Tag Archives: Metso Outotec

Metso Outotec banks fifth Chinese pelletising order in two years

Metso Outotec has signed a contract with Beijing Shougang International Engineering Technology Co. Ltd. (BSIET) for the delivery of an iron ore pelletising plant to Shougang Qian’an Iron and Steel Co. Ltd.

The plant will be built in Qian’an, Hebei province, China. The order value, which is not disclosed, is booked into the company’s Metals’ September-quarter orders received.

Metso Outotec’s scope of delivery includes the engineering and design of the indurating system and process gas fan system, as well as supply of proprietary equipment, instrumentation and control systems. Supervisory services and technical training are also included in the delivery scope. The core of the plant is Metso Outotec’s traveling grate pellet indurating furnace with a grate area of 504 sq.m.

Attaul Ahmad, Vice President, Ferrous & Heat Transfer business line at Metso Outotec, said: “We are very excited about this recent win in China. This is our fifth pelletising plant order in China since 2020. The win is yet another demonstration of our strong technological leadership in the pelletising space, as well as our long-term partnership with BSIET. We are looking forward to further strengthening our cooperation with BSIET and the customer operating the steel plant in Qian’an.”

Pellet production at the Qian’an plant is estimated to start by the end of 2023.

Metso Outotec says its traveling grate technology ensures high performance and quality while significantly decreasing energy consumption and emissions. The process produces uniform pellets and ensures high performance and quality, with low investment and operating costs as well as decreased energy consumption and emissions.

Metso Outotec launches carbon-neutral and autonomous pelletising concept

Metso Outotec is launching NextGen Pelletizing™, a visionary concept for the next generation of pelletising plants that, it says, strive to be carbon-neutral and autonomous.

This concept is a part of the company’s Planet Positive offering focused on environmentally efficient technologies.

Attaul Ahmad, Vice President, Ferrous and Heat Transfer business at Metso Outotec, said: “NextGen Pelletizing is yet further proof of our strong commitment to building innovative pelletising solutions that are sustainable and contribute to climate targets. It offers significant benefits and will help the industry decarbonise, providing an 80-90% reduction in CO2 emissions.”

NextGen Pelletizing offers unmatched benefits, according to the company, including further energy reductions of 5-10%, production and availability increases of 10-15%, and improved product homogeneity and quality to support the transition of the steel industry.

The concept considers all relevant factors for energy efficiency, plant production and pellet quality to enable a holistic optimisation of the performance of the pelletising process, the company says. It follows a modular approach to minimise the sources of CO2 from the three carbon-intensive steps involved in pelletising and introduces further improved gas schemes, advanced combustion and burner technology (low NOx, hydrogen, and alternative fuels) as well as increased plant stability and performance through advanced process control.

Matthias Gabriel, Director, Ferrous technologies at Metso Outotec, added: “Pelletising is and will remain crucial in the future for the industry’s transition to green, carbon-neutral steel production. I am really excited about NextGen Pelletizing, which I firmly believe will completely revolutionise the way pelletising plants are built or operated in the future.

“The best part about NextGen Pelletizing is that it can be implemented fully or in parts, depending on the customer needs. And it can be easily upgraded in existing plants. Our experts will continue to evolve this vision with improved and innovative processes and tools.”

As the original inventor of the pelletising process, Metso Outotec’s NextGen Pelletizing also offers an exhaustive suite of digital solutions that help improve process performance, production capacity, and product quality as well as reduce energy consumption, environmental impact, and operation and maintenance costs, Metso Outotec says. These solutions include VisioPellet™ , Ferroflame LowNox burner, the Pallet Car Condition Monitoring System, and the Training Simulator, among others.

Metso Outotec has an installed worldwide base of over 120 pelletising plants.

Metso Outotec to deliver modular crushing station, milling equipment and more to G Mining’s Tocantinzinho gold project

Metso Outotec has been awarded equipment orders by G Mining Ventures Corporation for the company’s flagship asset, the Tocantinzinho gold project, in Para State, Brazil.

The value of the orders is approximately €20 million ($19.7 million).

Metso Outotec’s scope of delivery to the greenfield project consists of a compact aggregates plant and the key process equipment for the beneficiation plant from Metso Outotec’s Planet Positive offering. Included are, for example, a modular FIT™ crushing station, Premier™ SAG and ball mills, an MRM Mill Reline Machine and High Rate Thickeners.

