Newmont selects Maptek™ technology to enhance performance
Tuesday, September 1st, 2009
Newmont Mining Corporation has selected the Maptek MineSuite™ Production Management Information System for implementation at their Leeville and Midas underground gold operations in Nevada, USA.
MineSuite will fulfil Newmont’s key requirements for increased productivity and performance by providing shift managers with real-time information on production as well as the status of equipment, delays and assignments. Another key benefit of the MineSuite system is decreased maintenance downtime. This results from accurate reporting and the ability to receive real-time maintenance information in the underground environment during the current shift.
Data is collected and processed from underground equipment and infrastructure, with in-shift and end-of-period information and reports fed back to supervisors for short term planning.
‘In the current economic climate, mining companies are searching for better ways of applying their assets to achieve production and grade targets. Mines are choosing Maptek because our MineSuite system is customisable to their site, delivering results they need to meet their objectives,’ said Jon Larson, General Manager, North America.
‘Moreover, Newmont wanted to partner with a vendor interested in solving not only technical issues but also the business requirements of the sites,’ Larson added.
‘Maptek is now uniquely positioned to deliver resource modelling and mine planning through Vulcan, production execution; management and reporting solutions with MineSuite; and material tracking using I-Site scanning systems.’
MineSuite will also provide Newmont with a proximity awareness tool, which improves safety by alerting operators in cabs to other vehicles in the vicinity. New voice communication, process control and automation systems which have recently been installed at Midas and Leeville enable the streaming of tracking data in real time.
Maptek staff are working closely with Newmont to develop and implement the appropriate solution for the distinct requirements of the Leeville and Midas sites.