Tag Archives: mining software

3GSM tackles drill comms, pattern analysis in latest BlastMetriX UAV blasting software update

3GSM GmbH, a developer of software to optimise blasting and reduce inherent environmental issues, has announced several updates to its flagship BlastMetriX UAV software that, the company says, improves communication with smart drills, offers face profiling enhancements and delivers more sophisticated drill pattern analysis.

Robert McClure, President of Robert A McClure (RAM) Inc of Powell, Ohio, an international blast and engineering consulting firm that provides service, support and training for BlastMetriX UAV, said: “3GSM works closely with its blasting customers to adapt to new challenges faced in the field and improve blast optimisation. Customers with an active update licence automatically receive these new features inside the BlastMetriX software, or they can be ordered separately.”

The enhanced drill pattern analysis tool provides heat mapping of drilled borehole deviations for simple visualisation of differences between “as planned” and “as drilled” patterns, while semi-automatic mapping of linear rock mass features is imported into the blast plan. By providing enhanced burden and spacing information, the software allows users to adjust explosive amounts in each borehole to account for irregularities, according to the company. “This is a great tool for a company’s key performance indicator program,” McClure said. “The software captures information from each blast and allows users to go back and review historical data to correct issues in the field.”

Updates to the IREDES (International Rock Excavation Data Exchange Standard) interface improves two-way data communication between BlastMetriX UAV and smart drills. It now allows for import of measure for drilling data like drill penetration rate and air pressure to map the subsurface geology of the borehole. At a quick glance, the software shows the geology and burdens from borehole top to bottom out to the free face. The program is compatible with all major drilling equipment manufacturers, according to the company.

Incorporating the ShapeMetriX system for generating and assessing 3D images, new geological mapping integration allows users to better visualise dips, strikes, seams and voids throughout the drilling pattern. The software can characterise irregularities in the face, which are projected back through the borehole. This allows for more precise loading of the borehole and improves blast safety.

In another update, the underground volumetric measurements tool inside ShapeMetriX now provides the determination of precise volumes in a “generalised” manner, based off captured subsequent tunnel faces and perimeters.

With the aid of aerial targets or standard BlastMetriX targets as reference points, the software imports images from a calibrated DSLR camera or unmanned aerial vehicles to quickly, safely and accurately capture 3D face profiles for enhanced visualisation of the blast area. Multiple data-rich overlapping images generate hundreds of thousands of data points for accurately characterising typography of the surveyed area and creating a 3D face profile.

BlastMetriX UAV gives technicians the confidence the blast will perform as designed to mitigate fly-rock issues, high air overpressures, excessive vibration, poor fragmentation, sub-par cast, loss of grade control and wall damage, the company says.

“Through blast design optimisation using BlastMetriX UAV, operations can realise significant benefits including improved fragmentation, higher crusher throughput and lower drilling man power requirements,” 3GSM said. “The scalable BlastMetriX UAV software allows companies to integrate as much or as little technology as required.”

Geovariances leverages Isatis.neo batch capacity, Python scripting for ‘infinite capabilities’

Sometimes, turnkey software solutions only partially fulfill a company’s needs and do not always meet its requirements; the company may want to go beyond standard jobs by customising specific processing route. This could see a company engage software developers to come up with in-house solutions that answer their needs – something that is challenging to maintain over the years.

To help clients get over this issue, Geovariances, the global provider of geostatistics-based software solutions, puts a significant part of its development efforts into the customisation capabilities of its flagship software product Isatis.neo.

Isatis.neo implements two powerful functionalities in that respect: recording a series of tasks and their parameters – the so-called batch capacity – and Python scripting for completing the data processing and interpretation workflow.

The combination of batch capacity and Python scripting gives the software almost infinite capabilities, according to the company, permitting the user to go beyond the geostatistical calculations: preparing company resource estimate/categorisation workflows, developing optimisation-based solutions, and more advanced algorithmic approaches for a more powerful use of the software.

Using Isatis.neo batch features, users select tasks, parametrise them, insert loops and conditional statements to set up workflows and tune them to the orebody specificities. Instructions are recorded into batch files that can be launched later on, either interactively from Isatis.neo or as a background process from a command-line interface or a third-party software solution using Python, to automatically rerun the whole task sequence with new data.