“We are delighted to be part of this important project,” Fernando Samanez, Minerals Sales Director for Metso Outotec in South America, said. “G Mining has a superb team and the Tocantinzinho project is implementing efficient and sustainable technology combined with low operating and life-cycle costs. We are glad to be building another success with our FIT crushing station concept and also delivering the first MRM Mill Reline Machine in Brazil.”

On September 12, the G Mining Board gave official signoff for construction of Tocantinzinho , which, according to an updated feasibility study from earlier this year, will have an average milling rate of 4.6 Mt/y for average annual gold output of 175,000 oz.

Marathon Gold taps Metso Outotec for Valentine processing plant equipment

Marathon Gold has awarded Metso Outotec with orders for key processing equipment for the Valentine gold project in Newfoundland, Canada.

The combined order value of approximately €15 million ($14.9 million) has been booked in Minerals’ Sepetmber-quarter orders received.

“We chose Metso Outotec equipment because of their brand reputation, technology-oriented equipment, commitment to safety and environment, and their service footprint in Atlantic Canada,” Paolo Toscano, Vice President, Projects, Marathon Gold Corporation, said.

Metso Outotec’s scope of delivery consists of a VF Series™ grizzly feeder, a Nordberg® jaw crusher, Planet Positive Premier® SAG and ball mills, a Mill Reline Machine (MRM), vibrating screens and a high-rate tailings thickener with Reactorwell™ feed system.

Andy Lingenfelter, Vice President, Minerals Sales in North and Central America, added: “We are excited to work on the Valentine gold project with Marathon. We were able to align with the project’s key value drivers at an early stage and provide to-the-point technical support.

“Marathon has selected leading-class equipment for their gold production process, and they will also be able to benefit from our broad-based service organisation.”

An April 2021 feasibility study outlined an open-pit mining and conventional milling operation at Valentine with a 2.5 Mt/y processing rate over a 13-year mine life with a 31.5% after-tax internal rate of return and initial capital costs of C$305 million ($228 million). The project has estimated proven reserves of 1.4 Moz (29.68 Mt at 1.46 g/t) and probable reserves of 650,000 oz (17.38 Mt at 1.17 g/t).

Metso Outotec to invest in polymer filter plate production plant in Mexico

Metso Outotec says it will invest in its first polymer filter plate production unit in Mexico in response to global demand for high-quality filtration solutions for its mining customers’ filter presses.

The company expects to invest a total of around €28 million ($28 million) to acquire the land and develop the production facilities by 2025.

The construction work will begin as soon as the acquisition of the land and the planning of the facility have been completed.

The construction of the new factory is expected to begin in 2023 and reach full capacity during 2025, following a gradual ramp-up. Once fully operational, the new factory is expected to employ around 60 skilled personnel.

Tomas Hakala, Senior Vice President, Beneficiation, Dewatering and Hydrometallurgy Services, said: “Polymer filter plates are strategic and critical spare parts. To serve our customers’ growing needs, we will further develop our supply capabilities by investing in a new state-of-the-art factory where quality and safety are key focus areas. We also have maintained and will maintain a strong network of suppliers globally.”

Hakala says the company has selected Mexico as the target country for its potential to reduce lead times, transportation distances – especially to the Americas – and CO2 emissions for its end customers.

Metso Outotec has high sustainability targets for CO2 emissions for its own operations and the supply chain. The target is to have net-zero CO2 emissions in the company’s own operations by 2030, and a 20% reduction in CO2 emissions from logistics by 2025.

In addition, the goal is for 30% of suppliers by spend to make a commitment to the Science-Based Targets initiative (SBTi) and set reduction targets for CO2 emissions by 2030.

The new factory will be located in the central region of Mexico, where Metso Outotec already has a rubber and Poly-Met factory.

Metso Outotec re-introduces Planet Positive TankCell flotation cells

Metso Outotec says it is re-introducing its TankCell® offering – the largest of its kind on the market – in an effort to further provide efficient and economical plant design with high availability and reduced plant footprint for any application.

Since the 1990s, Metso Outotec has delivered nearly 8,000 TankCell flotation cells to mining customers around the world, with a size range that goes from 5 cu.m to 630 cu.m.

“The energy-efficient TankCell flotation cells are part of our Planet Positive offering and are designed to provide optimal metallurgical performance sustainably,” Antti Rinne, Vice President, Flotation at Metso Outotec. “All components, as well as electrical equipment, have been selected for maximum availability and operating life.

