Best Silver Companies
Silver is a popular commodity that’s used in many products. This is why it’s important to invest in a company that has an established track record of producing the metal.
However, it’s a highly cyclical industry and profit depends on high precious metals prices. This can cause mining companies to post losses during low prices, so it’s best for income investors to choose a solid silver stock that has a proven track record of returning cash to shareholders.
1. First Majestic Silver
First Majestic Silver produces and sells high quality silver rounds, ingots, bars and medallion sets. These bullion products bear a maker’s mark and a statement of weight and fineness stamped directly onto them. They are available for purchase securely online 24/7.
The Company’s four producing mines include San Dimas Silver/Gold Mine in Durango, Mexico and Santa Elena Silver/Gold Mine, La Encantada Silver Mine, and Jerritt Canyon Gold Mine in Colorado. The Company also owns 100% of the mineral rights to the 71,867 hectares of mining claims comprising the San Dimas property.
Currently trading at multiples of silver’s historical all-time high, First Majestic Silver is an attractive stock to consider investing in. Its production growth profile and industry leading returns, combined with exponential revenue and earnings growth, position the Company for long-term shareholder value creation.
InvestorsObserver rates the stock as a strong Buy and gives it an Overall Score of 53. This puts the company near the top of the Silver industry.
2. Silvercorp Metals
Silvercorp Metals is a profitable Canadian mining company that produces silver, lead and zinc metals. The company creates shareholder’s value through efficient management, organic growth and the acquisition of profitable projects.
It balances profitability, social and environmental relationships, employees’ wellbeing and sustainable development. In addition, the company is committed to high-quality governance based on ISS Governance QualityScores.
The company also invests in world-class opportunities. Its current portfolio includes silver, gold, lead and zinc mineral properties in China.
During the year, the company reported revenues of $16 million and net income of $3.2 million. Its operating results were impacted by increases in silver and gold sold, and decreases in zinc sold, primarily resulting from the price of silver, gold, and lead.
The company also repurchased common shares under its NCIB program. These purchases were made at market prices through the NYSE and TSX, in compliance with regulatory requirements.
Fresnillo is a global leader in mining and produces gold and silver from three mines in Mexico. Its products include silver dore bars and semi-pure alloys. The company also leases mining equipment.
Fresnillo produces silver at its Mina Proano and Cienega operations in Zacatecas; and gold at its Herradura, Noche Buena and Saucito mines in Sonora. Its Juanicipio project, in which it owns a 44% stake with MAG Silver, is expected to boost production.
The company expects to produce 53.1 million ounces of silver and 751,200 ounces of gold in 2021, below guidance of 53.5 million to 59.5 million ounces of silver and 675,000 to 725,000 ounces of gold. The Company said that the decrease was due to a lower gold production rate at Herradura and Saucito, and a lower volume of ore processed at Noche Buena and Cienega.
In addition to mining, Fresnillo provides service to communities where it operates. It is committed to maintaining strict adherence to local environmental regulations and has a strong focus on education. It is also dedicated to safety and health.
4. Wheaton Precious Metals
Wheaton Precious Metals is one of the world’s largest precious metals streaming companies by revenue, operating cash flow and precious metals production. It enters into long-term purchase agreements with a number of mining companies for the delivery of gold, silver and palladium.
It has a portfolio of high-quality, low-cost assets, with the highest cash operating margins in the industry. This business model provides investors with commodity price leverage and exploration upside, while offering a much lower risk profile than traditional mining companies.
The company’s business model is based on royalty and streaming payments, which offer cost inflation protection while maintaining the potential to increase precious metal prices in a rising interest rate environment. Its strong balance sheet and liquidity provide it with ample flexibility if it decides to do any major streaming transactions.
As of the most recent quarter, Wheaton had