Isatis.neo’s Python functionalities allow further process customization, with users able to generate a wide range of variables or execute operations by calling on a wide choice of external Python libraries and functions.

During its last user meetings, held in January, Geovariances presented two of its achievements related to these capabilities.

The first case study was about the work completed for a multinational mining and metallurgy company.

This company called on Geovariances’ expertise to establish a global processing workflow to update the resources of one of its projects: several deposits with similar geometrical, geological and spatial characteristics. A few month’s work was required to define, test and validate the routine on one deposit. Another week was enough to run the routine on the other deposits and get the expected resource estimates. In addition to the considerable time the company’s resource team saved, they also gained insight from the batch file processes that mirrored the expertise of Geovariances’ consultants. The quick model update in the subsequent phases of exploration, or even excavation, is another advantage of this batch system.

The second case study was about the work Geovariances completed for Alcoa S.A. The aim was to rebuild the resource estimation workflows the company set up with the precursor of Isatis.neo, Isatis, into Isatis.neo and make the update routines even easier for the user. The complex original workflow, developed by Alcoa’s resource team, involved ordinary and indicator kriging and geostatistical simulation and resource classification. The batch files were prepared, incorporating Python coding for specific operations not yet available in the software and importing search and variogram parameters from csv files using the Pandas library. In the end, Alcoa had a set of standard batch files that could be used for any deposit, but, at the same time, customised according to its needs.

RPMGlobal acquires three mine planning optimisation software products from MIRARCO

RPMGlobal has announced a further software product acquisition after entering a collaborative research partnership with Canada-based MIRARCO.

The agreement gives RPM ownership of three mine planning optimisation software products that will strengthen its Design and Scheduling product suites, in particular the SOT product, RPM said.

The acquisition is part of a three-year collaborative research partnership with MIRARCO, an innovative solution research provider for the mining industry and research arm of Laurentian University based in Sudbury, Canada.

MIRARCO was instrumental in the original research leading to the development of RPM’s Schedule Optimisation Tool (SOT). SOT, along with Attain and Surface SOT, were products acquired by RPM as part of its July 2020 acquisition of Revolution Mining Software.

RPM CEO and Managing Director, Richard Mathews, said: “We are very proud that MIRARCO continues to place their trust in RPM to further develop and commercialise these important optimisation programs.”

One of MIRARCO’s core research domains is furthering the research and development of decision support software for the mining industry.

MIRARCO has developed three separate but complementary underground mine planning optimisation products, which RPM has, under this agreement, agreed to acquire and commercialise. These products extend and complement the functionality of RPM’s mine optimisation software solutions in the areas of Advanced Valuation, GeoSequencing, and Ventilation, it said.

As part of a strategic multi-year collaboration arrangement, RPM and MIRARCO will continue to work together on research and development projects that deliver demonstrable and innovative solutions for the mining industry.

The Advanced Valuation Module (AVM) facilitates the generation of optimised underground mine plans that can deal with the effects of uncertain product prices and ore grades. The mine planner specifies distributions for product prices over the mine’s life and ore grades. AVM will then optimise the life-of-mine schedule, maximising the operation’s net present value (NPV).

The GeoSequencing Module (GSM) facilitates the generation of optimised underground mine schedules adhering to stope sequencing constraints motivated by geotechnical considerations. The mine planner selects the rules for stope sequencing and GSM automatically generates alternative sets of stope-to-stope dependencies, or GeoSequencing scenarios, while enforcing the selected rules. The output is an NPV-optimised life-of-mine schedule based on the mine’s geotechnical considerations.

The Ventilation Constraint Module (VCM) generates optimised underground mine schedules based on ventilation constraints. Through interaction with a ventilation solver, VCM automatically generates airflow-based constraints on the equipment for each ventilation district. Using these constraints, VCM generates optimised NPV life-of-mine schedules that are feasible from a ventilation perspective.

Mathews added: “This acquisition is strategically important for two reasons. First, it further supports our commitment to delivering real innovation to the industry through the ongoing investment and collaboration with the leading minds within key research and development institutes such as MIRARCO. Secondly, it continues our commitment to owning and further investing in the development of innovative strategic mine optimisation solutions particularly for our underground mining clients.

