Asian Surveying & Mapping
Breaking News
Satellite mission launched to boost Australian space sovereignty
Led by the SmartSat Cooperative Research Centre (CRC), the AUD$6.5 million...
Earth Observation Data Could Represent A Billion-Dollar Opportunity For Africa
Earth observation data provides a billion-dollar opportunity for...
Hanwha Aerospace claims 30% stake in Satrec Initiative
SAN FRANCISCO – Hanwha Aerospace, South Korea’s largest defense...
Israeli Startup Albo Takes On Carbon Monitoring With AI, Satellite Imaging
Businesses, governments, NGOs, and private sector individuals continue to...
Imran Khan inaugurates E-Bidding, E-Billing, GIS Mapping system under NHA
ISLAMABAD (Dunya News) - Prime Minister Imran Khan formally...
Sheikh Mohammed inaugurates Dewa’s space project
An initiative to build the Dubai Electricity and Water...
Indian Army signs a $20 million contract with ideaForge to procure SWITCH UAV
MUMBAI, India - The Indian Army has signed an...
Egypt’s President Wants Tiba-1 Satellite to Revolutionize Communications and IT Sector in Egypt
President Abdel Fattah El-Sisi met yesterday with Dr Amr...
ISRO Offers Free Online Course On Remote Sensing, With Certificate: How To Apply
The Indian Space Research Organisation (ISRO) is inviting undergraduate...
PwC selected as consultant for Bangabandhu-2 satellite
The government has selected PricewaterhouseCoopers (PwC) as the consultant...

January 20th, 2014
Australia’s MineWare Launches Digital Terrain Mapping System

Developed in partnership with LC, MineWare’s Digita l Terrain Mapping (DTM) system uses boom- mounted laser scanners and GPS sensors to continuou sly scan and map the terrain around the dragline.

An extension of MineWare’s Pegasys dragline monitor , the DTM system tracks movement around the dragline itself, providing live and historical comp arisons between the mine plan and the actual terrain.

MineWare CEO Andrew Jessett said a complete scan of the dragline operating environment—both inside and outside of the current work area—is gene rated while the machine is swinging through its normal operation.

“This technology allows us to compare actual terrai n to design in a visual sense,” he said. “What this means is that we can significantly impro ve design compliance and reduce common operating errors by helping the operator know precisely what to dig and where to dump it.

“Operators and foremen can now identify and correct areas not to design as they occur (especially spoil toe), reducing the need for surveyors in the pit. This is a big step forward for safety and productivity as problems can be fixed while the dra gline is there with minimum coal loss from excavation.”

Commenting on the successful trial in Central Queen sland, Jessett said the continuous pit data received by the system is allowing operators, dispa tch/foremen, surveyors and engineers to monitor operations in a much safer environment.

“With this improved data flowing back to the office, our client can see not only what has been completed but also calculate volumes, geo-tech anal ysis and monitoring, and check bucket factor calculations when required,” he said.

“This is improving safety on site by reducing the n eed for surveyors to complete scans themselves and work in potentially hazardous areas in the pit to check that the machine is digging to design.” LC Director Bruce Leslie said the partnership between LC and MineWare combines the strengths of both organisations including their shared passion f or leading-edge engineering and mining technology solutions.

“We’ve been delighted to team up with MineWare to d eliver what is one of the most advanced DTM systems on the market today,” he said.

“Both MineWare and LC are committed to research and development, drawing upon our unique strengths to deliver practical solutions with real benefits to the open cut mining industry.” Leslie said the core value of the DTM system is its live, ‘continuous reconciliation’ process which improves operator efficiency and performance while maximising production outcomes. “When it comes to correcting dig to plan errors, ti ming is everything.”

“Once a dragline has moved on, it is too late to go back and correct an issue. If an operator digs in the wrong place, or creates batters at the wrong angle, the only time to correct the issue is right then a nd there—not once the dragline has moved to the next block.”

Recent studies into the benefits of dragline digita l terrain mapping measurement—examining reductions in spoil room errors or low wall dig-to- plan errors—have proven the payback period to be as low as three months for either deliverable.

Live terrain updates have also been verified to wit hin <300mm of actual altitude in most environmental conditions.

The Pegasys DTM system is now available for install ation on all new and existing Pegasys Dragline Monitors throughout Australia, the US and South Africa. 

About MineWare ( MineWare is the technology partner of choice for ma ny of the world’s largest surface mining organisations. The company’s dragline and shovel mo nitoring systems support the high production demands and minimal downtime requirements for more than 60 draglines and shovels in operation around the world. MineWare’s Pegasys Dragline Monit or and Argus Shovel Monitor are rich with features including comprehensive production monitor ing, CCTV camera systems, high-precision GPS for mine plan compliance, and third party structura l monitoring integration. Coupled with MineWare’s remote management tool mRoc Desktop, Pegasys and Ar gus also provide teams and supervisors with advanced off-board monitoring anywhere, anytime via the internet.