Tag Archives: RCT

RCT expands presence in South Korea with Haein tech partnership

Automation, Communications in mining, IoT, Mining equipment, Mining services, Mining software, , , ,

RCT has signed a technology partnership with Haein Corp to supply autonomous solutions to heavy industries in South Korea.

Under the terms of the agreement, RCT, a leading autonomous solutions specialist, will manufacture and supply Haein Corp with its suite of technology solutions including ControlMaster® automation and control products and its Muirhead® protection systems range.

Haein Corp will distribute and commission the solutions to heavy industries throughout South Korea including the mining, steel processing and construction industries. The South Korea-based company will provide on-the-ground maintenance and assistance to end users with technical support from RCT.

RCT Account Manager, Shane Smith, said: “RCT is proud to be partnering with a capable company such as Haein Corporation and we look forward to supplying technological solutions that will help protect local workforces and optimise operations.

“Our flagship ControlMaster products have a proven history operating in harsh environments around the world and are an ideal solution for operating in extreme heat scenarios which are common in the South Korean Steel processing industry.

“Going forward, Haein Corporation with provide local technical support for end users while being backed up by RCT’s own customer service team.”

A spokesperson for Haein Corp said: “Our customer POSCO is very satisfied with RCT. This makes Haein Corp have confidence in RCT and we have now contracted two more deals with other customers.”

The technology partnership is the latest development in RCT’s business dealings in South Korea which began in 2014.

Gold Fields looks for South Deep productivity boost with teleremote loading project

Automation, Communications in mining, IoT, Mine operation news, Mining equipment, Mining safety, Mining services, Mining software, Precious metals, Sustainable mining, , , , , , , , , , , ,

As part of plans to establish a sustainable footing for its South Deep mine in South Africa, Gold Fields is trialling teleremote loading in a project with automation specialist RCT.

Gold Fields’ problems at South Deep have been well documented, with the company, in 2018, launching a restructuring plan involving the reduction of mining areas, the lowering of overhead costs and an aim to use fewer machines more productively. This followed significant amounts of investment and continued underperformance at the mine.

It is the latter productivity goal that has led the company down the teleremote loading path.

In the June quarter of 2019, Gold Fields commenced non-line of site remote loading training at South Deep. Phase one of the project was to locate the operator control station in close proximity to the underground loading site, according to the company.

Martin Preece, Executive Vice-President Gold Fields South Africa, said soon after this training started, operators suggested an almost immediate move to “Phase 2” with an operator control station located in a recently built surface control centre in the main building at South Deep.

A surface automation chair was ordered from RCT, installed and commissioned in the centre and the company started the process of training up operators.

RCT’s ControlMaster® Automation and Control solutions enable companies to automate a single machine, to a fully autonomous fleet, while also offering step changes with teleremote solutions that allow operators to take control of machines from control centres, trailer cabins or mobile stations.

The interoperability of these systems allows for the seamless integration into any mine’s ecosystem, according to RCT.

Preece said Gold Fields’ approach with all technology is to trial with limited application, to develop and prove the technology, followed by rapid roll out.

“We are still in the first phase of the project and are learning and adapting our approach as we progress to perfect the system before broader application,” he said.

This first phase already has the company using one Sandvik LH514 LHD for teleremote loading operations in the long-hole stope loading areas of South Deep during shift changes. As Preece explained, the RCT technology allows for the LHD to tram between loading and dumping locations, and back autonomously with operator intervention only required when loading and tipping the LHD.

RCT has provided the on-board sensor technology, the network infrastructure in the working areas, the safety application and the surface operating chair – the Operation Automation Centre – located in the surface control centre, he said.

The control centre (pictured, left) was designed and established by South Deep and hosts the teleremote LHD operator automation centre, a teleremote rock breaker station, the operations control room, maintenance and production scheduling as well as business reporting functions.

This teleremote loading technology is, essentially, adding loaded tonnes to the operation where there previously was none, coming close to ticking off the ‘use of fewer machines more productively’ criteria Gold Fields previously set out in its turnaround plan. While not explicitly stated by the company, one would expect it helped South Deep achieve a 36% year-on-year boost in long hole stoping volumes mined, to 631,000 t, in 2019. Overall, Gold Fields said the mine produced 222,000 oz of attributable gold last year.

