mineral processing casexinhai mining malaysia 700tpd gold cil project-xinhai

mineral processing casexinhai mining malaysia 700tpd gold cil project-xinhai

Xinhai mineral processing equipment mainly include: grinding equipment, flotation equipment, dewatering equipment, magnetic separation equipment, and so on. Some of the equipment is Xinhai independent research and development, and has been awarded national patent. View details

Gold CIP Production Line adsorbs gold from cyaniding pulp by active carbon including 7 steps: leaching pulp preparation, cyaniding leaching, carbon adsorption, gold loaded carbon desorption, pregnant solution electrodeposit, carbon acid regeneration, leaching pulp. View details

Looking down on the land, there are small islands scattered in the white clouds and an endless ocean. Everything is beautiful as far as the eye can see. Malaysia, besides the mountain, and near the sea, is rich in mineral resources. Surrounded by mountains, a 700tpd gold CIL project in Malaysia, built by Xinhai Mining, is running in an orderly manner.

When it comes to Malaysia, many people would associate with pristine beaches, exotic islands, pristine rain forests and modern cities. In fact, Malaysia has abundant mineral resources, such as tin, iron, gold, tungsten ore.

However, the production of mineral processing equipment in Malaysia cannot meet the current demand for mineral processing, and Malaysia didnt have the corresponding mine management, mineral processing technology to achieve the construction of modern plant independently. Depending on its innovative mineral processing mode, famous brand awareness and professional mineral processing technology, Xinhai Mining became the first choice for Malaysian mining development and cooperation.

With the implementation of One Belt And One Road initiative, more and more mining people had involved in the construction of the Malaysian mining industry. This 700tpd gold CIL project was an epitome of China-Malaysia mining cooperation.

Ore properties: The metal mineral of this project was mainly pyrite. The non metallic minerals were quartz, calcite, mica. The raw ore contained 4.70g/t of gold, 4.63g/t of silver, 20.10% of iron and 20.55% of sulfur.

In 2017, Xinhai Mining officially signed 700 tpd gold CIL project contract with the project company. Xinhai Mining provided this gold project with one-stop and customized mineral processing EPC+M+O service, including mineral processing test, mine design, equipment manufacturing and purchasing, packaging, package and shipping, installation and commissioning, worker training, standard reached, mine management and mine operation.

After the determination of the ore properties, Xinhai mine research institute concluded that the raw ore of this project mainly included natural gold, pyrite, quartz, calcite, mica, etc. The raw ore contained 4.70g/t of gold, 4.63g/t of silver, 20.10% of iron and 20.55% of sulfur. The valuable elements that can be recovered was gold.

Due to the ore properties of this project was simple, it was found when the raw ore was ground (85% -200 mesh), the lime was used as the protective alkali, the sodium cyanide was added to agitation leaching, the gold leaching rate reached 93.40% if the pulp concentration was 40%, the amount of lime was 7kg/t, and the amount of sodium cyanide was 4kg/t within 24 hours of leaching.

The grinding process adopted two stages closed circuit grinding and classification, the grinding product was screened by the trash screen, the undersize self-flowed to a thickener for thickening, the thickener underflow was sent to the leaching operation through the slurry pump. After the leaching and adsorption, the gold-bearing product was obtained and then sent to the original gold extraction plant. The leaching tailings adopted press filter for dehydration, and the return water was recycled, the dry tailings were conveyed to the tailings pond for storage.

In order to provide customers with mineral processing solution timely and effectively, Xinhai mine design institute sent several technical experts to the project site for investigating ore resources, surrounding terrain, water, electricity and other conditions, helping client to collect and integrate all kinds of information resources, and providing the professional and comprehensive planning for site selection, design, construction by combining the process that suggested according to the mineral processing test and the selection of mineral processing equipment.

According to the related equipment selection requirements of Malaysia 700tpd gold mineral processing report, Xinhai mechanical design institute customized the complete set of main and auxiliary equipment, and made a series of technical improvements on the basis of the original equipment for ensuring the perfect combination between mineral processing equipment and mineral processing technology. Besides, the whole production process of this project realized the mechanical operation, some key operation or post even realized automatic control, which greatly improved the production rate, reduced the energy consumption and prolonged the stable operation.

