Tag Archives: ABB Ability

BHP BMA’s Goonyella met coal mine receives ABB electrification upgrade

Coal technology, Communications in mining, Mine operation news, Mining services, Steel and iron ore, , , , , , , , , ,

Sustainability, employee protection and operational insights are the drivers of a cutting-edge electrification upgrade at BHP BMA’s Goonyella Riverside Mine in Queensland, Australia, ABB says in a recent case study.

At the BHP-Mitsubishi Alliance (BMA) conjoined metallurgical coal mines Goonyella and Riverside in Queensland’s Bowen Basin, Subra Nedunuri, Senior Project Manager, Goonyella Riverside Mines (GRM), is responsible for delivering capital electrical projects without compromising environment, safety, quality, or mining schedules.

When a 43-year-old section of Goonyella Riverside’s power infrastructure became unreliable, Nedunuri began designing an upgrade with ABB capabilities, which protect employees, equipment and the environment, and enable predictive maintenance of 16 pumps critical to the mine’s operation.

Nedunuri said: “A rehabilitation project to move earth from one side of the mine to the other may cost $20 million, but in contrast this $3 million electrical upgrade can save lives and hundreds of millions of dollars in downtime.”

To power the coal wash treatment plant, pumps are used to direct water for reuse or into tailing dams: without them the plant can’t operate. In the past, the now obsolete electrical system communicated only three states of condition for the pumps operation – “On”, “Off” or “Fault”. The system had no protection against arc flash incidents (explosive releases of energy when an electrical arc travels through ionised air to ground or another part of the electrical system), which endanger the lives of service technicians and nearby workers.

For the upgrade, BMA wanted not only the safest switchgear to protect its employees, but a human-machine interface (HMI) that would enable remote and on-site monitoring and control of the electrical system and pumps around the clock.

ABB’s system-integrated Ultra-Fast Earthing Switches (UFES) formed the basis of GRM’s upgrade with safety, and protection of the people within the vicinity of the equipment in mind.

“The switch is installed into the panel to prevent an arc flash, if it occurs it will be detected and switch off the power in less than four milliseconds,” Nedunuri said. “In addition to UFES-enabled switchboards, the mine wanted to take advantage of new and trending technology in the form of digital communications between the switchboard and the plant.”

ABB Ability™ Electrical Monitoring and Control for Distribution Networks, known as ZEE600, integrates diverse devices from a variety of suppliers, under the IEC 61850 standard of communication preferred by BMA, ABB explained. At GRM, this condition monitoring solution harnesses the real-time diagnostic data of substation equipment and electrical assets – primarily the pumps – to alert on-site teams to respond with preventive maintenance.

“Via the HMI, you can actually see the health of the pumps, motors and starters – everything. Our analysis and improvement team also continuously collect the data and analyse it for troubleshooting and future enhancements,” he said.

Nedunuri said it’s all connected back to plant supervisory control and data acquisition (SCADA).

Installation and commissioning of the upgraded system took place during the mine’s biannual three-week-long scheduled maintenance shutdown in August/September 2022.

Prior to the shutdown period, Nedunuri constructed the system at ABB premises in Brisbane. Together with the ABB technicians, they matched cabling inlets and outlets with a template of the GRM system.

Henry Lin, Project Manager for Electrification Service at ABB in Brisbane, says ABB customers need to reduce the risk of costly downtime. “Our main objective in these projects is to ensure that our customer’s assets operate at peak performance levels and are available as required,” he said.

BMA has performed much research on the digitalisation of its mines and the ongoing upgrade of infrastructure involves a constant rollout of individual projects. When it comes to the safety and reliability of electrical infrastructure, Nedunuri said the company doesn’t compromise, regardless of the cost.

“All upgrades must not only comply with Australian Standards, but also require ongoing modifications to meet the higher bar set by BHP BMA to make sure it runs efficiently and effectively into the future,” he said.

“I feel proud that I eliminated a huge risk to the business through the pump electrification project. We are protecting people using the new system with arc flash mitigation and at the same time, the monitoring and control enabled by ABB ZEE600, not only improves pump efficiency, but also adds a lot of functionality – it’s easy to operate and easy to maintain.”

