modern mining
Modern mining
arabnubia
Mike Woodhall presents at SAIMM 2016: From new to innovative – practical guidelines to enabling transformation in the mining industry.
New Technology & Innovation in mining
New Technology & Innovation in mining
Empie Strydom
Production and Overall Equipment Efficiency & Effectiveness
Mineograph Mining Automation Software
Mineograph Mining Automation Software
Mineograph Software
GENEGIS GI is an Italian SME that operates for over a decade in Geographic Information Systems (GIS) and more generally, in the field of geospatial computer applications, developing custom projects for every need.
Genegis GI researcha and innovation project
Genegis GI researcha and innovation project
Francesca Sapio
Green and Automated mining involves the application of intelligent technologies that can greatly improve the quality of mining by enhancing high production, improved safety of operations, sustainable environmental management, and effective mine communication. The world is campaigning for sustainable utilization and exploitation of mineral resources by zero waste and zero mine accidents. Hence to realize this dream, the adoption of smart mining is becoming a priority. Automated mining entails that intelligent technologies are incorporated in the operations of the mines, these technologies include UAVs, robotics and artificial intelligence, Internet of Things (IoT) and different sensors. These technologies are at the helm of safer, faster and more effective collection of big data for better production planning, safety monitoring, transportation and fleet management, and real time monitoring of mining operations. The benefit of these technologies includes effective decision making and more efficient response to safety emergencies of the mine. This study highlights the different applications, advantages and challenges of UAVs and IoT in surface mine operations.
A REVIEW OF THE VERSATILITY OF UAVS TECHNOLOGY APPLICATION IN THE SUPPORT OF ...
A REVIEW OF THE VERSATILITY OF UAVS TECHNOLOGY APPLICATION IN THE SUPPORT OF ...
EbeliaMandaMvula
nice one 5G positionong
Vocoders rare topicpptx
Vocoders rare topicpptx
RAHULCHANDRA100
Digital Shearography is a Non-destructive testing method that utilizes laser technology for the identification and assessment of surface defects. Read More!
Overview of Digital Shearography for NDT
Overview of Digital Shearography for NDT
ManaswiMumbarkar
Hydrographic Survey Equipment Market research report on global market revenue, trends, growth, share, size and forecast to 2022. https://www.scalarmarketresearch.com/request-sample.php?id=1078
hydrographic survey equipment market forecast to 2022 by scalar market research
hydrographic survey equipment market forecast to 2022 by scalar market research
Scalar Market Research
The cost effective satellite technics and image processing methodologies combined with expertise on surface conditions and geomorphology help reducing risks and provide good pre-analysis assessments for seismic planning and campaign.
Remote sensing applications for seismic planning
Remote sensing applications for seismic planning
TTI Production
McKim Creed
McKim Creed
Bobby Patten
MAPS GEOSYSTEM PROFILE 2015
MAPS GEOSYSTEM PROFILE 2015
SURAJ CHOUDHARY
https://www.irjet.net/archives/V9/i6/IRJET-V9I6344.pdf
ASSESSING THE USE OF UNMANNED AERIAL VEHICLES (UAV)/DRONES IN MINING INDUSTRY
ASSESSING THE USE OF UNMANNED AERIAL VEHICLES (UAV)/DRONES IN MINING INDUSTRY
IRJET Journal
B I R D
B I R D
Sudam Charan Behera
Mining quiz 1
Mining quiz 1
Sudam Charan Behera
More Related Content
Similar to Minetech
mineral_resources_booklet
mineral_resources_booklet
Micha Janosch Zauner
Technology assisting in blast monitoring in opencast mines.
Computer applications in drilling and blasting
Computer applications in drilling and blasting
chemistrya40
IEEE Paper Link: https://ieeexplore.ieee.org/abstract/document/8389041/ Presentation of the the paper in the fourth 4th IEEE International Conference on Recent Advances in Information Technology
IoT in Mining for Sensing, Monitoring and Prediction of Underground Mines Roo...
IoT in Mining for Sensing, Monitoring and Prediction of Underground Mines Roo...
Ankit Singh
ROCKMASS RESPONSE TO MINING_2016_linkedinC
ROCKMASS RESPONSE TO MINING_2016_linkedinC
Phil Earl
Presentation of Remote Mining projects
2008 remote mining
2008 remote mining
Elliot Duff
M TECH GEOMATICS COURSE BROCHURE
M TECH GEOMATICS COURSE BROCHURE
Siddharth Chaudhary
The invention refers to a method of processing interferometric image radar data, acquired in multi-pass configurations, for the detection and analysis of multiple components of non-stationary radio backscatter at different altitudes and/or displacement speeds.