According to the equipment size, shape, weight, moisture-proof, hoisting condition, the requirements of handling, disassembling, transshipment and field installation, Xinhai Mining packaging and shipping team adopted computer simulation for classification and package;

According to the general layout of the construction site, Xinhai Mining packaging and shipping team determined the packing of each working area, formulated the accurate unloading position, which avoided the inconvenience caused by the second handling and lifting, improved the installation efficiency;

Malaysia 700 tpd gold CIL project was a typical cross-cultural cooperation project undertook by Xinhai Mining. In the cooperation process, Xinhai Mining faced many challenges in civil construction and equipment installation, which put forward higher requirements on the project schedule management of mineral processing EPC+M+O service, personnel configuration, technical support, supply, diet, transportation and other aspects.

In the process of installation and commissioning, Xinhai Mining dispatched the experienced installation and commissioning team to the site, which fully participated in and managed the equipment installation and commissioning of the project, then provided the professional maintenance and training services. The whole team completed all the installation and debugging work of the project within one month, and passed the process debugging index in the first time, and the qualified rate of the first acceptance was 100%, which demonstrated the efficiency and professionalism of Xinhai Mining to Malaysian clients.

In terms of mine management and operation, Xinhai Mining provided the professional technical guide of civil construction, steel structural construction, tailings treatment and tailings pond engineering design.

In the civil work, Xinhai Mining actively communicated with the contractor due to the differences in the construction period and steel structure quality. After repeated confirmation, the complete construction plan was determined. In view of the problem that the two parties had a different understanding of the drawings, Xinhai Mining technicians patiently answered the questions raised by the other side for many times, and adjusted the drawings according to the site conditions.

In addition, in order to ensure the smooth operation of the mineral processing project and achieve the expected recovery rate as soon as possible, Xinhai Mining paid many return visits to this project, and provided the reliable after-sales technical support, which ensured the standard recovery rate of the mineral processing project, safe product quality and stable operation of mineral processing equipment.

This project was the first mineral processing EPC+M+O cooperation project between Xinhai Mining and the project company. The one-stop and customized Xinhai mineral processing EPC+M+O service, namely design and research- complete equipment manufacturing and procurement-commissioning and delivery management and operation, proceeded from the project condition, and helped the client to obtain ideal technical indicators and economic benefits.

In civil engineering design, Xinhai mine design institute used PDM design management system for the combined steel structure production line design. All kinds of reinforced concrete ore bin, pool, platform, equipment support, hopper and chute were designed in combined steel structure, which realized the flexible assembly of equipment on the scene, reduced the workload of civil engineering and construction time, and saved the infrastructure investment.

Xinhai Mining had officially put the project into production within six months. The initial designed processing capacity was 600tpd, while the actual processing capacity was 700tpd. The expected recovery rate was 93%, but the actual recovery rate was up to 95%.

The production of Malaysia 700tpd gold CIL project marked the successful launch of the first All-slime cyanidation plant in Kelantan. Mining Magazine, an internationally renowned Magazine, had reported the project and gave full credit for Xinhai mineral processing EPC+M+O service.

Malaysia 700tpd gold CIL project achieved the standard production within a short period, which not only fully reflected Xinhais strong mineral processing strength, professional and customized solution and thoughtful customer service, but also laid a solid foundation for further cooperation between the two sides. After the project successfully put into production, Xinhai Mining signed the mining development strategic partnership agreement with the project company, and served a 700tpd lead and zinc ore project in Malaysia. The two sides jointly led the development of southeast Asia mineral processing industry to a new peak, Utusan Borneo, Sin Chew Daily and other media had carried in-depth reports on this strategic cooperation.