“When combined with the Concorde Cell™, customers can unlock the potential for even further improved performance. Higher recovery, selectivity and final concentrate grade are just a few of the benefits. On top of this, we have a comprehensive automation, services and modernisation offering to support our customers’ flotation process improvement and optimisation needs.”

TankCell units are equipped with the FloatForce® mixing mechanism, which provides improved flotation hydrodynamics and pumping performance at high air dispersion rates. Thanks to this innovative mixing mechanism, particle recovery in the flotation cell is very efficient while power consumption and the risk of sanding is reduced, according to the company.

Metso Outotec says it is working on exciting new developments in the innovative FloatForcetechnology and expects to introduce the next-generation mixing mechanisms soon.

The TankCell flotation cells come with a wide selection of froth management tools, including different types of launders, optimised level control as well as various intelligent instruments, it added.

Metso Outotec also provides a range of services for the flotation units, including, for example, flotation process assessment, flotation inspections and various types of upgrades and life-cycle services packages for the optimisation of flotation cell performance.

Zinnwald striving for battery-electric circularity with lithium project development

The development of the integrated Zinnwald lithium project in Germany could see the incorporation of a battery-electric fleet of LHDs and the return of metal production to a region of saxony with mining history dating back to the Middle Ages.

The London-listed owner of the project, Zinnwald Lithium Plc, has just released a preliminary economic study on its namesake project focused on supplying battery-grade lithium hydroxide to the European battery sector.

As with any responsible battery metal project being developed today, the project’s ‘green credentials’ are being considered even at this early stage.

Zinnwald Lithium has been keen to flag these, mentioning the project is located close to the German chemical industry, a fact that should enable it to draw on a well trained and experienced workforce with well-developed infrastructure, plus reduce the ‘carbon footprint’ of the final end-use product.

This focus will see all aspects of the project – from mining through to production of the end product – located near to the deposit itself.

Zinnwald Lithium also said the project has the potential to be a low- or ‘zero-waste’ project, as the vast majority of both its mined product and co-products have their own large-scale end-markets.

This could see it produce not only battery-grade lithium hydroxide monohydrate products, but sulphate of potash (SOP) for the fertiliser market and precipitated calcium carbonate (PCC) – the latter being a key filling material in the paper manufacturing process.

The project now includes an underground mine with a nominal output of approximately 880,000 t/y of ore at an estimated 3,004 ppm Li and 75,000 t/y of barren rock. Processing, including mechanical separation, lithium activation and lithium fabrication, will be carried out at an industrial facility near the village of Bärenstein, near the existing underground mine access and an existing site for tailings deposition with significant remaining capacity.

With a 7-km partly-existing network of underground drives and adits from the ‘Zinnerz Altenberg’ tin mine, which closed in 1991, already mapped out, the bulk of ore haulage is expected to be via either conveyor or rail

The nominal output capacity of the project is targeted at circa-12,000 t/y LiOH with circa-56,900 t/y of SOP, 16,000 t/y of PCC, circa-75,000 t/y of granite and 100,000 t/y of sand as by-products.

The company is looking to complete the ‘circularity’ dynamic in its fleet and equipment selection, according to CEO, Anton Du Plessis, who mentioned that electric LHDs could be used to load and haul ore to an ore pass in the envisaged operation.

He said the cost estimates to use such equipment – which are factored into the project’s $336.5 million initial construction capital expenditure bill – have come from Epiroc, which has a variety of battery-operated mobile equipment.

“The base case is battery-operated loaders,” he told IM. “The final selection will be based on an optimisation study where, in particular, partly trolley-fed haulage systems will be investigated.”

Forms of automation are also being studied, Du Plessis said, with the caveat that “only select technologies we consider proven” will be evaluated.

Zinnwald Lithium is also looking at electric options for long-hole drilling underground, with both battery-based units and cabled versions under consideration and requiring firming up in the optimisation study.

With a 7-km partly-existing network of underground drives and adits from the ‘Zinnerz Altenberg’ tin mine, which closed in 1991, already mapped out, the bulk of ore haulage is expected to be via either conveyor or rail. The former, of course, will be powered by electricity, but the company is also considering potential battery-electric options for the latter, according to Du Plessis.