BMA and ABB are collaborating on a pipeline of further potential upgrades to existing on-site installations, with each project planned to deliver greater safety, reliability and sustainable growth, ABB says.

ABB on extending mine production and asset life with ventilation on demand

Automation, Environmental, Mine ventilation, Mining services, Sustainable mining, , , , , , , ,

Ventilation on demand not only reduces energy usage and costs in underground mines, it can help extend production and the lifespan of existing infrastructure as part of a suite of electrification and automation solutions, say Marcos Hillal, Global Product Line Manager, Automation, ABB, and Jan Nyqvist, Global Product Manager, Automation Underground Mining, ABB.

By now, many readers will be familiar with ventilation on demand (VOD); what it is, what it does and the multiple benefits it offers mining companies in terms of efficiency, costs, safety and compliance.

Ventilation systems are the largest consumers of power in underground mines, accounting for 50% of energy use. VOD systems linked to the geolocation of people and vehicles intelligently adjust air flow to maximise air quality and minimise consumption. Supplying air into the mine (and expelling exhaust gases) only where and when it is needed can reduce overall energy usage by up to half. It also reduce cooling or heating needs of the circulated air.

Operators of subterranean mines must also comply with increasingly stringent safety regulations related to air quality, ensuring personnel are not exposed to excessive levels of CO, CO2, dust, humidity, toxic blasting and strata gases, and, chiefly, NO, nitrogen dioxide (NO2) emissions from diesel vehicles.

VOD not only supplies fresh air to underground mines, as well as removing spent or contaminated air, it automatically regulates air temperature to keep workers comfortable and safe, not to mention removing the need for them to enter potentially hazardous environments to manually operate fans.

Being smart about ventilation

So far, so good. However, what is not so well understood is how VOD can used to expand production and extend the life of ventilation infrastructure. With energy prices high and declining ore grades forcing operators into more remote, inhospitable locations in search of elusive reserves, technology solutions that can prolong the life of existing mine assets can offer an invaluable competitive edge.

So, how can VOD be applied to expand mine production? The answer is by delivering air even more smartly and efficiently based on actual operational parameters. ABB’s open platform, System 800xA, for example, utilises real-time data transmitted from sensors around the mine on key parameters such as the use of trucks, location of personnel, and gas, flow and temperature information.

ABB’s VOD solution, ABB Ability™ Ventilation Optimizer (VO), uses this data to operate the fans according to actual demands calculated from production schedules, as well as equipment status and location, reducing the amount of air that fans supply to certain sections of the mine by as much as 20-40%.

These savings can then be used to supply air to other sectors where they are needed more, whether that be new, hitherto unexplored places or existing areas where the operator wishes to maintain or increase production. What is more, VOD can do this by using existing infrastructure – ventilation shafts, for instance – which equates to significant savings on capex and manpower for customers.

Take automation to the next level

ABB Ability VO is designed to be integrated into each operation depending on that project’s specific characteristics and existing level of automation – how advanced the existing positioning system or communications backbone is, say – and comprises three separate levels.

Level one is the standard package whereby we connect ABB Ability VO to the ventilation equipment so that the customer can supervise and control the fans and air regulators remotely. They have the option to add further automation, meaning that the system can automatically adjust air flow based on the mine’s time and production schedule and, also, in the event of a fire or blasting in the mine.

In level two, positioning tools such as tracking on demand are integrated in the mine systems to pinpoint the exact location of vehicles, machines and people based on the production schedule, so the ventilation system throughout the mine can be automatically adjusted based on air flow levels.

Finally, level three is full automation or ‘closed loop’ ventilation. An algorithm computes the optimal operational set points on all the fans and regulators depending on demand and sensors continuously feedback data, allowing the system to optimise air flows and air quality, and minimise energy usage.

By introducing three implementation stages, VO system also gives customers time to adapt their processes and people so that the system can be fully integrated for maximum results.

A suite of scalable solutions

VO should not be viewed as an isolated solution, however; instead, it forms part of a portfolio of scalable, interconnected digital and automation technologies that together give operators complete control of a multitude of functions, from dewatering the mine to material tracking.

