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State of the art of artificial intelligence in mining and milling industry

  • Health and safety
  • Land-use planning
  • Permitting processes / policy integration
  • Reporting official statistics
  • Socio-economic and environmental impact assessments

Challenge the practice is addressing: Intelligent systems which have emerged from the field of Artificial Intelligence are currently being reviewed as software tools for mining companies to deal with the pressure of globalization and environmental standards. The use of intelligent technologies has been integrated well into the mining industry in form of algorithms, artificial networks and agent-based softwares.

Concrete practice to achieve the expected goal: The implementation of control tools created by genetic and evolutionary algorithms helps to control and optimize the process of crushing plants while constantly considering variables such as weather, equipment water and natural variations of rock material properties in the feed. This application could happen in two ways: by using a simulation software or installing sensors on the plant.

Expected impact/goal of the practice: The expected impact of the implemented algorithms was not only to remain sustainable but to optimize and increase the production rate and to eventually reduce the energy consumption and the produced waste.

Who is the target user group of the practice/intervention or implementing the practice/intervention? The practice is relevant to companies.

Hyperlink
Source
"Deliverable D2.2: European CRM Perspective and Technology Selection" (pages: 22, 23, 24)
Year
2014
Data item type
Practice base
Practice type
Industry
Format
Report / document
Learning relevance
Case study
Commodity
Unspecified (universally applicable)
Extractive life-cycle
Exploitation phase
Sustainability scope
Holistic risk management and emergency preparedness
Efficient energy consumption
Waste management
System change potential
The implementation of control tools created by genetic and evolutionary algorithms helps to control and optimize the process of crushing plants while constantly considering variables such as weather, equipment water and natural variations of rock material properties in the feed. This application could happen in two ways: by using a simulation software or installing sensors on the plant.