“With the completion of this transaction, RPM is now the proud owner of nine underground mine planning software optimisation products that are used by software suppliers to the mining industry particularly in the underground space to build optimised underground life of mine plans.”

Mathews said the company started acquiring and developing underground mine optimisation products back in August 2017, starting with the acquisition of MineOptima (borne out of research of the Network Optimisation Group at the University of Melbourne) and then in July 2020 with the acquisition of Revolution Mining (borne out of research of MIRARCO) and now with MIRARCO once again.

Dr Nadia Mykytczuk, Interim President and CEO of MIRARCO and Executive Director of the Goodman School of Mines, said: “RPM’s global reach and drive to deliver innovative technology solutions for the mining industry make them a perfect industry partner for MIRARCO. We are looking forward to building on our already strong partnership and collaboration with RPM over the next three years and beyond.”

RPMGlobal to create Emissions Management Software solution with Eden Suite deal

RPMGlobal (RPM) has entered into an agreement with Eden Suite Pty Ltd to acquire a copy of its Environmental Data Management and Reporting Software, Eden Suite.

This acquisition provides RPM with the exclusive worldwide rights to the intellectual property in the Eden Suite software for use in the mining and quarrying industries, along with the ability to extend and integrate the use of the software inside RPM’s suite of software products, it said.

This latest announcement follows closely from the recent acquisitions by RPM of two environmental, social and governance (ESG) consulting and advisory businesses – Blueprint Environmental Strategies and Nitro Solutions.

This acquisition, RPMGlobal says, is strategically important as it will be the first software solution within a brand-new Sustainability vertical in the technology division.

Richard Mathews, RPMGlobal’s CEO, stated, “RPM’s ESG consulting and advisory division has an enviable reputation in ESG matters and the establishment of a dedicated technology vertical focused on ESG technology will further bolster their credentials.

“RPM has a lot of ESG capability already built into its software products to address topics such as emissions simulation, disturbance scheduling/reporting and avoidance zoning. This strategic acquisition provides RPM’s mining customers with a proven ESG focused solution that has been specifically built and tailored for the sole purposes of supporting users with their environmental management and reporting requirements.”

Eden Suite has been supporting carbon management for almost 10 years and was initially developed to capture the fundamental mechanics of annual emissions reporting. This capability can also be applied to the annual National Pollutant Inventories (NPI) and other regulatory greenhouse gas emission reporting requirements. It does this by streamlining the capture of usages for anything that creates an emission output for an organisation, RPMGlobal explained. Usages of emissions sources can be manually entered or automatically integrated through direct data linkages.

The solution has been designed to make it easier for organisations to proactively track, forecast and subsequently report their emissions outputs.

“One of the major challenges faced by miners with emissions reporting is that of data capture, which is a critical component of the regulatory reporting framework,” the company said. “Eden Suite is configured to mirror how an organisation operates. Data is captured in a manner allowing for auditability and transparency, ensuring material disclosures in relation to carbon are accurately calculated and reported.”

RPM’s Emissions Management solution will be entirely web-based, and cloud delivered and is configured to reflect an organisation’s asset hierarchy. Inputs are then measured by vehicle, fleet or at an individual asset level allowing granular reporting and flexibility of changes which is important for historical and auditable reporting.

Mathews continued: “Mining organisations are being required to undertake an increasing amount of time-sensitive statutory reporting for ESG and this can no longer be reliably delivered through the use of Excel spreadsheets. With the RPM Emissions Management Software solution, a site or an entire organisation can generate annualised emissions submissions that can be summarised into daily emissions trends per activity or even source. Having a solution with real-time data capture allows mining clients to proactively monitor and manage their progress across Scope 1, 2 and 3 inventories.”

Eden Suite’s CEO, Peter Robertson, stated: “RPM is ideally positioned within the mining industry to further the growth of this software solution within that market. RPM is an industry leader in the mining consulting and advisory space and has a proven track record developing and integrating technology. We are pleased to have such a strong partnership with such a respected and progressive company.”