Future innovations include online monitoring to ensure the ventilation system is working in the most optimal way. In terms of scalability, since VO is based on our market leader 800xA platform, other advanced solutions can be integrated, such as ABB’s asset management and power monitoring systems, so mines can benefit from the company’s full range of ABB’s dedicated solutions for underground mine operations, all under one single integrated platform.

In this way, VOD forms part of a package of digital, automation and electrification technologies that, when deployed together, can transform underground mines into safer, more efficient environments.

ABB adds cloud functionality, app use to Ability Predictive Maintenance for grinding

Comminution of minerals, Mineral processing, Mining equipment, Mining software, , , , ,

ABB has released a new version of ABB Ability™ Predictive Maintenance for grinding which allows users to obtain real-time notifications on gearless mill drive (GMD) systems from a mobile app.

The upgrade also means that ABB Ability Predictive Maintenance for grinding is now cloud-based instead of sited on premises.

The Grinding Connect mobile app, available for iOS and Android, allows mine operators to monitor performance at any time and from any place.

“ABB Ability Predictive Maintenance for grinding provides easy access to GMD system parameters and allows visualisation of performance considering past activity and real-time data and assesses future maintenance requirements,” ABB said. “It aims to extend the lifetime of grinding assets through better use of resources and to support non-stop operation and to avoid unforeseen downtime.”

The update facilitates greater data gathering, according to the company, with the data sample per mine increased and analytics and trends more reliably defined. The solution offers a new user experience with fully customisable dashboards, alarms and events all available on the mobile app.

ABB says GMDs are the preferred grinding solution at mines characterised by higher-capacity production and low-grade ores. By eliminating bolt-on mechanical components such as ring-gears, pinions, couplings and gearboxes, GMDs offer ore producers unrivalled availability, efficiency and durability, while reducing operating costs, according to the company.

Angeles Fernandez, Global Product Manager for Grinding Service in mining at ABB, said: “A gearless mill drive is a major investment and its availability is essential for the process. Unscheduled shutdowns and system failures can lead to significant losses in production.

“ABB Ability Predictive Maintenance for grinding is a state-of-the-art service for analysing system data, assessing the current condition of the equipment and applying predictive methods. The new version is unique in the market and the new Grinding Connect app means you can check that your GMD is performing through your phone or tablet – it is as familiar as the many personal apps we use for monitoring our health, catching up with the news, or checking on the home or children.”

The world’s first gearless mill drive was delivered by ABB in 1969 and is still in operation. Since then, the company has sold more than 150 units in 23 countries and currently has over 50% market share.

ABB, MEDATech demo fully automated fast charging solution on Western Star 4900XD-e

Environmental, Mining equipment, Power supply for mines, Sustainable mining, , , , , , ,

A new prototype ultra-fast charging platform for heavy-duty applications that features the ABB Ability™ eMine FastCharge charger and MEDATech ALTDRIVE battery-electric powertrain solution is helping automate the charge of a Western Star 4900XD-e machine in a trial application.

ABB developed an integrated charging infrastructure, with the latest charger technology and a future-proof automated connection device, while MEDATech created a battery-electric powertrain that includes a charge-reception system that can be integrated into any heavy-duty vehicle.

Together with MEDATech’s complete ALTDRIVE battery-electric vehicle system, ABB’s ultra-fast charging forms a complete electric vehicle package that helps OEMs move away from diesel, according to MEDATech. Integrating ALTDRIVE into new vehicle builds will enable OEMs to fast-track their battery-electric offerings, complete with ultra-fast charging.

Offering up to 600 kW of power, the eMine FastCharge solution was launched by ABB in September as part of its ABB Ability eMine portfolio of solutions.

ABB and MEDATech have previously worked together on the conversion of the Western Star 4900 tractor to battery-electric operation, but this is the first time the two have tested the automated charging functionality of the FastCharge solution on ALTDRIVE technology.

“Designed for the harshest environments, this flexible and fully-automated solution can easily be installed anywhere, and can charge any truck, without the need of human intervention,” Mario Schmid, Project Lead Engineer at ABB, said.

Charging occurs with no help from machine operators, according to the companies. Drivers station their vehicles next to the charger and the ABB Ability eMine FastCharge does the rest. When the system senses a vehicle is near, it moves the connection pin into position and inserts it into the receptacle, carrying out charging in a fully-automated fashion.

