2011 common mine model
•Télécharger en tant que PPTX, PDF•
1 j'aime•41 vues
Presentation of Common Mine Model shriven to AMIRA in 2011
Recommandé
Recommandé
Contenu connexe
Tendances
Tendances (19)
Similaire à 2011 common mine model
Similaire à 2011 common mine model (20)
Plus de Elliot Duff
Plus de Elliot Duff (20)
Dernier
Dernier (20)
2011 common mine model
- 1. Transforming the Future Mine: The case for the Common Mine Model Elliot Duff and Stephen Fraser Principal Research Scientist TM
- 2. CSIRO • National Science Agency • Total revenue of $1.3 billion • $634.8 million external revenue • Supporting Australian Industry • Minerals Down Under Flagship Industry Partner Commercial Partner Research Partner Technology Transfer Research Project
- 3. CSIRO in the Minerals Sector Drilling Exploration Cutting Logistics Hylogger Mapping Communications Automation Rehabilitation Sensor Networks Decision Support Visualization Environ Sensors Analysis Online monitoring Interfaces
- 4. Future Trends AMIRA Nov 2011 – Elliot Duff Information Flow
- 5. Unified User Interface 3DCMM Communications Infrastructure Common Mine Model Exploration MinePlanning Drilling Excavation Blasting Haulage RockBreaking Processing Train ShipLoading Process Surveying Analysis Infrastructure Maintenance LogisticsSupport Framework of Standards Remote Operations Local Operations Information flow Vendors
- 6. Implementation #1: Exploration & Mapping CSIRO. The Next Generation Mine Geochemical Geological Geotechnical Physical Terrain Mapping Reconciliation Modeling Back analysis Geo-Sensing Iso-Surface Simulation SLAM M4D (Mining in the 4th Dimension) Interactive Feed-forward/back Information/Knowledge System to facilitate Geologically Intelligent Mining
- 7. Implementation #2: Communications & Localization Create a framework of communications standards to support the interoperability of heterogeneous mobile autonomous surface mining equipment, which will provide enterprise integration of automation technology into the mining business Mining Companies Communications Framework Research Institutes Requirements Technology Shearer Position Measurement System hardware modules Ngara rural wireless broadband
- 8. Implementation #3 Mining Automation Dragline Swing Automation Shovel Automation Traffic Management LHD Automation (MineGem) Longwall Automation (CESRE)Explosive Loading (ORICA) NASA/JPL
- 9. Recent Application: Underground Mapping Scanning Lidars on Ute 17km of decline mapped in 2 hours Scanning Lidar on Trolley Jenolan Cave mapped in 9 hours
- 10. Future Trends: Drivers and Opportunities FMG Next Generation Mining 14 March 2011 Elliot Duff P1 P2 P3 P4M1 P1 P2 P3 P4M2 M3 Mine Business Centre Social Factors Remote Mining Tele Workers Your data and infrastructure is your business Private Cloud Remote Service Providers Remote Operations Centres Mine Virtualisation
- 11. Contact Us Phone: 1300 363 400 or +61 3 9545 2176 Email: enquiries@csiro.au Web: www.csiro.au CSIRO Dr. Elliot Duff Principal Research Scientist Phone: +61 7 33274632 Email: elliot.duff@csiro.au Web: research.ict.csiro.au To see presentation “Mining in the Cloud”, go to the bottom of page http://research.ict.csiro.au/research/labs/autonomous-systems/field-robotics/mining-robotics To see another presentation “Mapping the Unknown”, go to the bottom of page http://research.ict.csiro.au/research/labs/autonomous-systems/field-robotics/mapping-and-localisation These are on-line presentations that enable you to zoom in and out of a giant whiteboard. You can navigate along a predefined path by selecting the arrow key along the bottom, or You can use the mouse to pan and zoom across the whiteboard.
Notes de l'éditeur
- Common Mine Model As ore quality continues to degrade the potential to improve returns by properly managing the integration of the mining tasks from exploration through to metal production and finally site restoration becomes evident. The process that ensures that all of the data that is used and developed during each task is then passed on to subsequent tasks (or passed back to modify planning) is currently unreliable and adds little value. A truly integrated mine site will have a common database that has the ability to be accessed and updated by the various software systems. We have called this the Common Mine Model (CMM), which is a 4D model that mirrors the current state of the mine (3D) and evolves in time (from exploration to restoration). Contained within the model are references to the original data, and a measure of the systems confidence in the data (i.e. its quality). Without knowing the quality of data, the future dreams of remote operations and automation will not be efficiently achieved. The task of developing protocols that will provide the free exchange of information between the various software systems on a mine site is not small. Many groups including CSIRO, IREDES, and various consulting companies and communications companies have had experience in integrating a limited number of items in the mining chain, but in general only a small portion of the chain. Part of this proposal is the creation of a framework of standards that will support the CMM.