Eldorado Gold looks to ARES PRISM project controls software to optimise Lamaque

Eldorado Gold’s Lamaque mine in Quebec, Canada, is set to implement ARES PRISM project controls software to help manage the underground operation.

The mine was seeking a project management tool to provide earned value management, process optimisation and accurate reporting, according to ARES PRISM.

Mehdi Bouanani, Projects and Construction Manager at Eldorado Gold Québec, said: “At Eldorado Gold Québec, we are always looking for innovations and tools to optimise our efficiency. The software ARES PRISM allows us to monitor our costs relating to our various projects closely. In addition, reports that show progress status and execution performance are useful. In general, the software meets our expectations very well.”

Eldorado Gold Québec selected Progesys, a project management firm located in Quebec, Canada, to implement ARES PRISM’s cost management software module, PRISM Cost. Progesys provided training for PRISM Cost users at Eldorado Gold and implemented the software on diverse pilot projects.

Kevin McAleese, Cost Control Specialist at Progesys, said: “By using ARES PRISM, the goal was to streamline the project control processes by centralising all data in one place, standardising and accelerating reporting, and improving the reliability and quality of the data. We implemented it conjointly with Eldorado Gold to make sure that the structure and the systems reflected their specific needs.”

With ARES PRISM, the mining organisation will be able to effectively manage the Lamaque Mine project’s budgeting, resource planning, change management, time-phasing, progress, and performance measurement, earned value management, and forecasting all in a single, central location, according to the software vendor.

Geoffrey Stubson, Chief Financial Officer of ARES Project Management LLC, said: “Eldorado Gold Québec clearly embodies its values of responsibility, integrity and accountability. ARES PRISM will help Eldorado further uphold these values by effectively managing project cost, optimising processes and providing accurate reporting.”

Lamaque began commercial production in March 2019 and is expected to mine and process more than 750,000 t of ore at an average gold grade of 6.6 g/t Au.

Sandvik to acquire Deswik and form new Digital Mining Technologies division

Sandvik has signed an agreement to acquire Deswik, a provider of mine planning software, with plans for the Australia-based company to be part of a newly formed Digital Mining Technologies division within the Sandvik Mining and Rock Solutions business area. 

By acquiring Deswik, Sandvik gains a top-tier supplier of integrated software platforms that, it says, support digitalisation throughout mine planning stages, with more than 10,000 current licences.

Deswik has a high quality customer base, and its strong profitable growth and low customer churn will further enhance Sandvik’s presence within software and digitalisation, and help accelerate growth, the company added.

I am very pleased that we continue to execute on our shift to growth strategy, and continue to broaden our offering with digital solutions that increase productivity in the customers value chain,” Stefan Widing, President and CEO of Sandvik, said. “Mine planning and operations management is a key growth opportunity, and this complementary acquisition and our new Digital Mining Technologies division will strengthen our digital offering and enable us to provide customers a more comprehensive suite of technologies.

Deswik will fill a value chain gap in Sandvik Mining and Rock Solutions’ offering, increasing upstream mining coverage and enabling opportunities for end-to-end optimisation solutions, including, for example, incorporating electrification at the mine planning stage, the company explained. Its core software suite includes computer-aided 3D mine design, scheduling, operations planning, mining data management and geological mapping. Deswik also offers a range of consultancy services, including mine planning, scoping, software implementation and training support.

Henrik Ager, President of Sandvik Mining and Rock Solutions, added: Deswik’s second-to-none software suite combined with Sandvik’s digital and automation offering creates a clear world leader in digital solutions for the mining industry. Combining Deswik’s skills in mine planning and scheduling with our equipment and automation expertise will open new opportunities for optimising our customers’ mining value chain.” 

Deswik will form one of three cornerstones in the newlycreated Digital Mining Technologies division, established to, the company says, accelerate the execution of Sandvik Mining and Rock Solutions strategic priority to lead the industry development of underground sustainability and productivity solutions in electrification, automation, digitalisation and end-to-end optimisation. The new division also includes Sandvik Mining and Rock Solutions automation solutions and the Newtrax telemetry and collision avoidance solutions.