The company is blessed with existing infrastructure at the mine, which should help it in advancing the project at the pace its potential end-use manufacturing suppliers would like. It is already evaluating options for the construction stage – with an engineering, procurement and construction management contract the most likely option – and it has plans to conclude a feasibility study by the end of next year.

Du Plessis said while most of the fixed assets have been removed or were deemed outdated a long time ago from the former operating underground mine, other infrastructure was in good shape.

“The excavations, main level, underground workshop, ventilation shafts and, particularly, 2020 refurbished access tunnel provide a very good starting point for our project,” he said. “The access tunnel was originally constructed for dewatering the old mine and, therefore, the mine and the tunnel have been maintained very well.”

The company is now shifting to the bankable feasibility study and currently selecting partners for the project.

With what it calls a “simple, five-stage processing” route confirmed by test work for the extracted material at Zinnwald, the company is looking to select OEMs with the optimal concept for the project, Du Plessis said.

“In the PEA, mineral processing equipment cost is based on Metso Outotec estimates, pyrometallurgy is based on Cemtec technology, and hydrometallurgy is based on various providers’ technology,” he clarified.

TNG enlists Metso Outotec’s H2-based Circored process for Mount Peake concentrate plans

TNG Limited, an Australia-based resources company, has awarded Metso Outotec a study looking at reducing Mount Peake Ti-V magnetite concentrate using Circored™ technology, which uses hydrogen as its only reductant source.

As part of the study, Metso Outotec will perform a techno-economic assessment to integrate Circored technology into TNG’s TIVAN® process that provides for the extraction of high-quality products from Ti-V magnetite orebodies.

Metso Outotec has been granted this assignment following positive test work performed for TNG, which confirmed the applicability of hydrogen-based reduction for Mount Peake Ti-V magnetite concentrate.

The test work program, which was a precursor to a more detailed commercial and technical evaluation, was a success, TNG says, delivering the following results:

  • Achieved iron metallisation targets across a range of testwork parameters;
  • Demonstrated the viability of processing Mount Peake titanomagnetite concentrate with Metso Outotec’s Circored technology; and
  • Generated samples for downstream validation testwork.

Now, Metso Outotec will further define the process flowsheet for the Mount Peake project and prepare a preliminary capital cost and operating cost (+/-30%) for a Circored Plant.

The use of hydrogen is a key part of the TNG’s medium-to-longer-term strategy to reduce its net carbon footprint from processing operations at the Mount Peake project.

TNG Managing Director & CEO, Paul Burton, said the Metso Outotec study also complements its existing partnership with SMS group, which TNG has a strategic partnership with, to investigate green hydrogen production at Mount Peake.

Located 235 km north of Alice Springs, in the Northern Territory of Australia, Mount Peake will be a long-life project producing a suite of high-quality, high-purity strategic products for global markets including vanadium pentoxide, titanium dioxide pigment and iron ore fines, accordiing to TNG. The project has received Major Project Status from the Australian Federal Government and the Northern Territory Government.

Circored, part of Metso Outotec’s Planet Positive portfolio, is a process that uses hydrogen as the sole reducing agent in the reduction of fine ores, enabling carbon neutrality for metal processing plants.

Metso Outotec expands digital grinding services offering with Global Physical Asset Management deal

Metso Outotec says it has closed the acquisition of Global Physical Asset Management, a technology provider based in North America, further strengthening the OEM’s capabilities in digital field service inspections for grinding.

The innovative technologies and digital inspection method of Global Physical Asset Management are patented and fully complementary to Metso Outotec’s current service offering for grinding, it said. This will bring more value to customers and support them in achieving reliable plant performance. The acquired technology enables 60% faster gear inspections with outstanding accuracy when compared with the use of conventional methods, according to Metso Outotec.

Global Physical Asset Management is a privately owned technology company founded in 2007. It has 20 employees in the US and Canada, serving leading mining customers. Its sales in 2021 were approximately C$6 million ($4.6 million). The company says it specialises in third-party gear engineering, design, installation, risk assessments, inspections, pinion alignments and maintenance audit and full FMEA audits on large scale power transmission equipment commonly used on trunnion and roller supported mill and kiln drives.

“I am very pleased about this important step toward our strategic target to become the preferred services provider in our industry,” Sami Takaluoma, President, Services business area at Metso Outotec, said. “The unique technology and digital inspection method fit excellently with our services strategy and grinding offering and will also bring potential to further develop our inspection capabilities for our crushing solutions. I warmly welcome our new colleagues to the Metso Outotec team.”