Teleremote rollout?

Preece said the technology it is trialling has been de-risked in the respect that it has been proven in many applications globally, and the company had very clear safety and commercial imperatives for it.

“The success of any change intervention is to ensure that the application becomes an enabler rather than a distraction for our frontline teams,” he said.

“We would like to believe we are close to operational deployment. Most of the initial challenges experienced with the technology itself have been addressed; the underground mining team is taking ownership by addressing the operating conditions. Furthermore, a second round of operator and maintenance training has been conducted.”

While the trial is currently limited to long-hole stope loading in between shift changes, in time, teleremote loading in development and destress areas of the mine could also be possible, Preece said. With plans to equip more machines in 2020, the results could get even better.

“The project business case is based on being able to continue loading over shift changes, so there is further upside when we add in the in-shift productivity gains as well as improvements to the development and destress mining cycles,” he said. “Our approach to expanding the rollout is that it must be self-funding – the value generated by the first deployment must fund the rollout of subsequent deployments.”

The company’s ultimate goal is to be able to operate LHDs continuously for 22 hours a day (the limit the machine can safely operate between refuelling, safety inspections and pre-start inspections, according to Preece), but there is more to achieving this aim than just rolling out teleremote LHDs.

“A pre-requisite for loading during shift changes is to be able to break big rocks in the tipping bins,” Preece said. This is where the successful deployment of teleremote rock breaking, operated from the same surface control centre as the remote LHDs, comes in.

Then there are the interactions with other equipment and, most importantly, people to consider.

“When operating the teleremote machine, the whole area has to be barricaded, isolated and protected by laser barriers, which, if breached, force the machine to stop automatically,” he said. “This will limit the application to areas which we can isolate.”

In areas where personnel are required to perform drilling, supporting, backfilling and other activities, the area cannot be completely isolated and the LHD cannot function optimally, according to Preece.

This might not be the case indefinitely.

“South Deep is exploring opportunities to schedule activities separately to enable broader application,” Preece said.

Similar technology deployed for trucks would be another future area of focus, according to Preece, while he said the mine was also in the early stages of trialling automated long-hole drilling in stopes over shift changes.

South Deep is one of the deepest mines in the world, going to depths close to 3,000 m below surface. Even so, depth is not one of the main business drivers for the increased take up of teleremote operations, according to Preece.

“Safety benefits and the time a machine can effectively be utilised make up for the bulk of the return on investment,” he said. “The challenge with deeper mines are on the support side; if the network infrastructure is in place, it should be the same for shallow or deep mines. For deeper mines, it will take longer to get maintenance and instrumentation support to the machine if something goes wrong.”

Still, could full automation be on the cards?

“Yes! Loading activity remains the most challenging given the variable fragmentation of material,” Preece said. “Operators still need to perform the loading and tipping activities.”

These teleremote and automation projects, on top of personnel and mobile equipment tracking systems previously mentioned in the company’s 2019 annual report, bode well for future automation take up at South Deep, as well as the success of Gold Fields’ turnaround plan for the asset.

RCT’s autonomous mining equipment-specific Wi-Fi hits its stride

Automation, Communications in mining, IoT, Mining equipment, Mining services, Mining software, , , , ,

RCT says its new specialised Wi-Fi network for autonomous mining equipment is generating strong and positive feedback from industry.

The first ever mining communications system created specifically to support all underground autonomous mining equipment, RCT Connect is flexible in that it is designed to engage with any third-party systems and can enhance the performance of any mining automation and control solutions available on the market, according to RCT.

Since the network’s launch in 2019, it has been deployed at multiple active mines around the world – including Kazzinc’s Tishinsky mine, in Kazakhstan – and has generated strong and positive feedback from site personnel, RCT says.

Brendon Cullen, RCT Automation and Control Product Manager, says RCT Connect is the best underground communications network option available.

“The system is inexpensive and very user friendly so it can be set up quite easily by mine site technicians who do not need specialised training in order to establish and maintain this technology,” he said.

“RCT Connect is designed to be agnostic, and so can integrate with all of the commercially available automation and control solutions offered by global manufacturers.”

He added: “The network is designed to deliver very stable performance and low, consistent latency between operator stations in secure, remote locations and the machine located in production areas.”

