mining crusher machinery related sites

china mobile crushers plant|crusher mobile|portable rock crusher|mobile crushing plant|mobile crushing station|construction waste recycling plant-china hongxing machinery

To HXJQ customers, flexibility is everything. We offer a wide range of mobile crushers and screens, both tracked and wheeled, including jaw crushers, impact crushers, cone crushers, and screens for quarrying and construction projects.In order to bring the most powerful rock and ore crushers and screening plants to the most difficult of jobs, HXJQ have developed revolutionary machines with the highest levels of agility and mobility.

Whether you are looking to crush tonnes of hard rock or produce several sized aggregates with our high output screening plants, the versatility of our equipment and optional extras will ensure that we can always provide the right machine for you.

2. The portable crushing plant is used for Processing of topsoil and a variety of other materials; separation viscous to coagulation aggregate; construction and demolition industry; broken after the screening; quarrying industry.

MOBLIE IMPACT CRUSHER TECHNICAL PARAMETERS Model HX938F1210 HX938FW1214 HX1149F1315 HX1349HD1110 HX1349HD1315 TransportationLengthmm 12000 12000 13900 15450 15450 TransportationWidthmm 2550 2550 2900 2950 2950 TransportationHeightmm 3900 3900 4450 4500 4500 MaximumLengthmm 12500 12500 13900 15450 15450 MaximumWidthmm 3250 3260 3250 3250 3250 MaximumHeightmm 5100 5200 5200 5200 5200 Weightt 39 44 54 62 62 Crusher Model PF-1210 PF-1214 PF-1315 HD1110 HD1315 TheMaximumFeedingSizemm 350 350 500 400 700 Production Capacityt/h 70-130 100-180 130-250 112 280 Vibrating Feeder ZSW9503800 ZSW9503800 ZSW1104900 ZSW1304900 ZSW1304900 MainBeltConveyor B8008.5M B8008.5M B10009.5M B80011M B120011M Side-openingBeltconveyor(Optional) B5003.2M B5003.2M B6504M B6504M B6504M Genset(Optional)kw 320 320 400 320 440 IronSeparator(Optional)kw RCYD(C)-8 RCYD(C)-8 RCYD(C)-10 RCYD(C)-8 RCYD(C)-12 MOBLIE JAW CRUSHER TECHNICAL PARAMETERS Model HX938HD80 HX1149HD98 HX1349HD110 HX1349HD125 Transportation Length(mm) 12600 13500 14500 15200 Transportation Width(mm) 2600 2700 2800 2900 Transportation Height(mm) 3870 4200 4450 4500 Maximum Length(mm) 12500 14000 16100 14700 Maximum Width(mm) 4100 4500 5100 5100 Maximum Height(mm) 4100 4900 5000 5300 Weight(t) 39 57 55 65 Tire Configuration Dual-axial Dual-axial Dual-axial Dual-axial Jaw Crusher HD80 HD98 HD110 HD125 Maximum Feeding Size(mm) 500 550 660 800 Discharge Opening Size(mm) 50-150 75-175 100-200 125-225 Capacity(t/h) 85-275 110-350 215-510 280-650 Vibrating Model ZSW38095 ZSW420110 ZSW490130 ZSW490130 Main Belt Conveyor B8008.5M B10009.5M B100011M B120011M Side-opening Belt conveyor(Optional) B5003M B6503.5M B6504M B6504M Genset(Optional) (kw) 200 250 270 400 Iron Separator (Optional) RCYD(C)-8 RCYD(C)-10 RCYD(C)-10 RCYD(C)-12

MOBLIE IMPACT CRUSHER TECHICAL PARAMETERS Model TheMaximum Feeding Size mm Production Capacity t/h HX938F1210 350 70-130 HX938FW1214 350 100-180 HX1149F1315 500 130-250 HX1349HD1110 400 112 HX1349HD1315 700 280 MOBLIE JAW CRUSHER TECHNICAL PARAMETERS Model Maximum Feeding Size(mm) Capacity(t/h) HX938HD80 500 85-275 HX1149HD98 550 110-350 HX1349HD110 660 215-510 HX1349HD125 800 280-650

equipment you'll find at a typical surface mine - vector solutions

All of the terms, definitions, and images in this article come from our online MSHA Part 46 Typical Equipment in a Surface Mine training course. Weve included a short sample of that online mining safety course below.

Either track-mounted or tire-mounted, backhoes are a type of excavator equipped with a bucket that faces toward itself. The typical backhoe design incorporates an inward-facing bucket affixed to an articulated arm, or boom. Backhoes are often used for removing and loading overburden as well as scraping down high banks and digging ditches.