With the One Belt And One Road initiative, Xinhai Mining has successfully served a number of countries along the route, whose mineral processing service has spread to more than 90 countries and regions around the world. In the future, Xinhai Mining will continue to promote its own innovative development, improve the mineral processing technology and equipment, deepen its own market internationalization strategy, and effectively provide customers with more perfect and more professional mineral processing EPC+M+O service!

innovation! xinhai mining new breakthrough on gold processing technology! - xinhai

innovation! xinhai mining new breakthrough on gold processing technology! - xinhai

There is no the same mine in the world, and every mine should choose its suitable technology scheme and equipment configuration. Xinhai Mining insists on the open-minded thoughts for every mine, customized its suitable technology and equipment, to create the ideal mine efficiency.

Currently, with the depletion of high-grade gold deposits, it is the global mainstream trend in researching the extraction technology of medium and low grade, refractory gold ore and strengthening traditional gold processing technology. At this point, Xinhai Mining has a long-term commitment to the research and revolution on gold processing method, technology, and equipment. Now Xinhai Mining has 28 kinds of innovative processing technologies for only gold.

2.Xinhai Mining separates according to the embeddedness, specific gravity difference, particle size, degree of mineral wealth, and degree of difficulty in mineral separation, improving the composite recovery rate of target mineral.3.Xinhai has digested and absorbed advanced and innovative ore dressing equipment at home and abroad, improved the processing capacity and effect of single equipment, and greatly reduced the equipment's floor area.02II.The ore processing process containing a large amount of high grade granular goldXinhai Innovation points:1.According to the basic principle of "recycle as soon as possible", Xinhai Mining adopts jigger + shaking table separation for coarse gold and spiral chute (or centrifugal concentrator) + shaking table separation for fine gold according to the results of original ore sieve analysis. All recoverable gold particles are basically recovered before the second stage grinding.2.Insisting on more crushing and less grinding principle, Xinhai Mining adopts the high-efficiency crushing equipment (cone crusher, high-pressure grinding roller, etc.) to reduce the grain size of crushing product as possible, and sets screen before the first stage grinding. The qualified grade products are screened to the gravity separation, reducing the load of grinding and avoid the over-grinding at the same time, which is harmful to the coarse gold gravity separation. At the same time, Xinhai Mining sets hydrocyclone before the second grinding, make sure the qualified particles separating in time and entering separation operation as soon as possible.03III.Laterite type gold mine/gold mine without chemicals(single gravity separation)Xinhai Innovation points:1.Till now, Xinhai Mining already completes several such projects in Africa. This kind of ore is similar in characteristic. All are laterite type gold deposits, the surface ore body weathering is serious, basically do not need to be broken, if the conventional mixing tank slurry, heavy wear impeller. For this, Xinhai Mining apples small size grinding equipment, and adding small size grinding steel balls, 2.In gravity separation, Xinhai Mining uses method of grading, separating coarse grain gold with jig and shaking table, fine grain gold with Nelson centrifugal separator and shaking table.3. To improve the composite recovery, Xinhai Mining scraping the shaking table concentrate with Nelson centrifugal separator and felt chute.

3.Xinhai has digested and absorbed advanced and innovative ore dressing equipment at home and abroad, improved the processing capacity and effect of single equipment, and greatly reduced the equipment's floor area.

1.According to the basic principle of "recycle as soon as possible", Xinhai Mining adopts jigger + shaking table separation for coarse gold and spiral chute (or centrifugal concentrator) + shaking table separation for fine gold according to the results of original ore sieve analysis. All recoverable gold particles are basically recovered before the second stage grinding.

2.Insisting on more crushing and less grinding principle, Xinhai Mining adopts the high-efficiency crushing equipment (cone crusher, high-pressure grinding roller, etc.) to reduce the grain size of crushing product as possible, and sets screen before the first stage grinding. The qualified grade products are screened to the gravity separation, reducing the load of grinding and avoid the over-grinding at the same time, which is harmful to the coarse gold gravity separation. At the same time, Xinhai Mining sets hydrocyclone before the second grinding, make sure the qualified particles separating in time and entering separation operation as soon as possible.