Customers will be able to cheaply scale RCT Connect to suit their needs as underground mining operation evolves, according to the company. The network can be adjusted to suit various tramming distances and can ensure effective machine operation over shorter – as well as longer – runs.

Cullen said one key aspect of RCT Connect is its smart roaming feature, which means it is always searching for new wireless access points as underground mining equipment auto trams between certain locations.

“Many commercially available communications networks are configured to access certain nodes for too long and as mobile mining equipment continues to traverse a site, it can result in communication failures,” he said.

RCT OEM-agnostic teleremote solution favoured at Kazzinc UG mine

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RCT says its ControlMaster® Teleremote solution has bested a competitive offering from a global original equipment manufacturer (OEM) on a project for an underground mine in Kazakhstan.

The company said ControlMaster was selected over the OEM’s technology option as it could be tailored to the Tishinsky mine’s specific requirements.

RCT worked with local Cat dealer Borusan Kazakhstan to install and commission the automation technology on two Cat R1700G underground loaders and associated Automation Centres located within the underground mine.

The ControlMaster Teleremote solution is now being used at the Tishinsky copper mine, in north-eastern Kazakhstan, part of the Ridder underground complex, owned by Kazzinc (majority owned by Glencore).

Going forward, RCT says it will manufacture the teleremote technology for an additional 12 Cat R1700G and Cat R1300G underground loaders, while Borusan Kazakhstan will install this equipment at the Tishinsky and Dolinnoye (also part of Ridder) mines.

“The teleremote solution enables machine operators to control the machine from a secure station in the underground mine with the help of strategically placed cameras and sensors,” RCT said. “Teleremote technology enables machine operators to access the machine’s full range of functions that they would normally have if they were sitting in the machine’s cab.”

The company has also supplied its new digital communications network, RCT Connect, and integrated it with the underground loaders.

RCT Connect, launched earlier this year, is designed specifically for autonomous and teleremote machine operations in underground mining environments and can provide low latency, consistent communications between command inputs from the mine’s surface and subsequent machine activities, according to RCT.

RCT’s Moscow-based Business Development Manager – CIS, Stephen Macarow, said he is pleased to have completed the project in partnership with Borusan Kazakhstan.

“Our teleremote solution means the operators will control the loaders from inside the Automation Centre and they will be protected from the hazardous conditions often found at the mine face including geotechnical risks, dust, exhaust fumes and temperatures as low as -27⁰C,” he said.

“The mining company will also experience improved site productivity through reduced shift handover times and less unplanned maintenance downtime from machine operator errors.”

He added: “RCT has been supplying proven technological solutions to the mining industry in Kazakhstan and the broader CIS region for over 25 years and we look forward to providing more autonomous solutions in the future.”

A spokesperson for Borusan Kazakhstan said the company has been working with RCT since 2008 and in that time has delivered multiple automation projects for the Kazakhstan mining industry, including at the Tishinsky mine.

“Borusan Kazakhstan has been actively watching the regional mining market, and in cooperation with RCT has developed teleremote technology that is suitable for the CIS market,” the spokesperson said.

“In collaboration with RCT, Borusan Kazakhstan currently provides remote control and teleremote solution implementation, standard and adapted-for-the-customer equipment delivery, maintenance services and employee technology training.”

RCT brings ControlMaster automation tech to SEMAFO-owned Siou underground mine

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OEM-agnostic autonomous solutions specialist RCT says it has executed a project with Perenti-owned African Underground Mining Services (AUMS) at the Siou underground gold mine, in Burkina Faso.

Earlier this year, RCT commissioned its ControlMaster® Guidance Automation technology on two of Siou’s Caterpillar R2900G underground LHDs and supplied two associated Automation Centres.

Siou, owned by SEMAFO, is a gold deposit some 20 km from the Mana mine. Conversion of Siou open pit into underground mining operations began in the September quarter of 2018 with full underground production expected shortly, according to SEMAFO.

Guidance Automation enables the loaders to operate with minimal intervention by machine operators located in the Automation Centres, either on the surface of the mine or in a secure location in the underground mine, RCT said.

“The automation solution improves safety onsite by relocating mine personnel away from the mine face and reducing unplanned maintenance downtime by eliminating machine operator errors,” RCT said.