Bins and hoppers are containers with open tops for material to enter and an opening at the bottom for material to exit, typically over a conveyor or feeder. They are filled from the top by a loader or conveyor and discharge material at a continuous rate through the opening at the bottom for distribution to other processing and sorting operations.

Feeders transport material a short distance at a consistent rate using conveyor belts or screw conveyors. Feeders may also have an integrated breaker mechanism used to reduce material size as needed for the next processing stage.

Management offices, workshops, storage, refueling, and power generation may all be located on-site. In some cases, a control tower may also be constructed to offer a complete view of processing operations.

Some of the most common types of classifiers are spiral and rake classifiers. Both of these classifiers separate material by dragging the material along the bottom of an inclined surface in a settling chamber from the bottom (inlet) to the top (discharge).

Cone crushers are typically used in downstream crushing operations for medium-sized materials. Like the jaw crusher, the material is fed into the cone crusher from the top and discharged at the bottom. As the material enters the crusher, an eccentrically rotating cone forces the materials against a crushing plate. The shape and movement of the cone progressively reduces the size of material as it moves down through the crushing chamber to the sizing gap above the discharge opening. Resized material may be further sorted and transported to stockpiles or other processing operations.

Draglines, a type of specialized excavation equipment, operate by casting a heavy cable-hung bucket outward from a crane-like boom and dragging the bucket toward itself to remove large amounts of overburden, load ore, and manage stockpiles. Draglines can be equipped with buckets of specific design and weight to match the materials being mined.

Dredges are a type of excavation equipment used to remove material from underwater. They can be land-based or barge-mounted and may employ powerful suction or physical digging methods to bring material to the surface for removal or processing.

Front-end loaders, or simply loaders, are large, typically tire-mounted vehicles with a deep, wide bucket mounted at the front. Loaders are used to load mined material into haul trucks and feeders, push or dump overburden, and manage stockpile or refuse areas. In sand and gravel operations, loaders may also be used for excavation.

Surface mines require the constant operation of heavy equipment consuming large volumes of liquid fuel. Since much of this equipment is not designed to be driven on conventional roadways, refueling must be done on-site making fuel tanks and pumps a necessity. Tanks may be above or below ground and can range in size from 500 to many thousands of gallons.

Active mining operations are often spread across a large area, making walking to distant locations impractical and potentially dangerous. Miners, contractors, and supervisors often need to move quickly between work areas to do their jobs, perform maintenance, and address issues as they arise. A broad range of common passenger vehicles and pickup trucks may share haulage roads to transport people, tools, and small equipment where they are needed.

In-pit belt conveyors are used to move material within a large, active mining pit area or from the pit to loading areas for further distribution within the mine. In-pit conveyors may also move mined material to portable crushing systems that reduce the size of larger rocks or minerals for easier transport.

Jaw crushers are often used early in the production process to prepare material for processing. Raw mined material enters the top of the machine where a moveable jaw opens and closes repeatedly to break the material against a fixed stationary plate. When the material has been reduced to a size small enough to pass through the opening below the jaws, it exits the crusher and may be further sorted for stockpiling or downstream processing.

Most mines will have a maintenance and repair shop onsite to store replacement parts, supplies, tools, and other specialized machinery while providing sufficient space to maintain and repair equipment.

Overland belt conveyors are used on mine sites where there is the need for continuous movement of high volumes of material over long distances, in some cases, several miles. This type of bulk material handling conveyor may be used to transport material from the pit to processing areas or loading areas for rail or barge transport.

Scrapers are a type of earthmoving machine with an open, centrally mounted hopper or bowl with a blade-like leading edge that can be raised or lowered hydraulically to selectively remove and spread overburden over level or relatively level terrain.

Screw conveyors use a rotating, helical screw to move liquid or granular materials through a tube or trough. The screw is commonly referred to as a flighting and may either wrap in a spiral pattern around a central shaft or be shaftless.

Shovels, sometimes called power shovels, are versatile excavation machines, often track-mounted, with a large, outward-facing bucket at the end of a powerful, articulated boom that can rotate 360 degrees. Shovels are used primarily to dig out and remove overburden as well as selectively load material for transport.

Often tire-mounted, skid steers are quick, compact, highly maneuverable, and extremely versatile machines which perform a broad range of vital duties throughout the mine. They may be used in excavation work to carry, spread, and load loose material as well as serve an array of grading, site preparation, construction, demolition, and repair functions.

Track haulage involves the loading and management of specially designed railroad cars to transport enormous volumes of overburden or mined material to other areas of the mine or off-site to distant locations.