Metso Outotec has experience from designing, manufacturing and supplying over 8,000 grinding mills globally, including the manufacturing and supply of some of the largest SAG/AG mills in the world. With the acquisition of Global Physical Asset Management, Metso Outotec can leverage the strength of its extensive installed base and field service network and increase its capabilities to serve the third-party installed base, it said.

Global Physical Asset Management Co-Founders, Tom and Jason Shumka, said: “We are excited that we are now a part of a truly international company. Tom has expanded Global PAM’s markets by building strong relationships with customers and working with them to build efficient and reliable strategies that apply the latest innovative technologies. Jason has developed unique technologies for years, helping our customers achieve significant benefits. As we become a part of Metso Outotec, our innovative solutions, which we are very proud of, will become available for customers globally.”

Metso Outotec aims for higher capacities as ore sorting offering develops

The entry of Metso Outotec into the bulk ore sorting space arguably heralds the beginning of a new stage of market adoption – one that is focused on significant throughputs across multiple commodities.

In May, the mining OEM announced a collaboration agreement with Malvern Panalytical, a company that has been using Pulsed Fast Thermal Neutron Activation (PFTNA) technology onboard its cross-belt analysers to analyse and help divert ore and waste streams with improved accuracy.

Up until that announcement, Metso Outotec had mooted the benefits of bulk ore sorting in several industry articles. On the smaller scale, it had also renewed its ongoing agreement with particle ore sorting major player, TOMRA.

The company said its agreement with Malvern Panalytical, which has previously worked on bulk sorting projects with Anglo American among others, brought together its expertise in crushing and bulk material handling solutions with Malvern Panalytical’s ore analysis nous to offer an industry-leading portfolio of solutions for bulk ore sorting.

Rashmi Kasat, Vice President, Digital technologies at Metso Outotec, said in the press release that the pact with Malvern Panalytical would allow the company to meet the industry’s increasing sustainability and resource efficiency needs in an enhanced way in the early comminution stage.

“Sensor-based bulk ore sorting and data-driven analysis upgrades low grade or waste stockpiles, making them economical and far less energy-intensive to treat,” she said.

There are obvious positive benefits up- and down-stream of sensor-based sorting too, with the ability to carry out a low-cost mining method (upstream), as well as reduced capital investments in downstream equipment already shown with early-adopter projects.

That is before considering the relative energy and water reduction requirements that come with applying the technology.

Kasat later told IM that the company’s existing portfolio of material handling modules, crushing stations or mobile crushing equipment, as well as bulk material handling solutions, already “complement” the concept of bulk sorting.

“The addition of the bulk sensor is easily achieved,” she clarified. “The diversion mechanism will be included as well to be able to offer the whole plant out of one hand.”

With crushing stations – at least in the in-pit crushing and conveying (IPCC) space – that can go up to 15,000 t/h (see the company’s Foresight™ semi-mobile primary gyratory station), the prospect of Metso Outotec making a concerted effort to get into the bulk ore sorting space bodes well for the rising throughputs of projects.

NextOre recently claimed it had commissioned the world’s largest bulk ore sorting system at First Quantum Minerals’ Kansanshi copper mine in Zambia. This installation, which uses the company’s magnetic resonance technology, comes in at a 2,800 t/h-rated capacity.

Scantech, meanwhile, recently confirmed it has a GEOSCAN GOLD installation using prompt gamma neutron activation analysis technology for bulk sensing/sorting up and running that uses a diversion system at conveyed flow rates of more than 6,000 t/h.

Kasat, without naming a range, confirmed Metso Outotec was targeting “higher capacities” in line with the sensors available on the market. She also clarified that the agreement with Malvern Panalytical was “non-exclusive”.

“We will choose all our sensor/analyser partners strategically,” she explained. “Malvern Panalytical has a leading position and history in this field with proven technology for ore sensing. We will leverage our and their Tier 1 position in the industry for our bulk ore sorting offering.”

Malvern Panalytical uses Pulsed Fast Thermal Neutron Activation technology onboard its cross-belt analysers to analyse and help divert ore and waste streams with improved accuracy

As the type of sensor to be employed varies based on several factors including mineralogy, plant capacity, application of bulk ore sorting, etc, Metso Outotec will identify the right partners for the right need, she explained.