- CSIRO is a billion dollar organisation Directs 89% of its total expenditure towards the priority goals associated with Australia’s National Research Priorities. Mainly government funded, CSIRO is a major component of the Australian Government’s spend on the National Innovation System
- 600 Researchers in Mining Sector. Australia's high-grade deposits are being rapidly depleted and the Australian mining industry is facing the challenge of declining grades. The long-term consequence of this trend to lower grades and challenging terrain is that the surface mines of the future will be bigger, while underground mines will often be deeper, hotter, and will suffer higher in-situ rock stress. The industry is also facing a number of other long-term challenges, such as the remote location and isolation of mines, limited human resources and difficult mining conditions. There is a growing need to reduce the mining environmental footprint.
- Information flow is critical to an integrated mining system
- Move beyond Bespoke communication solutions. The challenge for automation is the interaction with other processes. Real value can be achieved when we link automated systems
- Common Mine Model Contains 3D distributions of geological, geochemical, geotechnical, petrophysical and physical property data at different resolutions; Provides framework for establishing relationships between various input parameters A mechanism for forward modelling, reconciliation and back-analysis Transforming the Future Mine through Geologically Intelligent Surface Mining Geosensing" slide FMG is very interested in this as indicated by Bao - I think this could read: Transforming the future mine through Geologically Intelligent Surface Mining - perhaps a brief def on geosensing would help introduce the topic - Jonathon, could you please help here. A picture of the output from GPR and other - Jonathon, please help here. Also, Real Time Water quality monitoring might fit in here as well - if we do not have enough time later. Please consider it
- For the mining companies (who have a list of requirements) and the research institutes (who have an understanding of the technology) to distil from the OEM’s, the standards and regulatory bodies (see Table below) the SMA framework Since off-the-shelf equipment may not fulfil all of the above requirements, the following recommendations are advanced. • Production, safety and communication management plans include risk analyses that identify appropriate levels of communications reliability, availability and redundancy. • Operate communications management tools. • Signal strength surveys and propagation prediction tools are used to assist in wireless coverage estimation. • Future purchases of communication equipment are checked for compliance with quality of service standards. • Demand data rate of low priority applications is controlled according to the prevailing conditions. • Administration and production traffic should be physically separated where possible and logically separated elsewhere. • A program to establish sufficient reliability, redundancy and availability be implemented. Some level of redundancy should be established for all production-critical and safety-critical communication components. • Mine sites should be divided into personnel/manned-vehicle zones and autonomous vehicle zones. Integrated positioning and communication systems that report personnel/manned-vehicle zone timeouts need to be developed. • Exhaustive mine site testing should be conducted to establish that positioning capabilities which include satellite navigation provide acceptable performance under all operational conditions. • Mine positioning standards need to be evolved so that multiple vendors can deliver interoperable technologies to mines. • No sufficiently compelling reasons have been found to suggest a change from the use of IEEE 802.11x WiFi in the short term. In the medium and long terms, the use of IEEE 802.16x WiMAX should be investigated for backhaul and client access. • Future mine sites should be designed for autonomous operation, in which all subscribers maintain line-of-sight with a communications tower. • A safe-to-go heartbeat signal should be broadcast to autonomous vehicle zones. Redundant heartbeat messages can be sent via WiMAX or HF radio. • Mines and vendors should collaborate to establish a common communications standard for mine automation.
- Example surface and Underground projects
- Introduce mining business centres Develop new resource service capability organisation models Obtain vastly improved visibility across the entire value chain Transition from batch to continuous mining operation Highly efficient mining production using remote service providers Exploit emergent cloud capabilities (online workforce) Mining Services – Hyrid integration – mix vertical and Horizontal Cloud services – Scalable / redundancy / reconfigurable 4) Implementation strategy à Future Impact/Value/New options a. Strong visibility across the value chain b. Exploiting cloud c. Virtualisation options d. Service oriented e. CSIRO a key player to deliver technologies