1.Till now, Xinhai Mining already completes several such projects in Africa. This kind of ore is similar in characteristic. All are laterite type gold deposits, the surface ore body weathering is serious, basically do not need to be broken, if the conventional mixing tank slurry, heavy wear impeller. For this, Xinhai Mining apples small size grinding equipment, and adding small size grinding steel balls,

1.On the basis of above advantages, Xinhai Mining insists on the principle, adding flash flotation unit after the first stage grinding. The high grade gold concentrate of flash flotation as product with the gold concentrate from the flotation after the second grinding.

In allusion to the ore different to separate, Xinhai Mining applies ultrafine grinding + multi-stage sorting to increase the recovery rate. Xinhai Mining applies the technology of fine grinding and flotation, and the middlings regrinding and reprocessing for the first concentrating middlings and the first scavenging concentrates. Thus, it is no need for all ores to grind to -325 mesh. Most concentrates can be recovered in the grain size -200 mesh. The regrinding and reprocessing of fine grain in high grade medium ore greatly reduced the regrinding cost and improved the comprehensive recovery rate.

The ore of this project is mainly oxidized ore, 80% of which is powdery clay ore, containing granular gold. The average grade of ore is 1.0g/t, with few impurities and gold as the only recoverable element.

The 80% of ore is powdery clay ore, with water content 25-30%. Xinhai Mining resolves the problems of easy plugging and feeding, on the other hand, applied the processing flow of gravity separation and cyanidation, strengthening the gravity separation and grinding flow. A part of particles of gold are recovered in gravity separation first, reducing the gold grade in leaching operation. The agent consumption is reduced and so is the processing production cost.

The ore mineral composition of this project is relatively simple, and the metal mineral is mainly pyrite. Non-metallic minerals are mainly quartz, calcite, mica, etc. The ore contains 4.70g/t gold, 4.63g/t silver, 20.10% iron and 20.55% sulfur. The recoverable element is only gold.

The grinding stage applies two stages closed grinding and classification. The grinding product screened by trash screen, and the undersize product flows to the thickener for thickening. The bottom flow of thickener pumps to the leaching operation. After leaching, adsorption and carbon extraction, the gold-bearing carbon products are obtained and transported to the original gold extraction plant for treatment. The leaching tailings are dehydrated by a press filter, recycled by the return water, and the dry tailings are transported to the tailings pond for stockpiling.

Considering that the gold grade of raw ore is as high as 6g/t, in order to avoid the loss of granular gold in the leaching system, a gravity separation system is added to the grinding grading circuit to recover granular gold as soon as possible, which provides a guarantee for the ideal gold recovery rate.

Two stage and one closed circuit crushing and screening - two stage closed circuit grinding - CIL and high-temperature high-pressure electrolysis desorption - high frequency furnace melting gold - tailing press filtering and dry stacking

Due to the change of ore properties in this project, the single gravity separation process adopted by the original weight separation plant is difficult to effectively recover the gold mine, and the technical indexes and economic benefits of the plant are quite unsatisfactory, so we decided to entrust xinhai Mining to build and transform it. On the basis of the original weight dressing plant, xinhai Mining adopts CIL process of gold mine, and the final gold leaching rate reaches 91.64% and carbon adsorption rate reaches 99.00%. The tailings dry drainage process makes the water content of tailings filter cake only 20%.

gold processing,extraction,smelting plant design, equipment for sale | prominer (shanghai) mining technology co.,ltd

gold processing,extraction,smelting plant design, equipment for sale | prominer (shanghai) mining technology co.,ltd

Prominer maintains a team of senior gold processing engineers with expertise and global experience. These gold professionals are specifically in gold processing through various beneficiation technologies, for gold ore of different characteristics, such as flotation, cyanide leaching, gravity separation, etc., to achieve the processing plant of optimal and cost-efficient process designs.