Privately-owned Deswik, established in 2008 and headquartered in Brisbane, has approximately 300 employees and operates 14 offices in 10 countries. Deswik’s revenue as of October 2021, on a rolling 12-month basis, totalled A$79 million ($56 million), of which the share of recurring revenue was approximately 45%, and with an EBITA margin of approximately 30%.

The transaction is expected to close during the March quarter of 2022, subject to relevant regulatory approvals. Sandvik estimates that transaction costs of approximately SEK50 million ($5.5 million) in total will impact Sandvik Mining and Rock Solutions in the December quarter.

Deswik to aid deep underground mining decision making with MineOps buy

The reach of Deswik’s mine planning and design solutions is set to extend deeper underground with Deswik.Apps, a suite of apps that will enable operators to access critical, task-specific data on a tablet or mobile device while offline working in underground operations, the software provider says.

The apps, the vision of MineOps Director, Joanna Martyr, were conceived from real world mining experience where she identified an opportunity to digitise the way in which mine operators executed their daily tasks. The MineOps mission was born with a suite of applications that would enable data to be presented in a way that promoted good decision making and improved mining operations, Deswik said.

Adam White, CTO at Deswik, said: “As Deswik moves its products further into the mine operations market, acquiring these apps from MineOps Software, which align with our product strategy, made sense. We currently have two tablet apps, one of which was co-developed with MineOps Software, so it was a logical investment for the business. MineOps Software have a great range of products, which integrate well with our own software.

“I believe we have an exciting future ahead by extending our existing systems directly to the operators in the field and further supporting the digitization efforts of our customers.”

While most mining companies have successfully adopted software-based mine design, survey, geology and planning solutions over the last three decades, there is a lack of digital continuity when it comes to transferring this information into the field and capturing the downstream production data, according to Deswik. For many sites, paper-based tools are still used to communicate between the production planners and operators and capture the metrics from all shift activities.

“With the launch of Apps, Deswik’s underground metals and underground coal customers will benefit from an integrated digital solution that extends right into the hands of the operators themselves,” the company said. “The inefficiencies associated with the paper-based way of operating will be eliminated and the operators at the ‘coal face’ will be able to make better, faster decisions with a customised view of the technical data piece required to execute the job.”

For Martyr the alignment of MineOps vision with Deswik’s plans to develop a more comprehensive and integrated suite of tools made the acquisition and the team’s transition to Deswik an easy choice to make.

“We are excited to be a part of the Deswik team,” she said. “With MineOps software we enjoyed building apps that solve real business problems, that people love to use. The move to Deswik allows us to continue to do this with a far greater reach and the benefits of knowledge in a well-respected and established company.”

IMDEX bolsters real-time rock knowledge with Datarock investment

IMDEX says it has boosted its rock knowledge capabilities with a deal to acquire an initial 30% stake in image analysis company Datarock for A$5.5 million ($4 million).

Datarock has, IMDEX says, extensive geoscience and data science expertise that has led to the development of a cloud-based platform which applies artificial intelligence and machine learning to automate the extraction of geological and geotechnical information from core imagery, videos, and point clouds. This automation creates high value datasets that drive efficiency within mining operations, IMDEX added.

IMDEX has an exclusive option to acquire the remaining interest in Datarock over the next four years in a two-tranche process, subject to Datarock achieving agreed strategic milestones.

The partnership will enable IMDEX and Datarock to work together to accelerate growth plans, including product development and market expansion, it said.

IMDEX Chief Executive Officer, Paul House, said Datarock’s existing and planned products complemented IMDEX’s existing software including ioGAS™, aiSIRIS, MinePortal, and its cloud-based platform IMDEXHUB-IQ™, and strengthened the company’s ability to deliver real-time rock knowledge answer products.

“The Datarock team and the products they have built are strongly aligned with our strategy, our existing product offering and our value proposition for clients,” House said. “Data collected by geologists and engineers inform operational and financial decisions throughout a mine’s life cycle. This data is commonly collected manually, which is slow, laborious and can be prone to human error. Datarock aims to eliminate this error and deliver high quality and auditable data that provides value for the entire life of the mine.

“We are looking forward to working with the Datarock team. Its members are experts in the field of geoscience, data science and AI, and like IMDEX, have a drive for developing technologies to solve the mining industry’s biggest challenges.”