The in-house handling of aircraft components is one of the most demanding applications for cranes.
We have been a reliable partner to the automotive industry for decades. We supply solutions for materials handling and in-house logistics along the entire value chain.
Demag Cranes and components help to ensure that processes continue to run smoothly and reliably in the chemical industry
Whenever buildings or infrastructure projects are developed around the world, Demag crane installations and drive systems are not far away
Cement, glass, bricks, concrete
Whether auxiliary materials need to be handled or finished products have to be transported, we have the right crane and industrial drive solutions for the building material industry.
Food and beverages
Food products often have to travel a long distance from where they are harvested until they are turned into finished foodstuffs.
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Many companies in the steel, ferrous and non-ferrous industry and their foundries rely on Demag process cranes all over the world.
Machinery and equipment
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Leading companies and suppliers in the mining and minerals processing sector rely on our wealth of experience and expertise for their crane installations.
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Rubber and plastics
Demag cranes and hoists are used in many areas of rubber and plastic productions.
Ships and boats
Demag cranes are used for a wide variety of steps in ship assembly operations and provide the lifting capacity required throughout the entire production process.


A staff member hooks up a charging cable to an electric vehicle (EV) at a charging station in Liuzhou, Guangxi Zhuang Autonomous Region, China on July 31, 2017. (Reuters)
May 2, 2019 Updated: May 2, 2019
WASHINGTON—A U.S. senator plans to introduce legislation on May 2 to streamline regulation and permitting requirements for the development of mines for lithium, graphite and other electric-vehicle supply chain minerals, part of a plan to offset China’s dominance in the space.
While Tesla Inc, Volkswagen AG and other electric-focused automakers and battery manufacturers are expanding in the United States, they are reliant on mineral imports without a major push to develop more domestic mines and processing facilities.… READ MORE...


Geometrical-Technical Planning System for Rock Support
For many years the DSK AG has been utilizing CAE-workstations on their mine sites for the planning of machine-, ventilation- and electrical engineering. Based on geometrical data of the mine workings as well as general deposit information the engineer carried out the technical mine planning.
The Geometrical-Technical Planning System for Rock Support (GTP-A) is a new development for technical roadways planning which provides several possibilities:
- Projection of the roadway convergence
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The overall goal of the project is to optimize the planning of rock support in the mine, to increase interaction with other specialist departments and thereby to increase the efficiency of the planning stage.
Connecting GTP-A to SAP R/3 even offers the possibility to create bills of material. Additionally, the user is provided with information about the costs and is thereby improving the option from an economic point of view.
In collaboration with DMT in Essen, RAG Informatik in Gelsenkirchen and X-Graphic GmbH the Institute of Mining Engineering I the CAE-workstation “Rock Support Technology” was developed.


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- May 23, 2019
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Autonomous Trucking Revs Up With Rio Tinto’s Mine of the Future Program
More than a decade ago, mining giant Rio Tinto introduced fully autonomous haul trucks as part of their Mine of the Future program.
Rio Tinto’s former CEO Sam Walsh told zdnet.com how the company revolutionised the industry’s approach to integrated mining.
“I smile when I hear the rush to develop autonomous vehicles by Uber, Google, and pretty well every car company on planet Earth,” said Walsh. “Rio was the first mining company to introduce fully-autonomous haul trucks in 2008.”
The Future of Mining
And now, Caterpillar will provide Rio Tinto with a fleet of 20 autonomous 793F trucks and 4 autonomous blast drills, through WA dealer WesTrac. This will make Rio Tinto’s Koodaideri iron ore operations in the Pilbara, WA, the company’s most technologically advanced mine.
“We’re pleased to be partnering with Caterpillar and WesTrac to help make Koodaideri the most technology-enabled and innovative mine in our Pilbara iron ore network,” said Rio Tinto Iron Ore chief executive Chris Salisbury.
This news follows the completed rollout of their automated rail system in Pilbara: the first heavy-haul autonomous rail operation of its kind in the world.
Other advancements in Rio Tinto’s Mine of the Future program include:
- A digital replica of the processing plant, accessible in real-time by workers in the field
- Fully integrated mine automation & simulation systems
- Advanced automation including an automated workshop
- Numerous data analytics capabilities & control loops to optimise production & reduce downtime
- More than 80 autonomous trucks in operation across their Pilbara sites. With plans to reach 140 by the end of 2019
- 11 ADS-enabled drills have drilled more than 5,000 km—that’s further than the distance from Perth to Queenstown, New Zealand
What do you think about Rio Tinto’s mining program? Let us know in the comments below. Take a look at mining machines available for sale here.