Based on abundant experiences on gold mining project, Prominer helps clients to get higher yield & recovery rate with lower running cost and pays more attention on environmental protection. Prominer supplies customized solution for different types of gold ore. General processing technologies for gold ore are summarized as below:

For alluvial gold, also called sand gold, gravel gold, placer gold or river gold, gravity separation is suitable. This type of gold contains mainly free gold blended with the sand. Under this circumstance, the technology is to wash away the mud and sieve out the big size stone first with the trommel screen, and then using centrifugal concentrator, shaking table as well as gold carpet to separate the free gold from the stone sands.

CIL is mainly for processing the oxide type gold ore if the recovery rate is not high or much gold is still left by using otation and/ or gravity circuits. Slurry, containing uncovered gold from primary circuits, is pumped directly to the thickener to adjust the slurry density. Then it is pumped to leaching plant and dissolved in aerated sodium cyanide solution. The solubilized gold is simultaneously adsorbed directly into coarse granules of activated carbon, and it is called Carbon-In-Leaching process (CIL).

Heap leaching is always the first choice to process low grade ore easy to leaching. Based on the leaching test, the gold ore will be crushed to the determined particle size and then sent to the dump area. If the content of clay and solid is high, to improve the leaching efficiency, the agglomeration shall be considered. By using the cement, lime and cyanide solution, the small particles would be stuck to big lumps. It makes the cyanide solution much easier penetrating and heap more stable. After sufficient leaching, the pregnant solution will be pumped to the carbon adsorption column for catching the free gold. The barren liquid will be pumped to the cyanide solution pond for recycle usage.

The loaded carbon is treated at high temperature to elute the adsorbed gold into the solution once again. The gold-rich eluate is fed into an electrowinning circuit where gold and other metals are plated onto cathodes of steel wool. The loaded steel wool is pretreated by calcination before mixing with uxes and melting. Finally, the melt is poured into a cascade of molds where gold is separated from the slag to gold bullion.

Prominer has been devoted to mineral processing industry for decades and specializes in mineral upgrading and deep processing. With expertise in the fields of mineral project development, mining, test study, engineering, technological processing.

gold mining equipment

gold mining equipment

911MPE hassmall gold mining equipment for sale andmore specifically mineral processing equipment. Our equipment is best used in small scale extractive metallurgyoperations operated by small miners or hobbyist prospectors and mining fanatics. 911MPE offers gold mining equipment as well as processing equipment applicable to most any base metals: copper, lead, zinc, nickel, tin, tungsten and more. For the relatively small size of equipment offered, sample preparation and metallurgical laboratories can economically buy good alternatives to the usually unaffordable equipment for sale in the classic market place.

911MPE has for target market what mining professionals consider the pilot-plant scale mining operation or artisanal mining operations with a focus around under 500TPD. Metals you can extract include: gold, silver or other of the precious group as well as the classic base metals; copper, lead, zinc, nickel, molybdenum. Much of our ultra-small scale equipment allows you to process from just a few kilo (pounds) per day and work on your passion for a small budget.

You can buy from us mineral processing equipment starting from crushing, grinding, classification, dredging, gravity separation, flotation, pumps, water treatment and smelting. A line of ovens, furnaces and laboratory equipment is also available.

Making a complete list of gold mining equipment starts with defining the type of gold mining you are doing and the budget you have at your disposal. The type of mining relates to hard rock,eluvial, or placer; alluvial deposits. The capital budget you have to invest in buying your equipment with dictate the scale at which you want to mine and influence the long-term operating costs of your mining operation.

Since most of the information online provides lists of gold mining equipment for amateur level mining with equipment like: gold pans, metal detectors, mini sluice box, blue bowl, geologist rock pick, soil scoop, hand screens/classifiers. The items listed just now fall closer to gold prospecting tools and equipment than actual mining.

I will present here what I consider are major equipment lists for 3 types of mining operations. Remember now, a metallurgist is writing. This will not be flawless and since my speciality is process equipment, that is mostly what will be discussed.