Since mining operations exist for the purpose of selling extracted and processed commodities, industrial truck scales are put in place to keep track of transported material volumes. Truck scales are normally situated on drive paths close to where over-the-road trucks exit the mine carrying processed material to customers.

Water reclamation systems remove fine sediments and return a high percentage of the used water back into the mining process. These systems may involve large settling tanks, mud presses, storm water discharge areas, and extensive piping and pumps to reduce runoff, manage environmental impact, and conserve resources.

Weve taken these terms and definitions and have put them together in a multimedia, interactive surface mining equipment glossary. Its cool, and theres even a way for you to download the interactive glossary for free. Go check it out.

Knowing the equipment at a surface mine will help you know whats what and get the job done. Especially if youre a brand new worker or a contractor whos been hired to work at a mine site. So we hope you found some value in this article.

Jeff Dalto, Senior Learning & Performance Improvement Manager Jeff is a learning designer and performance improvement specialist with more than 20 years in learning and development, 15+ of which have been spent working in manufacturing, industrial, and architecture, engineering & construction training. Jeff has worked side-by-side with more than 50 companies as they implemented online training. Jeff is an advocate for using evidence-based training practices and is currently completing a Masters degree in Organizational Performance and Workplace Learning from Boise State University. He writes the Vector Solutions | Convergence Training blog and invites you to connect with him on LinkedIn.

manufacturing & engineering of mining machines - ftm machinery

Henan Fote Machinery Ltd. (FTM) is a large-scale joint-stock enterprise mainly engaged in the production of heavy machinery. It has three large-scale manufacturing plants now. FTM company is located in Zhengzhou High-tech Industrial Development Zone, covering an area of 350,000 square meters. It has 260,000 square meters of standardized heavy industrial buildings, more than 600 large and medium-sized equipment and 2,300 online employees. Among them, there are over 360 managerial staff and technical personnel with medium-and high-grade titles.

As a green intelligent mining machine importing and exporting factory, FTM Machinery has produced the five series of equipment including crusher, sand-stone, grind milling, ore dressing, and building material equipment. FTM machinery has also independently developed FTM series mobile crushing plant, HD German type jaw crusher, HVI type sand maker, PCZ type heavy hammer crusher and other high value-added products. Whats more, it passes the ISO9001, CE and GOST International Quality System, and wins many awards such as "China Famous Brand" and "China's Top 10 Mining Machinery Brands ".

In order to make sure machines work efficiently and continuously, FTM company can also provide customers with various and high-quality accessories. We will dispatch engineers to send accessories to your hands in order to save the waiting time for customers and reduce the risk of downtime for machines.

FTM machinery is actively participating in the global cooperation and competition in a wider scope and level. FTM products have been widely recognized and praised in the international market. The export volume is growing steadily at a rate of 20% per year. Under the initiative of One Belt and Road, FTM products are exported to more than 120 countries and regions such as the United States, Russia, Kazakhstan, Turkey, Iran, South Africa, Ethiopia, Egypt, Malaysia, India, Australia and Chile.

cone crusher machine,stone crusher machine, sand making machine,screening machine - zhongxin

Zhongxin Heavy Industrial, a modern mining machinery manufacturer, is specialized in researching and developing, manufacturing and selling multi-cylinder hydraulic cone crusher. It is located in Boai Industrial District of Jiaozuo City in Henan Province, China, covering an area of more than 133,334 m2. One 20000m2 standard workshop has been built in the first phase with annual production capacity of 100 sets multi-cylinder hydraulic cone crusher and comprehensive annual output value of RMB 160,000,000.Zhongxin Heavy Industrial insists on the enterprise idea of not only take the wealth to customers, but also the value. We will keep on making efforts on innovation, manufacturing high-quality crusher, improving the product performance and optimizing the service system to promote the development of China mining machinery industry by professional service and strict quality control...More>>

uncover the enterprise story behind high-end mining machinery

Chinese development speed forces sand and aggregates industry to continue to develop towards large-scale, industrialization and green growth. As the core of medium crushing and fine crushing in the field of hard rock and metal ore crushing, the demand for cone crushers with high production capacity and large crushing ratio is increasing in China. In this context, as the core enterprise of China's mining machinery manufacturing, after fully investigating the market demand of domestic mining machine models, ZENITH made an important decision to conquer the technological natural moat of high-end cone crusher, and win the high-end cone crusher market.