Method for processing multi-pass radar data for sensing and analysing multipl...
Method for processing multi-pass radar data for sensing and analysing multipl...
Toscana Open Research
company profile
Terrestrial Gis Corporate Profile.pdf
Terrestrial Gis Corporate Profile.pdf
JRTGlobalFashionJRTG
Modern Mining techniques & Establishing feasibility study for a proposed mine project
Modern mining
Modern mining
arabnubia
Mike Woodhall presents at SAIMM 2016: From new to innovative – practical guidelines to enabling transformation in the mining industry.
New Technology & Innovation in mining
New Technology & Innovation in mining
Empie Strydom
Production and Overall Equipment Efficiency & Effectiveness
Mineograph Mining Automation Software
Mineograph Mining Automation Software
Mineograph Software
GENEGIS GI is an Italian SME that operates for over a decade in Geographic Information Systems (GIS) and more generally, in the field of geospatial computer applications, developing custom projects for every need.
Genegis GI researcha and innovation project
Genegis GI researcha and innovation project
Francesca Sapio
Green and Automated mining involves the application of intelligent technologies that can greatly improve the quality of mining by enhancing high production, improved safety of operations, sustainable environmental management, and effective mine communication. The world is campaigning for sustainable utilization and exploitation of mineral resources by zero waste and zero mine accidents. Hence to realize this dream, the adoption of smart mining is becoming a priority. Automated mining entails that intelligent technologies are incorporated in the operations of the mines, these technologies include UAVs, robotics and artificial intelligence, Internet of Things (IoT) and different sensors. These technologies are at the helm of safer, faster and more effective collection of big data for better production planning, safety monitoring, transportation and fleet management, and real time monitoring of mining operations. The benefit of these technologies includes effective decision making and more efficient response to safety emergencies of the mine. This study highlights the different applications, advantages and challenges of UAVs and IoT in surface mine operations.
A REVIEW OF THE VERSATILITY OF UAVS TECHNOLOGY APPLICATION IN THE SUPPORT OF ...
A REVIEW OF THE VERSATILITY OF UAVS TECHNOLOGY APPLICATION IN THE SUPPORT OF ...
EbeliaMandaMvula
nice one 5G positionong
Vocoders rare topicpptx
Vocoders rare topicpptx
RAHULCHANDRA100
Digital Shearography is a Non-destructive testing method that utilizes laser technology for the identification and assessment of surface defects. Read More!
Overview of Digital Shearography for NDT
Overview of Digital Shearography for NDT
ManaswiMumbarkar
Hydrographic Survey Equipment Market research report on global market revenue, trends, growth, share, size and forecast to 2022. https://www.scalarmarketresearch.com/request-sample.php?id=1078
hydrographic survey equipment market forecast to 2022 by scalar market research
hydrographic survey equipment market forecast to 2022 by scalar market research
Scalar Market Research
The cost effective satellite technics and image processing methodologies combined with expertise on surface conditions and geomorphology help reducing risks and provide good pre-analysis assessments for seismic planning and campaign.
Remote sensing applications for seismic planning
Remote sensing applications for seismic planning
TTI Production
McKim Creed
McKim Creed
Bobby Patten
MAPS GEOSYSTEM PROFILE 2015
MAPS GEOSYSTEM PROFILE 2015
SURAJ CHOUDHARY
https://www.irjet.net/archives/V9/i6/IRJET-V9I6344.pdf
ASSESSING THE USE OF UNMANNED AERIAL VEHICLES (UAV)/DRONES IN MINING INDUSTRY
ASSESSING THE USE OF UNMANNED AERIAL VEHICLES (UAV)/DRONES IN MINING INDUSTRY
IRJET Journal
Similar to Minetech
(20)
mineral_resources_booklet
mineral_resources_booklet
Computer applications in drilling and blasting
Computer applications in drilling and blasting
IoT in Mining for Sensing, Monitoring and Prediction of Underground Mines Roo...
IoT in Mining for Sensing, Monitoring and Prediction of Underground Mines Roo...