Some amateur level gold prospecting equipment such as metal detectors are often classified as mining equipment by small miners/prospectors operating as a hobby. These items include but are not limited to:

gold mining equipment | diamond mining equipment | dove

gold mining equipment | diamond mining equipment | dove

DOVE Diamonds and Gold mining equipment are configured for different ore type, laterite, heavy clay, gravel and black sand. Wash plants are designed for highest recovery and minimum operator requirements.

DOVE is a major manufacturer of hard rock gold mining equipment, and hard rock mining equipment, and crushing plants for base metals, ferrous metals and light metals, producing Ball Mills, Jaw Crushers, Cone Crushers, Magnetic Separators, Shaking Tables, Gold Concentrators, Rotary Dryers, and Flotation Process.

Each processing plant is designed tailor made according to the ore characteristics and the mineral composition of the ore, and designed for the 100% recovery of gold and other metals production, with no loss.

DESERTMINER is a Dry Mineral Processing Plant developed by DOVE to simultaneously concentrate, separate and recover gold, platinum group metal, base metals, ferrous metals from Alluvial deposits, as well as Hard Rock deposits, that are located in dry areas, where water not available.

DESERTMINER is designed and configured to deliver a high efficiency in mineral processing, with 100% recovery of gold and other metals and minerals, with no loss, similarly to the wet mineral processing plants.

DOVE designs and manufactures high recovery Beneficiation Plants. Beneficiation plants are composed of different types of machines and separators depending on the metals and minerals composition and characteristics, designed for high economic recovery in a customized configuration that will meet the projects specifications. These plants can include Flotation Machines, Dryers, High Intensity Magnetic Separators, High Tension Separators, etc. They can be used for both hard rock (primary) and alluvial (secondary) deposits.

DOVE supplies the state of art inGold Refinery technology, which is designed to produce and refine raw gold production to international standard purity of 999.95. DOVE refining units are supplied in capacity ranges of 6 kg up to 150 kg. The units are based on advanced Aqua Regia process and it is designed to refine gold, silver, copper. The refining units are configured with the latest technology to comply with the highest environmental standards, which includes neutralization towers for fumes, etc.

Every mining operation requires sophisticated gold room in order to ensure the highest recovery of gold production. To this end DOVE supplies and manufactures a complete range of equipment, instruments, tools and accessories, which includes Gold Concentrating Table, Gold Centrifugal Concentrator, melting furnace, crucibles, ingot molds, scales, and assay instruments.

DOVE supplies Flame Atomic Absorption Spectrometer (AAS) for Fire Assay Analysis, Portable Mineral Analyzer and Professional Lab Mineral Analyzer for XRF Test, and equipment for Gravity Separation Test such as Lab Jig Concentrator and Lab Concentrating Tables. Several other types of equipment including Lab Induced Roll Lift Magnetic Separator, Lab Isodynamic Magnetic Separator, Lab High Tension Separator, Sampling Pulverizer, Sieve & Shakers, Bench Drill Machine and High Voltage Rectifier are part of the range of DOVE laboratory equipment.

DOVEsupplies advanced and highly accurate range ofMetal Detectors. It is designed for ease of operation in highly mineralized soil condition. It provides a practical solution during exploration and prospecting different terrain with ease and dependability. DOVE Metal Detectors are designed for various depths and conditions.

DOVE provides a complete range of minerals assay testing services, for both alluvial (placer) and hard rock (primary) deposits. DOVE mineral assay services include Gravity Separation, Fire Assay Analysis and XRF Analysis for identification of gold, platinum, other metals and minerals concentration and simultaneously analyze up to 32 other elements, metals and minerals.

Reliable assay and minerals testing of your mine samples can lead you to the most efficient and best equipment configuration and plant design for the highest recovery of production and return of investment.

mineral processing equipment | multotec canada

mineral processing equipment | multotec canada

Multotec in Canada manufactures and distributes a full range of mineral processing equipment throughout Canada and parts of North America. We help you process minerals faster and more efficiently, so you can lower your overall plant costs.

Our leading mineral processing technology is designed for use in gold, nickel, copper, coal, chrome, mineral sands platinum, iron ore and diamond processing and beneficiation plants. All manufacturing processes and equipment are ISO-compliant.