RCT says its Africa-based staff has provided comprehensive training to machine operators and will continue to provide ongoing after-sales support to AUMS.

RCT tech-agnostic automation solutions find favour in USA

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Having made a name for itself in Australia and elsewhere, RCT’s ControlMaster™ automation and control solution is revolutionising mining operations throughout North America, the company says.

ControlMaster is a technologically-agnostic solution with a history of managing heavy mobile mining plant on active mine sites throughout the USA, Canada and many other mines across the globe.

By utilising ControlMaster equipment, operators can manage mining plant developed by multiple manufacturers from the same operating platform, the Automation Center, RCT says. The Automation Center enables operators to manage multiple machines at once and in real time while located either on the surface of an underground mine, or in designated areas within the mine.

Once in the Automation Center, operators can access the full range of machine functions as if they were sitting in the machine’s cab, according to RCT.

“RCT is also the only supplier that has successfully implemented Multi-Fleet Select on active mine sites meaning operators can manage various machine types such as underground LHD loaders, water trucks and rockbreakers from the same secure station,” the company said.

RCT North America Operations Vice President, Clint Chapman, said the company has a strong history of developing innovative solutions that other companies have been unable to match.

“RCT is the only company with a proven history of delivering mixed, multi-fleet autonomous solutions into active mine sites in North America,” he said. “Our technology is designed to integrate seamlessly with all forms of heavy mining equipment and provide the same functionality promised by original equipment manufacturers.”

Chapman said the company can provide technical assistance on any mine site at short notice.

“We can deliver on-ground support through our experienced Field Service Technicians backed by professional support staff in our branches in Salt Lake City, in Utah, and Sudbury, in Ontario. We also have significant experience developing customised technological solutions to meet site-specific requirements and tailoring our products to operate in a range of rugged conditions often in very remote locations.”

RCT’s USA team has previously customised and commissioned its autonomous technology as part of a complex project for Alliance Resource Partners’ River View coal mine in Uniontown, Kentucky (pictured). This project involved the company retrofitting its ControlMaster Remote Dozer system (ATX2200) to Caterpillar D6T and D8R dozers that were pushing coarse coal refuse into a tailings pond at the site.

The River View underground mine uses continuous mining units employing room-and-pillar mining to extract high-sulphur coal. It is the largest mine of its type in the nation, according to Alliance Resources, with a preparation plant that has a throughput capacity of 2,449 t/h of raw coal.

RCT says it has also delivered a customised multi-fleet project for Western Contracting Corp to clear unexploded ordinance at the former army munitions facility Fort Wingate in New Mexico.

RCT ControlMaster solution boosts safety at Whyalla Port

Automation, Bulk handling, IoT, Mining equipment, Mining services, Mining software, Steel and iron ore, , , ,

RCT says it has finalised an automation project with port, logistics and infrastructure specialist Qube Bulk at the Whyalla Port in South Australia.

In 2019 RCT installed and commissioned its ControlMaster® Line of Sight automation solution as well as a single camera teleremote solution onto a Liebherr R920 excavator working at the port.

RCT says Qube Bulk approached it to develop a safer and more productive way to remove bulk cargoes – such as coal, dolomite and limestone – from bulk vessels to support the Whyalla steelworks operation.

“Now machine operators stand at a safe distance and use the automation technology to carry out the full range of functions that would normally be available to them when sitting in the cab of the machine,” the company said.

RCT Account Manager, Phill Dean, said: “Our ControlMaster solution interfaced seamlessly with the excavator’s systems and offers operators the exact same functionality available to them under the original equipment manufacturers’ guidelines,” he said.

“Now operators have a much safer and productive way of carrying out their work and ensuring operations at the Whyalla Port run smoothly.”

RCT embeds machine automation expertise in new Wi-Fi offering

Automation, Communications in mining, IoT, Mining equipment, Mining services, , , , , , ,

RCT says it has released the first digital Wi-Fi communications network designed specifically for machine automation and control in underground mining operations.

RCT Connect is designed to be user friendly and portable and can be installed into a production area and commissioned with minimal time and expertise, according to the automation leader.

The company has already made significant headway with RCT Connect, with the network having been tested at a mine site in Western Australia and recently deployed in an underground mining operation outside of Australia.