With ABB’s charging capability matching charging cycles to the production, charging times of less than 15 minutes can be achieved, according to the companies.

On September 10, ABB and MEDATech announced the signing of an MoU to jointly explore solutions to decarbonise mining operations through charging solutions and optimised electric drive systems in BEVs for heavy-duty applications.

ABB launches eMine portfolio with FastCharge and Trolley System highlights

Environmental, Mining equipment, Mining services, Power supply for mines, Sustainable mining, , , , , ,

ABB’s efforts to accelerate the move towards a zero-carbon mine have been strengthened with the launch of its ABB Ability™ eMine portfolio of solutions and the unveiling of its eMine FastCharge solution, billed by the company as the world’s fastest and most powerful charging system that is designed to interface with all makes of electric mining haul trucks.

eMine comprises a portfolio of electrification technologies to make the all-electric mine possible from mine to port and is integrated with digital applications and services to monitor and optimise energy usage, ABB says. It can electrify any mining equipment across hoisting, grinding, hauling and material handling.

From 2022, it will include new ABB Ability eMine FastCharge, which provides high-power electric charging for haul trucks and is currently in pilot phase. It also incorporates the ABB Ability eMine Trolley System, which can reduce diesel consumption by up to 90%, significantly lowering energy costs and environmental impact.

“The global mining industry is undergoing one of the most significant and important transformations of our generation – and that is to become zero-carbon,” Max Luedtke, Global Head of Mining at ABB, says. “ABB Ability eMine is an exciting milestone to help convert existing mining operations from fossil fuel energy to all-electric. Mines can become even more energy efficient with vastly reduced levels of CO₂ emissions, while at the same time staying competitive and ensuring high productivity.”

eMine FastCharge can serve as a cornerstone of the transition to fully electrified mines across the industry, according to ABB.

This flexible and fully automated solution is being designed for the harshest environments, can be installed anywhere and can charge any electric truck without human intervention at up to 600 kW, ABB says.

Charging time will depend on the battery capacity on-board the haul truck and the operational profile, however, in many instances, a suitable state of charge could be reached within 15 minutes, the company claims.

“With eMine, ABB is extending its capabilities to the electrification of mining trucks and technologies for the full mining process,” the company said.

“eMine provides integral design planning and thinking to maximise the value of electrification, helping to design the hauling process in the most optimised way with electrical solutions that match mine constraints and help meet production targets.”

ABB says it helps mine operators map their journey towards an all-electric mine from phasing out diesel to embedding a new mindset and new team skills.

“By fully integrating electrification and digital systems from the mine to the port, eMine further reduces overall costs and improves mine performance while significantly lowering environmental impact.”

ABB further boosts mine hoist safety with Ability Performance Optimization

Equipment maintenance, Mining safety, Mining services, , , ,

ABB has launched a new version of its ABB Ability™ Performance Optimization solution for hoists, providing, it says, agile and secure remote support worldwide.

The digital service, harnessing data monitoring of key performance indicators (KPIs) enabled by specialised cloud-based edge computing, will further minimise risk of hoist failure, improve uptime and provide predictive maintenance insights and remote support to underground mine operators, ABB says.

Hosted on the ABB Ability Edgenius Dashboard application, the soluiton enables quick analysis and insights into any plant operation, according to the company.

The dashboards have been created to show crucial information from the hoists with KPIs organised into the categories of performance, supervision and safety, which resulted from collaboration between customers and ABB experts. Additionally, the solution platform is more flexible, scalable and fulfils the highest levels of cybersecurity.

Predictive analysis of a mine hoist’s condition prevents operations from unexpected, time-consuming and costly shutdowns, ABB says.

“Using ABB Ability Performance Optimization for hoists, ABB’s mining customers can work towards condition-based monitoring,” it added. “Data is automatically collected, segregated and managed, then securely monitored and analysed to generate actionable insights that can increase production performance, identify safety hazards and provide optimised maintenance scheduling.”

The Performance Optimization service connects the customers’ mine hoists enterprise-wide with experts located remotely in ABB’s Collaborative Operations Centers, or on site. Mine hoists are monitored 24/7 so potential problems are identified before they occur, and necessary actions can be made at the right time. This improves the availability of the equipment and the overall safety of mining operations, according to the company.