Extremely hard, lead ball media for ball milling black powder and individual chemicals.
If you are making black powder, you have to use non-sparking grinding media. Lead is non-sparking and is probably the safest thing to use for making BP.
Pure lead balls are very soft and will literally grind themselves down to nothing. Our balls are an alloy of several metals and lead which makes them harder than virtually any other lead milling media on the market.
A 5-pound (200 ea.) box of these balls is exactly the quantity needed for our 6-Pound Ball Mill (#TL5005).


Cameo plans to formally announce these strategic consultants upon official engagement.
Akash Patel, Chief Executive Officer and a Director of Cameo, stated: ‘2019 is set to be a transformative year for Cameo. With the addition of the Willa-Max, Cameo has redefined its corporate profile dramatically. Cameo’s Board is of the opinion that there is substantial shareholder value to be unlocked within our asset and property portfolios. The Company looks forward to advancing our exploration and development initiatives in an expeditious and responsible manner’.
MAX Mill and Molybdenum Project
The MAX Property covers more than 5,200 hectares near the community of Trout Lake in southeastern B.C., and includes the Max Mill and the underground workings of the MAX molybdenum project. The MAX Molybdenum project was explored by Newmont Exploration Canada Inc. in the late 1970’s and early 1980’s, including development of an underground access adit, rock dump, and roads. FortyTwo Metals Inc., the Vendor’s wholly-owned subsidiary, reportedly began mine development work and began commercial production in 2008. The mine production was suspended in September 2010 due to an underground pillar collapse, and was put into ‘care and maintenance’ in late 2011 due to continued low molybdenum prices.
The MAX molybdenum project mill is the suggested site for processing the gold-copper-silver ore from the Willa deposit, as described in the Willa PEA technical report (see below; Ash, et al., 2016). The MAX mill is located 142 km from the Willa deposit by road. Ash et al. (2016) noted that as of late 2015, the MAX mill had BCMEM permits in good standing, but they might need amending and/or extending if material is going to be shipped from the Willa Property and if new tailings are to be produced.
Willa Gold-Copper-Silver Project
The Willa Property, is a promising gold-copper-silver project with more than 500


New Bachelor’s Degree Programs in Geo-Resources Engineering
The undergraduate resources engineering program provides a foundation knowledge in all aspects of mineral processing. After having broad background in sciences and basic engineering during the first and the second year, students will receive a thorough background in resources engineering in the first semester of the third year, which will support advance resources engineering courses in the third and fourth year. A broad interdisciplinary coverage of mineral processing principles including mineral chemistry, mineral processing both physical and chemical process, mineral utilization and environmental aspects will be provided for junior and senior level. Special emphasis has also placed on the materials recycling.


Global Iron Ore: Market, Prices and Operating Mine Costs out to 2030
Iron Ore prices have been volatile but what does that mean for your strategic planning?
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Download a sample of the data available with this report and see for yourself the granularity of data you could have access to.
This new report will provide the following:
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- Metal Bulletin Research provides for a substantial amount of accurate first-hand market and price information, thereby strengthening your understanding of both your local market and the global industry.
- Long-term price and market forecasts utilising primary research and extensive bottom-up analysis utilising market experts/economics regularly covering the global iron ores sector for well over 30 years.
Metal Bulletin Research have produced their latest report into the global iron ore market to offer you an unrivalled market service in offering all supply, demand, trade, operating mine costs and price data for all major ore types all included in one single place.
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Other relevant Metal Bulletin Research reports include:
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- Steel Raw Materials: Weekly Market Tracker
- The Quarterly Global Steel Cost Service


|Institution:||Missouri University of Science and Technology|
|Full text PDF:||http://hdl.handle.net/10355/26112|
"The American fluor spar mines of economic importance are located in the Southern part of Illinois and Western Kentucky. The largest mines are in Hardin County, Illinois, Those in Kentucky are in Crittenden, Livingstone and Caldwell Counties. At the present time the Illinois mines are the largest producers. The two principal mining companies in operation are: The Rosiclare Lead & Fluor Spar Mines and the Fairview Fluorspar & Lead Mines. These mines are located about a half mile from Rosiclare which is on the Ohio River" – Location, p. 1.