ROCKMASS RESPONSE TO MINING_2016_linkedinC
ROCKMASS RESPONSE TO MINING_2016_linkedinC
2008 remote mining
2008 remote mining
M TECH GEOMATICS COURSE BROCHURE
M TECH GEOMATICS COURSE BROCHURE
Method for processing multi-pass radar data for sensing and analysing multipl...
Method for processing multi-pass radar data for sensing and analysing multipl...
Terrestrial Gis Corporate Profile.pdf
Terrestrial Gis Corporate Profile.pdf
Modern mining
Modern mining
New Technology & Innovation in mining
New Technology & Innovation in mining
Mineograph Mining Automation Software
Mineograph Mining Automation Software
Genegis GI researcha and innovation project
Genegis GI researcha and innovation project
A REVIEW OF THE VERSATILITY OF UAVS TECHNOLOGY APPLICATION IN THE SUPPORT OF ...
A REVIEW OF THE VERSATILITY OF UAVS TECHNOLOGY APPLICATION IN THE SUPPORT OF ...
Vocoders rare topicpptx
Vocoders rare topicpptx
Overview of Digital Shearography for NDT
Overview of Digital Shearography for NDT
hydrographic survey equipment market forecast to 2022 by scalar market research
hydrographic survey equipment market forecast to 2022 by scalar market research
Remote sensing applications for seismic planning
Remote sensing applications for seismic planning
McKim Creed
McKim Creed
MAPS GEOSYSTEM PROFILE 2015
MAPS GEOSYSTEM PROFILE 2015
ASSESSING THE USE OF UNMANNED AERIAL VEHICLES (UAV)/DRONES IN MINING INDUSTRY
ASSESSING THE USE OF UNMANNED AERIAL VEHICLES (UAV)/DRONES IN MINING INDUSTRY
More from Sudam Charan Behera
B I R D
B I R D
Sudam Charan Behera
Mining quiz 1
Mining quiz 1
Sudam Charan Behera
Mining technology
Mining technology
Sudam Charan Behera
blasting knowledge.....
Blasting questions
Blasting questions
Sudam Charan Behera
GENERAL KNOWLE
Gk 1
Gk 1
Sudam Charan Behera
Gk
Gk
Sudam Charan Behera
More from Sudam Charan Behera
(6)
B I R D
B I R D
Mining quiz 1
Mining quiz 1
Mining technology
Mining technology
Blasting questions
Blasting questions
Gk 1
Gk 1
Gk
Gk
Minetech
1.
2.
Pit optimisation techniques-
Lerchs-Grossmann method, Floating cone method
3.
Mine planning and
design
4.
Mining method selection
by using multiple attribute decision making (MADM)methods.
5.
Mining equipment selection
using expert systems(AI)
6.
Drilling optimisation by
3D laser
7.
Blasting optimization technologies-electronic
detonator system
8.
Fragmentation optimization-through varieties
of software like Wip frag and SPLIT digital fragmentation technology
9.
Haul-road design, maintainance
and operation
10.
Machinery maintenance management
system like uptime
11.
Centralized lubrication system
12.
Risk-based safety management
system
13.
Computerised truck dispatch
system-GPS based
14.
Waste-dump design,maintainance
and stability monitoring
15.
Integrated mine management
system
16.
Integrated environment management
system
17.
Geotechnical modelling-emerging ground
water mapping techniques for mine design
18.
Wireless technologies/Remote sensing
Technologies
19.
Micro-seismic monitoring systems/Acoustic
Emission techniques
20.
Vibration monitoring system
for mining machineries
21.
Virtual reality technology
for mine rescue and fire escape training
22.
Wireless tracking and
proximity warning devices(PWD) system
23.
Collision avoidance and
automation using RADAR systems
24.
Numerical techniques rock
blasting in mines
25.
Ground control monitoring
system using different geodetic , geotechnical, geophysical and remote sensing methods
26.
Six-sigma technology in
balsting design to optimize the mill performance.
27.
Simulation techniques
28.
GIS solutions for
mining environment applications
29.
Slope stability analysis
using analytical and numerical techniques and using varieties of slope stability software .
30.
Integrated mine communication
system like PED,Bi-PED by Minesite technologies
31.
Measurement of adverse
impacts of blasting by seismograph and high speed phoptography
32.
Performance enhancement of
crushing and screening plants through Artificial Intelligence and Expert Systems
33.
Intelligent mine technology
(IMT) using a combination of mine information, communication and technology (automation) i.e. ICT
Download now