With immediate availability to existing customers, the new ABB Ability Edgenius Dashboard cloud-based solution forms part of a digitalised way of working with reports and increases transparency. The dashboards are available and secured within the ABB Ability cloud. Customers can follow ABB actions as they happen, collaborate and learn more closely, but also remotely, the company says. This reduces the requirement for in-person maintenance visits and travel, saving time and lowering ABB’s carbon footprint.

“What we have done is create a cyber-secure bridge between the information technology (IT) and operational technology (OT) elements of our mine hoist customers’ businesses,” said Bengt Hedlund, Global Service Manager Hoisting at ABB. “This is how we are progressing across our customer base and it is creating more connected infrastructure, more collaborative relationships and greater transparency in terms of real-time data reporting and actions.

“We can set KPIs with customers and monitor progress. If something does not fit in the hoisting process and it is not performing to the optimum levels expected we can make changes quickly.”

ABB Ability Performance Optimization for hoists improves accessibility, performance and productivity for mine hoists by collecting and analysing data from various operating points, and KPIs such as the mine hoist’s cycle time, filling and dumping time, as well as safety brake system and supervision of the hoist protections. The results can also be used as a basis for optimising the hoist’s availability, which provides the opportunity to increase production.

ABB recently launched ABB Ability Safety Plus for hoists, a suite of mine hoist safety products that brings the highest level of personnel and equipment safety available to the mining industry.

ABB says it offers safe, optimised and fit-for-purpose hoisting solutions designed by mining engineering teams, and has almost 130 years of experience in hoisting with more than 1,000 hoisting solutions installed worldwide. Digitally connected with ABB Ability Performance Optimization for hoists, ABB hoisting solutions provides highest availability and productivity.

ABB ramps up remote services to counter COVID-19 crisis

Automation, Communications in mining, IoT, Mine operation news, Mineral processing, Mining services, , , , ,

ABB says it is accelerating the roll out of and access to remote service tools and digital solutions across critical industries as it looks to equip customers with the means to continue operating in the face of the COVID-19 pandemic.

The company is working with customers to ensure the access to field operators and service engineers who cannot be on-site at this time by delivering control room livestreams, operational insights, process data and plant key performance indicators to users at home.

To ensure continuous operations, customers can access ABB remote-enabled solutions, including remote condition monitoring of critical assets; augmented reality maintenance support; online tools for training and spare parts stocking; and self-diagnoses that mitigate risk to assets, processes and security.

Many of these services are delivered to customers through ABB Ability™ Collaborative Operations, a suite of digitally enabled solutions and services, and its network of Collaborative Operations centres located around the globe. ABB has Collaborative Operations centres dedicated to the mining industry to connect mine and mill operators and engineers with ABB applications and experts in mining processes, automation and electrification.

“With 24/7 access, ABB domain experts and data scientists use digital technologies to help customers monitor assets, processes and risks; jointly derive insights from data; suggest mitigating actions; and provide critical remote assistance to help customers to keep production running,” it said.

Peter Terwiesch, President Industrial Automation, ABB, said the COVID-19 outbreak was leading to governments and companies having to make difficult choices, balancing people’s safety with economic livelihood.

“ABB is committed to supporting both: protect people, while helping businesses to stay operational during these challenging times,” he said. “Remote services and digital solutions can make a major contribution to keep people safe, production running, and critical supply chains and economic livelihood preserved.”

He continued: “We are committed to support our customers to run their operations safely, to keep the lights on, keep people connected, and help us all to weather this storm, together.”

ABB provides plant managers with more visibility

Automation, Comminution of minerals, Equipment maintenance, IoT, Mineral processing, Mining equipment, Mining services, Mining software, , , , , ,

ABB has looked to upgrade its ABB Ability™ System 800xA Minerals Process Control Library with a new graphical interface that provides operators with relevant process information in its “situational context”.

Successfully operating in more than 450 cement and mining sites worldwide, the Minerals Process Control Library is an automation software solution for both industries designed to achieve the highest plant productivity, availability and safety, as well as the best operator efficiency, ABB says.

The new ABB 800xA 6.1 automation platform update has further improved the solution, according to the company.