Multotec is a world-leading slurry pump manufacturer. We have a full range of heavy-duty horizontal and vertical centrifugal pumps specifically designed to handle tough and abrasive duties with maximum efficiency.

With our sister companies: TEMA - Isenmann, Hein Lehmann and TEMA Systems, and our partners: eDart, Scantech, Phoenix, Horsburgh & Scott and Kemix, Multotec in Canada is a global solutions provider for all mineral processing applications.

Originally founded in South Africa in 1973, today Multotec is active in 100 countries, employing over 1 800 employees, and partner to some of the worlds largest mining houses, including BHP Billiton, Glencore, RIO Tinto, First Quantum Minerals Ltd, Anglo American, and many others.

Multotec equipment is designed and manufactured to the most stringent quality standards in our ISO facilities. Computational Fluid Dynamic simulations, pilot plant and online test work are used to improve the metallurgical performance of the process equipment. All product designs are carried out using 3D design, detailed FEA, and the correct specifications of wear-resistant materials.

Multotec equipment is developed in response to the challenges our customers face in improving their mineral processing efficiency. Our products are proven across the world through their use in the toughest commodity processing applications.

Founded in 1973, Multotec is active in 100 countries and partner to some of the worlds largest mining houses, including BHP Billiton, Glencore, RIO Tinto, First Quantum Minerals Ltd, Anglo American, and many others.

Multotecs Research and Development plays a central role in new product development as well as in refining its existing technologies. The R&D department has increased test and development capabilities on magnetic separators, spiral concentrators, classification cyclones, dense medium cyclones and mineral screening equipment.

Hawkeye is a predictive software tool that provides accurate data on mineral processing equipment lifecycles and replacement rates. This allows plant managers to accurately predict service intervals and schedule downtime accordingly.

mineral processing equipment | multotec china

mineral processing equipment | multotec china

The Multotec Group is one of the worlds largest manufacturers of mineral processing equipment. Multotecs team of highly skilled and qualified engineers have extensive application knowledge and technical expertise ensuring that you get the most efficient mineral processing solution in China!

We help you process minerals faster and more efficiently to lower your overall plant costs. With a branch in Tianjin, China, Multotecprovides leading mineral processing technology for gold, coal and rare earths beneficiation plants:

Originally founded in South Africa in 1973, today Multotec is active in 100 countries, employing over 1 800 employees, and partner to some of the worlds largest mining houses, including BHP Billiton, Glencore, RIO Tinto, First Quantum Minerals Ltd, Anglo American, and many others.

Multotec is a proudly Chinese company with expert mineral processing solutions suited to the Asian mining industry. The company has been an original equipment manufacturer for over 45 years and partner to the Chinese mineral industry.

Multotec is a world-leading slurry pump manufacturer. We have a full range of heavy-duty horizontal and vertical centrifugal pumps specifically designed to handle tough and abrasive duties with maximum efficiency.

Multotec products are designed and manufactured to the most stringent quality standards in our ISO facilities. Computational Fluid Dynamic simulations, pilot plant and online test work are used to improve the metallurgical performance of the process equipment, and all product designs are carried out using 3D design, detailed FEA, and the correct specifications of wear resistant materials.

Developed in response to the challenges our customers face in improving their mineral processing efficiency, Multotec products are proven across the world, in the toughest commodity processing applications. Learn more about our manufacturing.

As one of the worlds largest mineral processing equipment manufacturers, and with 45 years experience, we have the technology to optimise almost any mineral processing plant. Backed by leading global metallurgical and engineering expertise, our experts in China have mineral processing solutions suited to the Asian mining industry. We will help provide the products and services you need to improve your plant performance.

uganda 100tph alluvila coltan processing plant - mineral processing

uganda 100tph alluvila coltan processing plant - mineral processing

This 100tph alluvila coltan processing plant is one of our company most successful cases. From inquiry to installation, our professional engineers solve our customersproblems the whole way. When customers say our prices are higher than others, we take out equipment to explain why the quality is higher. Product material cost is high, careful workmanship, high labor costs, so the price of equipment really can not be less.