After more than 300 days and nights of efforts, more than 1000 drawings have been repeatedly pondered and adjusted, and more than 1000 components of the multi-cylinder hydraulic cone crusher have finally been assembled together. After 12 hours of test run and 6 months of on-site inspection, it successfully broke through 410 rpm and reached the international standard. A high-performance multi cylinder hydraulic cone crusher, which was completely independently developed and produced, was finally successfully put into the production.

Thanks to the rise of e-commerce, based on excellent products and services, ZENITH group has won the recognition and praise of customers from all over the world, and the company's export volume has been ranked first in the industry for many years.

At the same time, in the global competition, ZENITHs strength has been continuously enhanced, which enables ZENITH group to increase R & D investment and cooperate with more international industry experts, so as to continuously improve the quality of each product, improve the industrial technology level, and help the transformation from "made-in-China" to "created-in-China".

With China's advanced green mining technology slowly catching up with international standards, and with the rapid development of ZENITH group, ZENITH advanced mining machinery and technology have been exported to more than 170 countries and regions in the world. More and more technical engineers like Engineer Wang go abroad, promoting the construction and operation of one mine project after another, witnessing the footprints of China's mining machinery to the world.

crushing solutions - h-e parts

H-E Parts supply world-class CME manganese crusher liners and wear materials. The companys dedicated engineering division is adept at designing manganese liner profiles to meet customers specific product requirements. In addition, H-E Parts offers crusher parts for most brands and makes in the market along with a full range of wear products including wear plate and ceramic liners. H-E Parts can offer minerals processing, plant asset management or the entire scope of maintenance support required by our customers.

H-E Parts International replacement parts are compatible with the makes and/or models of the third-party equipment described. H-E Parts International is not an authorized repair facility of these third parties and it does not have an affiliation with any manufacturers of these third-party products. All brands, original equipment manufacturer (OEM) part numbers or references are owned by the respective OEM entities or their affiliates. These terms are used by H-E Parts International for identification and cross reference purposes only and are not intended to indicate affiliation with, or approval by the OEM, of H-E Parts International or its products.

crushing and grinding archives - international mining

The new crushing and screening solution was introduced by Metso to the markets in 2020, and Amarillo Gold will be the first site where it will be installed, the mining OEM said. The solution has been designed to bring significant savings of resources and time to mining operations.

Amarillo Gold has a strong social licence to operate in the Mara Rosa property where the Posse gold project is located, Aro Portugal, Country Manager at Amarillo Gold, said. Our aim is to build a modern, sustainable mining operation, and Metso Outotecs FIT Station fulfills our ambitious targets for the process.

The FIT Station to be delivered to Posse has a design capacity of 540 t/h of run of mine with an average production of 102,000 oz/y of gold (years 1 to 4). The station consists of crushers, vibrating feeders and screens, as well as conveyors and related structures and other equipment.

Amarillo Gold is advancing two gold projects in Brazil. The Posse gold project, which has resources of around 1.2 Moz of contained gold, is in the companys Mara Rosa property in Gois state. The project will operate an open-pit mine and carbon-in-leach operation with dry stack tailings.

Guillaume Lambert, Vice President, Crushing at Metso Outotec, said: We are very proud to have the honour to work with Amarillo Gold. They are a frontrunner aiming to select the best technology for their project. Metso Outotecs sustainable FIT crushing stations are a good fit with this objective, as they are designed for capital expenditure reduction and shorter lead times, with ease of installation and maintenance.

Towards the end of the September quarter, the complete set of crushing and grinding equipment to crush and grind the gold ore will be delivered to the project, Uralmashplant, part of the UZTM-KARTEX Group, said. The project has been under construction since 2019.

Uralmashplant has already shipped cone crushers to be installed at the secondary and tertiary stages of the crushing plant (KSD-2200Gr-D1M and KMD-2200T1-D1M) to the customer and, towards July 15, it plans to complete the shipment of the jaw crusher SCHDP-900x1200U, rated at 250 t/h, which is intended for coarse crushing of ore.

According to Vitaly Furin, Uralmashplant Chief Designer of crushing and grinding equipment, the machine design for the mine takes into consideration the climatic factors of the region and the location of equipment on-site.

When we designed the jaw crusher, we took into consideration that it would be installed outdoors and operate at very low temperatures as low as -45C, Furin said. Therefore, we selected new, stronger steel grades for the body and main frame of SCHDP-900x1200U. Also, the crusher is equipped with an automatic oil heating system and stronger friction bearings of the main shaft.

Mills MSHTS-40005500, to be installed in the primary and secondary comminution stages, will be equipped with soft starters and up-to-date energy-efficient motors of 2,000 MW each, the company said. The full set of mills will include four high-frequency screens capable of sizing material over 1 mm in diameter.