The major constraints for these sensors are often measurement times and sensor penetration, according to Kasat.

“There are very few sensors out there that can do sensing of a 500-mm-deep bed of rock on a conveyor belt, moving at 5-6 m/s,” she said. “But our current and future prospective partners are working on developing the technologies to reduce measurement times without compromising the accuracy of measurement.”

The mining OEM is looking to, in most cases, provide ‘plug and play’ flowsheets for bulk ore sorting and then carry out the required customisation per sensor.

This plan reinforces Kasat’s assertion that there is no ‘one-size-fits-all’ concept in bulk ore sorting applications.

For new projects, the process could see the company start with metallurgical testing, progress to mobile/fixed pilot plants in the “backyard” to test the accuracy of the sensors for the given application, and then find the right solution for the customer’s use case.

Renato Verdejo, Business Development Lead for Bulk Ore Sorting at Metso Outotec, added: “For existing plants, we will install the sensor over the belt conveyor and analyse the results after selecting the right sensor for this sorting application.”

Metso Outotec intends to focus on major commodities like copper, iron, nickel and gold, among others, with applications such as waste/ore sorting, low grade re-crushing and beneficiation process optimisation.

Within this wide remit – and in line with its non-exclusive agreements with Malvern Panalytical and TOMRA – the company is also considering the combination of both bulk and particle sorting in flowsheet designs.

Metso Outotec, in 2021, renewed its ongoing agreement with particle ore sorting major player, TOMRA

“The combination of the superior throughput of a bulk application with the selectivity of particle sorting in a rougher-scavenger setup is something that can bring sorting to high volume mines in the future,” Kasat said.

“Plant concepts and flowsheets have already been conceptualised and we expect the first deliveries to be in pilot stations to test the sensors on site,” she added, saying that the tonnage requirements for bulk ore sorting sensor validation meant a bulk sensor would have to be piloted in the field to get statistically meaningful data about the properties of the deposit.

Metso Outotec’s crushing system offering will form the “base” for these solutions, with ore sorting optionality available to all customers, she said.

This sensor-based optionality also overlaps with another in-demand part of Metso Outotec’s business: IPCC.

The company’s dedicated team in Germany are responsible for this area, developing projects backed by comprehensive studies.

They – like most of the industry – are aware of the potential application for sensor-based ore sorting in IPCC projects.

Markus Dammers, Senior Engineer of Mine Planning for Metso Outotec and one of the team members in Germany, said there were applications for both bulk and particle sorting in IPCC applications, with the former likely integrated after primary crushing and the latter after secondary/tertiary crushing.

“Bulk ore sorting in an IPCC application should be integrated after primary crushing in order to recover marginal material determined as waste in the block model, or reject waste from the ore stream,” he said.

Bulk ore sorting in an IPCC application should be integrated after primary crushing in order to recover marginal material determined as waste in the block model, or reject waste from the ore stream, according to Markus Dammers

If integrated after secondary or tertiary crushing, it becomes less effective, with the ore’s heterogeneity decreasing every time the ore is rehandled, transferred, crushed, blended, etc.

“In this manner one can take advantage of the natural variability in the deposit, rather than blending it out, with bulk ore sorting,” he said.

After secondary and tertiary crushing, particle sorting may be applied as a “standalone or subsequent ‘cleaner’ process step”, he added.

With Metso Outotec open to the inclusion of ore sorting in fully-mobile, semi-mobile and stationary crushing stations within an IPCC context, the company has many potential customers – existing and new – out there.

And that is just in IPCC applications.

The company also has hundreds of crushing stations on fixed plant installations that could represent potential sorting opportunities.

Metso Outotec, on top of this massive install base, has a few advantages over traditional ore sorting vendors in that it understands the plant that goes around the analysis and diversion process associated with ore sorting; knows how important uptime is to its customers; and, through sophisticated modelling, realises what impact changes in the flowsheet will have up- and down-stream of such equipment.

“The key point here is to have all the equipment to handle and process the ore to feed the sorter and, later, having the technology to divert the material and retain the availability of the plant without changes,” Kasat said.

Energised by its Planet Positive aims of responding to the sustainability requirements of its customers in the fields of energy or water efficiency, emissions, circularity and safety, the company is now ready to flex its processing plant muscles to increase the industry’s adoption of bulk and particle sorting technology.