Six months of communication, and then visit our company, and finally decided to cooperate with us. After the equipment reaches the customers mine, we have sent engineers to guide the site installation.

mineral processing equipment

mineral processing equipment

Driven by a global team of process engineers and metallurgical specialists, Multotec designs, builds, manufactures, installs and maintains equipment throughout the entire value chain of mineral processing plants across all commodity sectors, from diamonds to coal, gold, iron ore, platinum and phosphates.

Today, Multotec mineral processing equipment is used in over 100 countries on 6 continents, and by the worlds leading mining houses such as Glencore Xstrata, Anglo Coal, BHP Billiton, OceanaGold, QM and Rio Tinto.

Multotec has consistently grown its international footprint in order to serve its customers with greater flexibility, agility and technological support. With operations in almost 90 countries on 6 continents, and a high focus on knowledge sharing and strategic global research and development, Multotec is a world of mineral processing knowledge.

Through our strategically located network of sales and service branches, we provide this knowledge to our customers, wherever their operations may be. By developing local capacity including both skills and infrastructure as close to our customers plants as possible we ensure a quick and effective response to your challenges, with leading metallurgical expertise on your doorstep.

With our rapidly growing support network and proven range of products, Multotec is increasingly assisting customers with operations contracts to take over the maintenance of plant equipment, aligned to service level agreements.

Backed by a world-leading range of specialised mineral processing equipment, Multotec provides complete life-of-plant technical services aimed at increasing metallurgical efficiency to optimise your plant throughput.

We assist our customers not just in meeting their demands for products and equipment, but by optimising the life and efficiency of these products to optimise the entire supply chain for our customers. Through holistic plant evaluation, sampling and testing, optimising flow sheets and looking in detail at any plant-wide processing problems, we are able to offer solutions that offer a direct improvement to the process, with significant tangible impacts on your bottom line.

Reducing downtime saves your plant vast amounts of money. Multotec understands this, and, through our flexible and agile global network, ensures we respond to your requirements with maximum speed and efficiency. In most locations, we can respond to customer requests in under 4 hours.

Some of the challenges minerals processing plants face include the high cost of replacing capital equipment, the labour requirements in changing out heavy equipment, such as a DMS cyclone, and production downtime while staff have to comply with safety regulations while equipment is being replaced. Multotec strives to be a plug-and-play solutions provider, providing maintenance and delivery of high-quality equipment through your local branch.

Our investments in R & D are geared towards 4 key optimisation areas: the need for high recovery and yields, for high levels of product consistency and reliability, for lower lifecycle costs and the ability to develop new products on behalf of our customers.

We prioritise skills transfer and capacity-building across our worldwide branch network, and also train our customers staff in the maintenance of our equipment so that they can help ensure maximum efficiency of their plant.

Multotec is able to provide equipment and services to ensure compliance with safety, health and environmental management standards. This includes the supply of equipment, technical expertise and maintenance.

We help the mining industry improve the efficiency of processing plant performance through our approach to training and education. Multotec has invested in several pilot plants and testing equipment that are used for experiential training, as well as in conducting research and development projects, with the results shared among the relevant stakeholders in the industry for continuous product improvements.

Leading metallurgists and engineers from Multotec deliver training courses for mine managers, plant managers, process equipment operators, metallurgists, project house engineers, original equipment manufacturers and chemical engineers.

Multotecs education and training initiatives include a What is Happening in Industry forum, which brings together industry experts and academics to share best practice, knowledge, ideas and the latest trends in technology.

The forum helps ensure that all industry stakeholders and minerals processing faculties at universities keep abreast of changes in terms of technology to develop relevant and updated curricula, and to facilitate participation in research and development programmes.

Majola has over 20 years of experience in mining and extractive metallurgy. He has held a wide range of positions in the mineral processing industry, including Production Metallurgist, Senior Plant Metallurgist and in sales. Bheka has been with Multotec since 2013.

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