These crushing and grinding facilities were designed in strict compliance with the customers requirements and are able to achieve all declared parameters in terms of capacity and quality, Furin said.

The company said its mining business unit had been awarded consecutive contracts to supply these two gyratory crushers and a radial stacker for Iron Bridge, which is a joint venture between Fortescue Metals Group subsidiary FMG Iron Bridge and Formosa Steel IB Pty Ltd.

Johann Rinnhofer, CEO of thyssenkrupps mining business in Australia, said: We are proud to be part of this project and excited to install two of thyssenkrupps next generation gyratory crushers here in Western Australia. These high capacity crushers are considered to be the largest and most powerful in the world and are unrivalled when it comes to crushing blasted hard rock and ore.

The KB 63-130 type gyratory crushers will be the largest ever installed in Australia, according to thyssenkrupp, with the crushers processing raw iron ore material from the pit and transfering it to a receiving conveyor.

The first stage of the project was completed successfully by building and operating a full-scale pilot plant at the North Star mine site. This pilot project included the use of a dry crushing and grinding circuit, which FMG plans to leverage in stage two.

The company, which specialises in equipment wear parts and services, made the announcement following the award of an Australian Government grant of A$545,000 ($362,264) for the project, which will focus on comminution and developing super-accurate simulations of the grinding mill process, it said.

Bradken Global Research and Development Manager, Reece Attwood, said the potentially game-changing project would give global mining and resources operators the ability to precisely target grinding efficiency, mill liner service life, power consumption and carbon emissions, to optimise their operations.

The constant evolution of the global raw material market and the changing needs of our customers demands that Bradken innovates so we can deliver solutions that offer improved productivity, but on a whole new level, Attwood said.

This exciting project aims to accelerate improvements in mill design through development of an enhanced digital twin while, combining a number of technologies such as IoT instrumentation, enhanced simulation techniques and deep learning.

The project will be hosted by the University of Newcastle through its flagship research institute, the Newcastle Institute for Energy and resources (NIER) in collaboration with the University of New South Wales and the Commonwealth Scientific and Industrial Research Organisation (CSIRO), as well as international involvement from Delft University of Technology in the Netherlands.

Working with organisations like the University of Newcastle brings a bigger mix of ideas from a wider range of backgrounds all focused on the same significant challenge, he said. This collaboration will help generate the innovation our industry and our customers need to take the next step forward.

Chief Investigator on the project, Professor Craig Wheeler, from the University of Newcastle, said the cross-disciplinary team will merge expertise from solids processing and artificial intelligence to develop new computational algorithms.

Our work will enhance the design and maintenance of key industrial equipment, predict wear and optimise the design of key components to improve the life of machinery to process minerals, Professor Wheeler said.

Leading the project for Bradken is Senior Research Scientist Process Control, Dr Wei Chen, who, according to Bradken, has extensive experience in both industry research and applied numerical modelling.

With industry demand for high pressure grinding rolls (HPGR) on the up, Weir Minerals is arguing that skewing is a vital feature for modern HPGRs to reduce wear, save downstream energy and ensure optimal grinding across the whole feed.

Weir said: With their excellent throughput capacity, low maintenance requirements and energy efficiency, HPGRs are fast becoming a go-to for greenfield projects looking to maintain their margins despite commodity price pressures and declining ore grades.

The mineral processing company said, in the June quarter, that it had registered strong demand for its Enduron HPGR technology during the three-month period, later on in the year confirming a major order, which included this comminution equipment, from Fortescue Metals Group for its Iron Bridge magnetite project in Western Australia.

Henning Knapp, HPGR Process Team Leader for Weir Minerals, said the applications from this equipment have evolved from the cement production days of the 1980s and are increasingly being deployed as tertiary and quaternary crushers in mineral comminution circuits, dealing with tougher ores including iron, gold, copper and diamonds.

As any engineer will tell you, its almost impossible to eliminate feed variance and segregation completely. In the past, this has posed a critical challenge for HPGR operators but dynamic skewing such as that featured in the Enduron HPGR, maintains optimal pressure across the entire feed.

Traditionally, HPGR manufacturers have shied away from skewing designs, for fear of roller misalignment creating unfavourable load distributions, and preventing the use of flanged guards to reduce the edge effect, the company said. However, Weir Minerals unique roller bearings design allows for skewing alongside effective edge guards, reducing wear and promoting better grinding.