If you are a person who are working in an industry that requires you to use some specific machinery, then it is one of the important considerations you should make when you are deciding the machine that you will use in your business. Some business like in clay industry, mining and mineral, coal energy and biomass, ceramic and bricks you will need a special machine like the shape former and the impact crusher. Why is the choosing and consideration machine important? Because the entire business will lay on the production rather than other part, like delivering and marketing, then having the good and suitable machine for your company is very important.
Talking about the impact crusher that some of you will need in your industry, we will have some options and kind of impact crusher. Yet not everyone knows what impact crusher is. So, impact crushing is a specific machine that is used to segregate the big particle material like soil, rocks, clay, and many more, into the smaller parts or fractured part to be used in production. The crusher is important for some industry rather than the other machine because the well crushed material will be easier to be used in the following production phase after the crushing, so knowing that you should get the good quality crusher is essentials for you as the owner of the industry.
Not only about impact crusher importance in business, crusher that is well equipped is also became the apple of the eye because they have the measure of how small or thin the result should be. The way to use crusher is by putting the big particle material into the feeder and turn of the machine, it will work on itself providing you the same material like bricks, clay, mine, and minerals but in way smaller size that can also be set. When good producers made the crusher they were not only thinking about how fast the result will came out, but how often we use the crusher, how big is the feeding for the crusher, and if the crusher is used for daily work like in mining and in coal mines. It depends a lot to the need of the customer.
When the feed enters the crushing chamber and meets the propelling gear or the plates that are rolling on different directions into the circle, that’s the time the impact crusher is working in holding the material inside the crushing chamber and process the material into the small size. Having the great advantage by using the impact crusher like Roll Crusher, for the industrial and mining you can choose the Roll crusher. It is an intensive heavy duty material crusher from one of the bigger producers of impact crusher which is Stedman. Stedman promises not only the durable machine but also the endurance of the cylinders and the ability of the performance of the compression and the rotation of the crusher will be able to create the friction that you need to break the big material.


Journal of Cleaner Production, Dec 1, 2014, Vol.84, p.411(10)
To link to full-text access for this article, visit this link: http://dx.doi.org/10.1016/j.jclepro.2014.04.079 Byline: Mansour Edraki, Thomas Baumgartl, Emmanuel Manlapig, Dee Bradshaw, Daniel M. Franks, Chris J. Moran Abstract: With the unprecedented rate of mining and mineral processing over the past decade, there has been an increasing level of concern worldwide about the fate of tailings and the irreversible consequences of contaminant release through dust, tailings dam seepage, dam wall failure, or direct disposal of tailings into waterways. It is likely that in the future the mining of higher tonnages of lower grade ore and the possibility of more extreme weather events associated with global climatic change, may increase the risks associated with mine tailings management. In this paper we review alternative tailings management methods that aim to improve environmental, social and economic outcomes. Three approaches in particular are highlighted: paste and thickened tailings; tailings reuse, recycling and reprocessing; and proactive management (e.g. the integration of sulphide flotation with cemented paste backfill). The aim of the present study is to scope the opportunities that could be gained by developing an integrated research framework that traces tailings properties back to the orebody. In the future models could be constructed to optimise environmental, social and economic outcomes of tailings management across the value chain through integrated orebody characterisation, mine planning, processing, disposal, re-processing, recycling and reuse. Author Affiliation: (a) Centre for Mined Land Rehabilitation, Sustainable Minerals Institute, University of Queensland, Level 5, Sir James Foots Building (47A), St Lucia, QLD 4072, Australia (b) Julius Kruttschnitt Mineral Research Centre, Sustainable Minerals Institute, University of Queensland, Indooroopilly, QLD 4068, Australia (c) Centre for Social Responsibility in Mining, Sustainable Minerals Institute, University of Queensland, St Lucia, QLD 4072, Australia (d) Sustainable Minerals Institute, University of Queensland, St Lucia, QLD 4072, Australia Article History: Received 20 October 2013; Revised 22 April 2014; Accepted 29 April 2014
Weather -- Environmental Aspects ; Weather -- Analysis
Cengage Learning, Inc.