It comes with a completely new clear and intuitive graphical interface for process displays, faceplates and workplace layout, which enables awareness of any given situation in a plant, according to the company. It also offers an extensive set of options for adapting presentation so that the focus can be tailored, and users can navigate to the required information much faster.

A key new feature that comes with the update is the “unique alarm system”. This enables plant operators to immediately detect, understand and resolve all types of process situations and disturbances in minimum time, according to the company.

“The most critical elements of the production process are emphasised through a combination of context-based information and consistent alarm colours and shapes, ensuring that attention is always drawn to those requiring immediate response.”

The wider release follows the first installation of the updated ABB Ability™ System 800xA Minerals Process Control Library at the Hoghiz cement plant in the Brasov region of Romania, which produces 1 Mt/y of cement.

Razvan Cocea, Head of Electrical and Automation for CRH Hoghiz Plant, said the latest version of the system, which has been in operation at the plant since early July, provides a much clearer process displays.

“”With the new visual control graphics, it is now immediately obvious which equipment requires attention,” he said. “The new process alarms instantly alert operators when something is wrong. They can then easily navigate to the detailed displays to find the root cause of the problem and take appropriate measures to bring the process up and running again.”

Michael Marending, Lead Engineer at ABB, said the growing level of automation and intercommunication in industries such as mining and cement means fewer people are managing much larger plant areas.

“This adds complexity to daily plant operation and places increasing demands on today’s control room personnel,” he said. “The ability of humans to be able to respond, with good decisions at the right time, is crucial for the optimization of plant efficiency and reliability.”

He continued: “Visualisation is critical to the process, providing the main interface between humans and the production site. This new HMI offers a whole new set of functions and makes real-time information much more accessible to operators. The new visual control graphics make it easier for all users of the system to take the right decisions in any situation and allow operators, maintenance and engineers to collaborate in new ways. Visual control graphics can be easily integrated into other existing ABB and external vendor subsystems.”

ABB Ability™ System 800xA Minerals Process Control Library is part of the ABB Ability™ MineOptimize portfolio of digitally connected products, services and solutions that enable mines and cement plants to maximise visibility, reliability, productivity and energy efficiency and optimise performance.

ABB closes the short interval control and scheduling loop

Automation, Communications in mining, Equipment maintenance, IoT, Mine surveying, Mining equipment, Mining services, Mining software, , , , , , , , ,

ABB, in collaboration with Boliden AB and ArcelorMittal Mining Canada, has launched ABB Ability™ Operations Management System (OMS) for mining, a system that “connects and coordinates mine operators, workforce, equipment and all mining activities in real-time, from face preparation to crusher”.

OMS maximises coordination between weekly production plans and dynamic situations in the mine to improve efficiency, increase productivity and maximise profitability, according to the company.

The company explained: “Mine planners often have to build a short-term plan with limited visibility of ongoing activities in the mine. While mine operators constantly consider and evaluate a complex set of operational constraints, adjusting to ever-changing, day-to-day and hour-to-hour situations. This can impact operational efficiency and raise costs.”

ABB says the integration of short interval control and closed loop scheduling into a single digital platform, ABB’s OMS, will improve responsiveness to unplanned events and reduce production variability through all the mine stages.

The ABB Ability OMS can present ‘what-if’ scenarios in case of task failure or operational change, helping mine operators and planners make better decisions faster, ensuring ongoing operation of the mine and increased productivity, it said. Equipment availability is also improved by moving from a reactive to a predictive maintenance model, according to ABB. “Through all the stages of the production cycle, the production flow from the mine is maximised.”

Eduardo Lima, Product Manager for Integrated Mine Operations at ABB, said: “Although it may seem simple, the coordination between the tactical plan and the operational plan is one of the top challenges faced in modern mining. By offering advanced short-term planning and increased automation, ABB Ability Operations Management System enables the mine to act as an ore factory.”

He added: “Ore inventory can be tracked and controlled to allow maximum flow and optimal grade. By integrating operational technology and information technology, operational awareness is increased for all personnel.

“Staff see the same information at the same time and can jointly decide what actions to take in real time with no need to wait until the end of the shift.”

Short interval control application allows mine operators to monitor and review operational plans and performance based on targets, metrics and key performance indicators. Variances can be analysed and mitigated in real time during a shift for immediate corrective action.