RCT Connect has been built to withstand the harsh conditions, common in underground mining environments, and can operate in temperatures ranging from -20°C (-4°F) to 60°C (140°F), RCT said.

It uses a coaxial cable able to transfer power and information to access points for up to 1.5 km before additional power insertion is required along the length of a drive, according to RCT.

“This feature offers several major benefits over traditional Wi-Fi deployments such as reduced requirement for configuration, eliminating costly cables to run between access points and a simple installation with only two connections,” the company said.

Once operational, RCT Connect provides a simple connection to a ControlMaster® Area Access Control at strategic locations which then links into the mine-wide communications backbone to transfer information to a machine operator located in a ControlMaster Automation Centre on the mine’s surface, the company said.

The platform operates at 2.4 GHz and is capable of carrying out remote diagnostics, live machine tracking and delivering live health and production data from the machine, according to RCT.

RCT Product Manager Automation & Control, Brendon Cullen, said RCT Connect offers several distinct advantages over commercially available digital communication networks.

“RCT Connect is specifically designed to ensure uninterrupted communication between the machine and the operator regardless of location,” he said.

“The platform has very stable performance with low, consistent latency and so ensures reliable communications between command inputs from the surface station and subsequent machine activities.”

He added: “We have also optimised the platform to enable smart roaming and, therefore, seamless handover between wireless access points so that there is no dropout along the length of the drives.”

In other commercially available communications networks, node handover is configured differently so if the machine is looking for a node or hangs on too long then communication failures arise, Cullen explained.

RCT Connect can be sold as a standalone package or in conjunction with RCT’s ControlMaster automation products.

RCT improves safety at South Africa diamond operation

Automation, Diamond mining, Mining equipment, Mining safety, , , , , ,

RCT says it has installed its ControlMaster® Line-of-Sight solution on equipment at an open-pit diamond mine in South Africa.

In 2019, RCT installed and commissioned the solution on a CAT 994 wheel loader, which has been utilised to clear pit benches of debris falling from the crest of the bench above at the mine, owned by a major mining company, RCT said.

RCT’s locally-based Field Service Technician carried out commissioning works and empowered site equipment operators with the training necessary to efficiently manage the wheel loader, it said.

RCT’s Johannesburg-based Business Development Manager for Africa, Mike Thomas, said: “South Africa’s Department of Mining Regulations prohibited any mining personnel to be in close proximity with the bench’s toe.

“The Line-of-Sight technology meant equipment operators could stand at a safe distance in accordance with regulations and carry out their work as if they were sitting in the machine’s cab.”

He concluded: “Our ControlMaster automation technology integrated seamlessly into the wheel loader’s operating system and carries out the same range of functions as specified by the original equipment manufacturer.”

RCT takes Control of chutes at Indonesia mine

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RCT says it has finalised the last stage of a project to automate 24 underground mine chutes for a client in West Papua, Indonesia.

Recently, RCT implemented ControlMaster® Teleremote technology onto 14 chutes to be managed by operators from four ControlMaster Automation Centres in a surface control room.

The latest work follows on from stage one works completed earlier this year where Teleremote technology was commissioned on 10 chutes connected to three Automation Centres.

All seven Automation Centres are equipped with Multiple Machine Selection enabling an operator to control any single chute system from their respective station, according to the automation specialist.

“The operators will now be able to observe chute operations through strategically placed cameras and remotely open and close the throat of each chute to pass ore and other material between different production levels for trucking to the surface,” the company said.

The individual camera feeds can be manipulated and adjusted via intuitive mouse control options at each Automation Centre. Previously operators were situated at the throat of each chute and manually operated each chute via their own line of sight.

RCT Account Manager, Shane Smith, said: “Previously chute operators contended with heat, dust, exhaust fumes and potential wet muck situations, which represent a substantial safety risk.

“Now they can more effectively manage the chutes from the safety and comfort of a surface control room which is far more preferable for everyone involved.”

The convenient location of the control room will also significantly reduce shift changeover time, as personnel can easily access the central control room rather than travel to each individual chute chamber, according to Smith.

RCT will provide on site training for site operators, while locally based technicians will deliver ongoing technical servicing and support to the site, the company said.