The mining sector is full of challenges and risks. Heavy equipment, toxic substances and confined spaces all meet to create hazardous environments which can pose a danger to workers. To ensure safe and reliable operations, mining equipment needs to be kept in top condition through regular servicing and maintenance, and proper training needs to be carried out in the use of equipment to ensure trainees have the confidence to tackle any issue or situation that may arise. Virtual reality simulations have emerged as a fantastic solution to the issues of equipment maintenance and handling. We look closely at VR and at how it’s being applied in mine environments.
When a piece of mining equipment runs into issues, it’s vital the problem is assessed and resolved as soon as possible. Any defects or faults can spell trouble not just for operations and productivity, but also for workers, whose safety may be compromised by flaws in their equipment. And that’s all without mentioning the cost that comes with equipment downtime, arranging for parts and services, and even purchasing new equipment if the issue is too significant to be resolved.
With VR simulations, mines are creating realistic copies of existing mining equipment, which facilitates repair and maintenance processes. Technicians and workers can put on a VR headset and be instantly transported inside a piece of mining equipment, where they can identify and fix problems more quickly. The benefits of this technology are clear – simulations help mine companies save time and money that they’d otherwise be spending trying to resolve an issue or engage in maintenance work, and they improve equipment performance and reliability to ensure work continues at its best.
These simulations are also beneficial when applied to training. It’s important trainees gain a comprehensive experience of the equipment they’ll encounter on site, learning not only how it works but also how they should respond when issues arise. Training workers in the use of equipment can be a significant and costly undertaking, with mines sometimes needing to purchase equipment or pause operations in order to facilitate educational sessions. As you can appreciate, while training is crucial this approach can be detrimental to the mine as a whole.
A VR mining simulation takes the hassle out of arranging any training. It allows equipment training to be delivered remotely, with no compromise to mine operations and equipment performance. When employees interact with realistic situational environments through a VR headset, they’ll gain in-depth learning of how the equipment works, what it’s used for, and how problems can be identified and resolved. Mine companies who embrace VR simulations within their training exercises often find their employees retain information more easily and engage better with the materials provided. VR simulations thus pose a great solution to the issue of repairing mine equipment and training workers in the use of this equipment. If you’re interested in learning more about VR simulations for the mining industry, get in touch with our friendly, expert 3D Walkabout team today.
Summary: How can VR simulations be used for the mining industry equipment?
The mining industry’s unique challenges, including heavy equipment, hazardous substances, and confined spaces, demand effective equipment maintenance and worker training.
Virtual reality (VR) simulations have emerged as a valuable solution to address equipment maintenance and training needs in the mining sector.
Through VR simulations, realistic copies of mining equipment are created, enabling technicians to swiftly identify and resolve issues, thus saving time and money.
These simulations also offer a remote and comprehensive training experience, allowing employees to gain in-depth knowledge of equipment operation and problem-solving skills without disrupting mining operations.
Employees engaging with VR simulations tend to retain information more effectively and exhibit improved engagement with training materials, ultimately enhancing equipment performance and safety in mining environments.
What is mining of VR?
VR in mining allows mining operatives to develop skills and experience without entering a mining facility. By creating a virtual world that simulates a mine, operatives can learn about the various tools, techniques and training that are essential for safe mining from the safety of a completely virtual environment.