A HPGR reduces particles by compressing and crushing the feed between two equally sized, parallel rollers rotating in opposite directions, with a small gap between them. This compresses the feed to 80% of its solid density, where the force of the rollers pushes the rocks against each other and exceeds their compressive strength.

Inter-particle comminution avoids the direct component wear caused by conventional comminution techniques, and applies immense pressure, up to 27,000 kN, across the entire particle size distribution, which creates the higher proportion of fines HPGRs are renowned for, says Knapp.

However, segregated feeds can result in markedly uneven particle sizes across the width of the feed, creating high, abrasive pressure on one side of the roll and insufficient pressure on the other. It will also produce a coarser product, requiring more work downstream, according to Weir.

To compensate for the edge effect, a lateral wall or cheek plate is deployed on either side to prevent material exiting the gap between the rollers sideways. The closer this is to the rollers, the better but that has prevented engineers from introducing the flexibility needed to cope with feed segregation, explains Knapp.

To accommodate this uneven pressure Enduron HPGRs use a spring-loaded lateral wall which not only reduces the edge effect (maintaining a gap of as little as 1 mm) but is specifically designed to facilitate roll skew.

As shown above, an uneven feed will lead to high pressure on one side and not enough on the other. Having one roller skew will facilitate larger material at one end while ensuring the smaller particles on the other side receive enough pressure to be ground down: it maintains an even pressure distribution across the entire feed, saving energy and reducing wear, Weir says.

The degree to which the Enduron HPGRs skew is largely dependent on the width of the roll, with longer rolls skewing about 5 mm for every metre the roll is wide. However, the effect of even small changes can be significant on local pressure peaks, says Knapp.

The skewing should be managed by an advanced control system, which steers the rolls to satisfy the desired output pressure. This system also ensures the skew isnt too great or maintained for too long, which both disrupt the compressive bed.

In the case of prolonged or excessive skewing, Enduron HPGRs send a signal notifying the supervising control system and operating staff. Prolonged skewing generally is indicative of a disturbance or fault in up-stream facilities, such as low bunker filling, upstream crusher wear, screen deck wear, or conveyor failure, Weir says.

Where static rolls suffer from differential pressure, creating undesired product, consuming more energy and suffering additional wear, Enduron HPGRs maintain optimum pressure across the entire feed thanks to their skewing, spring-loaded lateral walls, Weir said.

The new Sandvik 800i series of cone crushers feature mechanical upgrades, connectivity, advanced automation and rebuild possibilities to predict performance, maximise uptime and offer the best in sustainability at the lowest possible cost, Sandvik says.

The three new models CH830i, CH840i and CS840i means the 800i crusher series has been improved and extended to offer reliable, intelligent crushing to any mining or aggregate application, according to the company. Connected to My Sandvik, the crushers enable managers and operators to make decisions based on facts, and see areas for improvement directly, increasing uptime and availability, Sandvik said.

The ACS continuously monitors and optimises crusher performance and controls the complete lubrication system, increasing uptime and reliability, according to the mining OEM. It replaces the ASRi system that was previously in use for the 800i series of cone crushers.

The 800i series has been toughened and improved to offer greater reliability, higher availability and a low risk of critical failure, Sandvik says. This sees the crushers have bolted rather than welded top and bottom shell liners making a changeout 90% faster, according to the company.

The 800i crusher series can be purchased as a completely new crusher, or as a Sandvik REBORN solution, replacing an existing crusher and reusing existing auxiliaries and infrastructure, according to the company. This plug and play installation minimises disruption and maximises productivity, while offering up to 40% cost savings compared to a complete crusher system, Sandvik said.

These new crushers also come with Sandviks service agreement, which, it says, provides customers with safer operations, low operating costs and long service life. This can increase productivity by up to 10%, according to the company.

My Sandvik is the first major step in gaining insights into productivity and predictive maintenance that will drive our industry forward, he said. Its great to offer our customers a service that will truly make a difference to their profitability.

The plant takes ore crushed to less than 10 mm and increases the grade to be fed to the concentrator plant while rejecting waste mass, according to the company. This is achieved with high tungsten and tin metal recoveries, W said.

The jigged mine feed will now be fed through the existing concentrator plant, while the new large scale concentrator plant advances to construction completion in June and commissioning in July, according to the company.

At this stage of construction, it is important to clarify that commissioning a metallurgical plant is not a turn of a key process. In the jig and mill plant alone there are two jigs, two roll mills, a thickener, reject disposal system, 10 screens and feeders, nine conveyors, five pumps, and over 50 motors which need to be started, aligned and tied into an integrated control system. The team has done an outstanding job commissioning the plant and achieving first jigged concentrate.