Datarock is an Australia-based mining technology company servicing the global exploration and mining sector. It is owned by two private companies, Solve Geosolutions Pty Ltd and DiUS Computing Pty Ltd. Solve Geosolutions and Datarock recently combined to both operate under the Datarock name. Solve is one of Australia’s leading geoscience machine learning and data science consulting businesses. DiUS is an Australia-based consultancy that helps organisations build the future using its expertise in AI, machine learning, IoT, cloud computing and product development.

Datarock’s products are applicable across the mining value chain, from geotechnical analysis of drill core during drill out, through to the mining and extraction phase, according to IMDEX. It has an existing customer base with major mining companies globally.

Datarock Chief Executive Officer and Director, Liam Webb, said there were clear synergies between Datarock’s products and several of IMDEX’s offerings.

“By working together, we will add considerable value to both companies,” Webb said. “When we started seeking investment our primary goal was to align ourselves with a company who saw the future the same way we did and could help us achieve our goals. I feel by entering into this agreement with IMDEX, who we believe are one of the world’s leading mining technology companies, we have achieved this.”

Seequent extends cloud capabilities and solutions for mining with Minalytix deal

Bentley Systems’ Seequent business unit has acquired Canadian software company Minalytix, the developer of MX Deposit.

The acquisition, which comes only a month after Seequent’s purchase of Imago Inc, a developer of cloud-based software for the capture and management of geoscientific imagery, extends Seequent’s cloud capabilities and solutions for mining, including greenfield exploration, resource development and mining production, Bentley says. Prior to the transaction, Seequent held a minority shareholding in Minalytix, and its partnership included exclusive global rights to sell MX Deposit.

MX Deposit simplifies and controls how drill hole and other field data is collected, managed, and shared throughout the lifecycle of a deposit, according to the company. Mining exploration teams can configure the solution for various activities, including diamond and percussive drilling, grade control, underground face sampling, metallurgical sampling, stockpile sampling and sampling mill circuits.

“MX Deposit closes gaps in a project’s data collection, streamlines workflow, reduces errors and provides an audit trail to improve data confidence and act as a single source of truth for project data,” Bentley says. “MX Deposit is easy to use and configure and works anywhere online and offline, delivering valuable insights across all mining projects. Real-time collaboration is enabled with live project data.”

Mining companies use MX Deposit, in conjunction with other geophysics and geology data management and modelling tools, to find, develop and manage world-class deposits, and to enable teams to manage risk and make better, more profitable decisions, according to Bentley. Data can, it says, be easily integrated into MX Deposit in order to provide context that delivers more knowledge and better decision making.

Seequent already integrates its Leapfrog, Oasis montaj, Target and Imago solutions with MX Deposit, streamlining processes and increasing efficiency for geologists, engineers and other stakeholders.

“MX Deposit unlocks value from drilling, one of the largest investments for any mining and exploration company, with enduring high-quality data,” it says.

MX Deposit is a Software-as-a-Service (SaaS) solution that auto-scales to meet users’ needs, from small to multi-national companies, according to Bentley. Users can create a customised data management solution within hours to collect and control drill hole and other field data and immediately gain insights across all projects, the company says.

There are no limits on data users can store, with some logging millions of samples and blast holes and tens of thousands of drill holes.

Graham Grant, CEO of Seequent, said: “We’re excited to welcome the Minalytix team to Seequent, following our successful collaboration, to broaden the mining workflow through further cloud capabilities. Drill and sample data are the lifeblood for mining companies when exploring, and MX Deposit naturally aligns with our mining and exploration portfolio, including newly acquired geoscientific imagery platform Imago. We have already done a great job of integrating the software and now we are excited to integrate the team.”

Minalytix Co-founder and CEO David Peres, said: “We’re delighted to join Seequent as it allows us to deliver on our founding mission to impact the mining industry positively. We partnered exclusively with Seequent a couple of years ago as they had earned a reputation as a trusted mining innovator with a global reach. As a result, demand for MX Deposit increased in leaps and bounds. With Seequent’s expertise and support, MX Deposit will be able to reach its full potential.”