The closed loop scheduling application, meanwhile, combines high-level planning with low-level control through a “heuristic auto-scheduling algorithm”. ABB said: “This allows mine planners to achieve new levels of production scheduling efficiency from bench preparation to crusher, optimising resource usage in real time and following the production plan more effectively.”

In developing ABB Ability OMS with ABB, project teams at both ArcelorMittal Mining Canada’s Integrated Remote Operations Center and the Boliden Mine Operation Center provided operation expertise, existing infrastructure and dedicated resources support, ABB says. The technology was piloted at Boliden’s Renstrom underground mine, in Sweden, and by ArcelorMittal at the Mont-Wright open-pit mine, in Canada.

The ABB Ability OMS is part of the ABB Ability MineOptimize portfolio of digitally connected products, services and solutions aimed at enabling modern mines to “maximise visibility, reliability, productivity and energy efficiency and optimise performance”.

ABB to digitalise dry bulk handling solutions at stockyards

Bulk handling, Communications in mining, Mineral processing, Mining equipment, Mining services, Mining software, , , , ,

ABB has launched a new digital application to optimise dry bulk material handling for stockyard operations and beyond.

The new ABB Ability™ Stockyard Management System enables fully integrated collaborative operation by connecting all available information and process data to optimise bulk material handling terminals and stockyards of coal-fired power plants, steel plants or mines, the company said.

“Offering sophisticated material tracking and quality management, the new ABB Ability™ Stockyard Management System increases the efficiency of stockyards in connecting consecutive steps in complete materials transportation chains,” ABB said.

This enables seamless integration in production planning, providing real time information on handled material and supports the management of one or multiple inputs and outputs of different material qualities, storage, mixing and blending, ABB said.

It is a configurable system that can be used to digitalise the complete material handling chain, according to the company. The material flow can be modelled across all belt conveyors and transportation equipment with material properties and quality information via automated data interfaces.

Franz Rietschel, Global Product Manager for Stockyard Management System, said: “This application is the latest example of how ABB as a pioneering technology leader in digital industries is helping our customers to realize the true potential of digital to optimise their operations and achieve a certain quality of outgoing material. Just-in-time or even just-in-sequence is long-established in the automotive industry; now these techniques are available for bulk material handling logistics too.”

Notable features of ABB Ability™ Stockyard Management System include:

  • A calculated stacking model built up according to the tracked material and acting as a ‘digital twin’ of the stockyard. This provides the operator with an inventory overview at any time, without the need of an extra survey. All data can be used for operational optimisation such as efficient space use in a yard, better planning and scheduling, or more accurate mixing and blending processes;
  • Control and prediction of the material flow in various lines with material forecast, tracking and production history;
  • The ability to coordinate all excavators in the mine or yard machines in the plant at the right position with the right timing to realise proactive production control which enables online mixing material according to tracking, forecasting and online quality control;
  • Laser scanners or drones which can provide additional surface information of their environments enable a nearly real time update of the pile surface even after material movements due to environmental influences or due to the use of mobile machines;
  • A ‘slice view’ feature which allows operators a look at the inside of a pile to check the material mix and quality, determine its arrival time or changing material properties when more accurate information are available;
  • Modelling for intra-supply-chain quality optimization allowing operation staff to view tonnes and grade by digging position and belt scale values according to geological model and online analysers which provide information on the various material properties, and;
  • Automated interfaces to different systems provide a seamless workflow from ERP to control system for mine, plant and stockyard operations. An integration of PIMS, MES, production-, maintenance- and down-time planning or laboratory management systems combines all available information for analytics at the right time.

ABB Ability™ Stockyard Management System employs sophisticated data collection and configuration management to interface with and various IT and OT applications and systems. This includes connectivity to IT and ERP systems through web services, TCP/IP socket communication or direct database access; data interfaces OT automation systems through OPC and if OPC is not supported thru low level data interfaces based on data wrappers.

ABB said: “The new ABB Ability™ Stockyard Management System is the latest addition to the portfolio of ABB Ability™ digitally-enabled industry solutions, products and services. Developed out of years of sector expertise and customer insights, ABB Ability facilitates automation, the integration of data and the real-time optimisation of mining and plant processes.”