The crushing circuit at La Parrilla, supplied by Metso Minerals Portugal division, is made up of a C130 jaw crusher and secondary cone crusher, both with vibrating grizzlies prior to size reduction, and two tertiary cone crushers in closed circuit with a double deck banana screen.

In addition to grinding efficiency, reduced media consumption, lower installation cost, reduced maintenance, and reduced liner wear make the Metso Vertimill the lowest total cost of ownership option in many applications, Metso said.

Based on a review of the Vertimills currently in operation and a comparison of their efficiency and media consumption relative to a ball mill, Metso estimates that approximately 1.48 million MWh of energy was saved and 652,000 t of CO2 emissions were abated in 2018, compared with 924,000 MWh of energy and 547,000 t CO2, respectively, in 2017.

The Crush It! Challenge is spearheaded by the federal government (Impact Canada), in cooperation with Natural Resources Canada (NRCan), the Centre for Excellence in Mining Innovation (CEMI), and Goldcorp.

The company explained: Essentially the team proposes to bring together the processes and technology that could reduce or even eliminate the need for expensive primary crushers, and reduce the energy required by secondary crushing (potentially eliminating it as well) and grinders in both mines and quarries globally.

The Crush It! Challenge has several qualifying rounds and, if successful in getting to Round 3, then the team will be eligible to receive C$800,000 ($605,397) in seed funding to further prove the concept over a one-and-a-half-year period. At the end of that period, if the team wins the chance to move forward, the project would be eligible to receive an additional C$5 million in funding to commercialise the products and concepts.

If all mines in the world adopted this solution, it would represent a reduction equivalent to 7-13% of all the carbon released in Canada, and 20-41% of Canadas contribution to meeting the Paris Accord agreement.

iRing will use its software, Aegis, to design the blasting patterns based on the fragmentation requirements. Boart Longyear will deploy recently developed high speed diamond drilling technologies and instrumentation solutions to quickly and accurately drill and validate high-quality blast holes, while using significantly less energy. iRing said: Boart Longyears drills utilise drilling data logging to interpret rock density and strength etc, while drilling.

The company continued: With Senecas help, Nexco will build a demonstration plant that will produce an energy-variable explosive mixture that can be fuelled while being loaded into the blastholes, and the blast energy would be based on the ore strength information provided by Boart Longyears drills and iRings software.

Troy Williams, Vice President of Development of iRing, said: The challenge will provide a once-in-a-life-time opportunity to reach the mining industry and demonstrate that it is possible to produce consistent results from the blasting operations.

PEL will design and fabricate the explosive manufacturing and loading equipment required to change the explosives energy during loading, according to iRing. Energy reduction is done by adding additional water content into the explosive formulation during loading. Mapteks laser scanner, meanwhile, will be used to verify fragmentation results by scanning the muck pile and producing a 3D point cloud which can be analysed for a measured fragmentation distribution. Those results will be used by Aegis to further calibrate the fragmentation models.

Mark Sherry, President of iRing, said: We are really excited by this opportunity as it is directly in iRings wheelhouse. The Paradigm Shifters bring together the best in the industry when it comes to drilling and blasting. By working together, we will create a paradigm that is more efficient, effective, cleaner, and safer.

Pekka Vauramo might have only been away from the mining industry for just over a decade, but the new Metso CEO is acutely aware that the digitalisation and automation trend he saw the beginnings of during his time at Sandvik now plays a major role in planning the mines of the future.

Fortunately for Vauramo, a mining engineer by profession, he has come into this executive role at a very good time Metsos October-December quarter results showed an operating profit of 93 million ($105 million), or 10.4% of sales, and a 38% rise in orders received (in constant currencies) on the back of strong mining equipment demand.

PV: From a crushing viewpoint, it really doesnt matter if it is iron ore, gold, copper, or nickel. Many of our customers are investing in copper right now electric cars and battery metals are driving this. There are also ongoing investments in iron ore.

PV: The overall objective for Metso should be to grow the business. Metso has been standing still on its feet for quite some time. We have been profitable over the years and the focus has been on delivering black numbers even in difficult days; there is always value in this.

Metso reorganised itself during Nicos (Delvaux, former CEO) time a year ago. The current organisation is, therefore, fairly young and, in the short term, we need to continue making sure we know what our responsibilities are within Metso and ensure we dont lose sight of our customers. Several of our businesses have common customers and we need to be able to deliver one Metso experience.

My approach coming into the role was to validate where we are with the current way of working. My conclusion is that right now, no bigger changes are needed. We will, obviously, finetune as we go. Also, when we look at the latest results, we have no reason to change!

PV: Technology plays a certain role the industry talks more about automation and we do see more automation. I was involved very early on with automation in the Sandvik days, introducing the automated underground loaders, and can still remember when we carried out the first trials. It is becoming, maybe, not the norm yet, but every new mine has the option to automate.

Then, of course, with the automation capabilities, the question is: where are the people operating or overseeing these machines? Do they have to be on the mine site, or can some of them be elsewhere? Next, it is about how much data can be obtained from the equipment and what value can be gained from the data.

Also, consolidation has happened in the business. Some of the mining companies are no longer around and bigger ones have got bigger. This junior activity in mining has been an interesting and exciting part of the business it is still there, perhaps not to the same extent, but there are also some new names.

We see also China investing in Africa on a bigger scale. They had their first investments in Zambia when I was with Sandvik and now it owns many more mines there. Chinese companies are also in South America; it has become a much more international field.

IM: I have seen a few interviews talking about Metsos R&D spend and how the 1% of turnover investment figure is inadequate. What do you see as an adequate % of turnover to invest? How quickly can Metso reach this level of investment?

PV: I think Metso needs to double that. But this takes some time; it is not just about money, it is about the capability and the R&D culture within the company. We have that culture, but we need to expand it. We are ramping it up we have added more than 10 million ($11.3 million) in R&D last year and are planning to add another 10 million this year.

Also, besides the traditional R&D, we will continue to invest in digitalisation. We currently put more than 10 million into that and Im quite sure we need to put more money into in it, too. Currently R&D and digitalisation are in slightly different boxes, but as long as they are delivering something that helps customers to do better business, then it is all considered product development.

However, I think companies like Metso could, lets say, put some algorithms on top of the data and add value by comparing data from other places and share the relevant results with those participating without telling the secrets of others.

If I look at what other manufacturers have done over the years, it is evident that the industry is moving in this direction. From the end users viewpoint, it can be somewhat complicated because companies make different choices on technology and all these technologies need to be interfaced somehow into similar formats. Currently, this might be an issue as there are not really strong enough standards in the industry yet that would help people streamline things and concentrate on the data.

PV: There is value in both strategies, but the R&D activity is something that companies need to do continuously. In a business that is cyclical mining being the most cyclical business we are in those companies that invest organically in R&D during the downturn are the ones that tend to benefit most when the upturn starts. The ones that have their offering in good shape are the ones that win when it gets busy. That is also where Metso should be.

Acquisitions do play a role, but there are no easy answers there. We made several small acquisitions last year and we will continue with this. New acquisitions can be related either to the service side of the business or technology.

PV: There has been a tremendous movement since the latest climate report was published last year. Now, everyone is rightly concerned about emissions. The mining equipment we talk about is primarily electrically driven. Energy efficiency is one of our focus areas. If we broaden the topic out to water, for example, we know some of the deposits are in difficult places where major parts of the investment go into desalinating and pumping the water to the mine site. So, becoming also more water efficient is something that will be critical for mining companies.

There are always moments that stop the industry to think about what can be done to prevent accidents from happening. Our deepest sympathies go out to the ones that lost their relatives or closest ones in the Feijo dam collapse. It will change how mining is conducted and there may be some technological developments which we, as a company, can take forward.

PV: They are somewhat distant industries, but both are fairly specialised; mining is something people very seldom go into just like that. You can acquaint yourself with many other jobs or businesses by just walking around in that environment, but you dont end up doing that in a mine or an aircraft. Yes, you travel in an aircraft, but theres much more behind the cabin you dont know about.

In these type of businesses, people need special training and need to be selected not everyone can work in a mine and not everyone is qualified to fly an aircraft. Both are people businesses at the end of the day: even though the operations may be automated aircrafts might fly with the autopilot and mines might be run by an autopilot sometimes highly-skilled human intervention is needed.

A big part of the airline business is service. Its a very fast cycle service business, which provides a good opportunity to learn about how service works. Its a daily routine with people spending anything from half an hour to half a day on an aircraft. When the flight is over you get quick feedback. If you look at the mining business, some of the projects take two years to sell, two years to deliver and one year to start up. Its a long, long cycle. But, you either like the service or you dont like it.

PV: Just to say, on the results, I am very grateful to our customers for, first of all, trusting us with their business. I am also very proud of our people in all the countries we are in and in many departments such as sales and service who have done a great job over the past year.

*Vauramo previously held several leading positions such as President, Underground Hard Rock Mining Division, President, TORO Loaders Division and President, Drills Division, at Sandvik AB from 1995-2007

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