The smooth-shaft fan body is made of an impeller and a guide vane; the guide vane can be a front guide vane, a rear guide vane, or a front and rear guide vane.
Jet-type Shaft Smooth Fan: Shaft smooth fan used for air jet in a space and not connected to any pipes.
General-purpose shaft smooth fan: used in factories and buildings for ventilation or heating and ventilation.
Mine shaft smooth fan: The mine shaft smooth fan is used for the ventilation of the main shaft of the mine; the mine shaft smooth fan is used for ventilation in some areas such as the mining face.
Company：Shandong Anti Ventilation Equipment Co.,Ltd.
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How to combine ore crushing production line more efficiently
Fixed ore crushing production line configuration 1. Feeder + jaw breakage + counterattack breakage + vibrating screen + conveyor belt This is a common sand crushing production line, jaw fracture as the primary fracture, all kinds of ore materials for crushing and processing into the particle size required for the second fracture, and counterattack as the second fracture link, not only can achieve the fine effect, but also can achieve the function of shaping and modification, so that the treated material particle size is uniform, very good grain type
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Being a trustworthy organization, we strive hard in putting forth the best quality Lube Equipment like grease pump, oil pump, MIG welder etc. The offered equipment is manufactured with the use of top-notch quality components and sophisticated techniques at our vendors’ end. Widely utilized in several lubrication applications in automotive, mining, agriculture and many other industries, the offered equipment is made available in various specifications. In addition, we provide this Lube Equipment at reasonable prices to the clients.


Bauxite-India has been incorporated in July 2006 with an aim to identify new mineralized area in India more particularly in Madhya Pradesh and to explore possibilities for establishing mineral based industry. The company has discovered many potential areas [some of them are such a big deposits having significance at the national level in India. The company tenements include license(s)/Lease(s) of Iron ore (Hematite And Magnetite), Manganese ore (Mono-oxide And Di-oxide), Bauxite (Metal Grade And Refractory Grade), Copper ore (Azurite And Malecite) , Gold, Molybdenum, Quartz, K-feldspar And Graphite etc.
Bauxite-India is one of largest tenements holder Bauxite And Manganese ore of north India. Now, the focused mission of Bauxite-India is to do value-addition by establishing mineral based industries.


How a Mining Engineer Can Help You When You're Choosing a New Mining Site
If you're in the process of choosing a new mining site, you might be planning on using your own expertise and experience when making your decision. You may not have thought about consulting with a mining engineer at this stage in your project, or it might not be something that you are ever planning on doing. However, working with a mining engineer at various stages of your project can be a great idea. In fact, you may even want to work with one of these professionals while you're still looking for your mining site for these reasons and more.
They May Know About Potential Mining Sites
For one thing, because mining engineers are so heavily involved in the mining industry, they often know about things that the average person doesn't know about. For example, the mining engineer that you reach out to might already know about a potential mining site that could work perfectly for your mining company's needs.
They Can Help You Find a Site That Suits Your Budget
Whether you are buying or leasing the land you will be mining or you are hoping to purchase mineral rights alone, you will probably need to stick within a budget. Make this known when talking with a mining engineer, and they can help you. They can also help you stay on budget with other parts of your mining project.
They Will Assist You in Finding a Successful Site
Of course, the whole point of choosing the right mining site is so that you can be successful with mining. A mining engineer will typically have a better idea of what to look for when choosing a mining site, so they might help you find one that will be more successful and effective.
They'll Help You Pick the Right Mining Equipment
Naturally, you will need equipment for your new mining site. A mining engineer can assess the site and talk to you about your goals and budget and can then make suggestions about the mining equipment that you should purchase for your new mining site, or they can let you know if the mining equipment that your company already owns will be sufficient.
They'll Help You Determine How to Set Up Your Mining Equipment
Mining engineers can be great at helping mining companies determine where their mining equipment should be set up. While helping come up with the proper setup, they can assist with things like ensuring your mining site is as successful as possible while also setting up equipment where it will be easy for employees to work with and where it can be used as safely as possible. They can also help with things like helping you determine where evacuation routes and exits from the mine should be located, all while keeping safety and efficiency of the mining site in mind.
Contact a mining engineering firm to learn more.


The long nine (Shen Shan) limestone mine project is located in the southwest direction of Chizhou City, Anhui province. It belongs to Qingshan village and Shen Shan village in Pai Lou Town, Guichi District, Chizhou, and is about 37 km away from Chizhou city.The Logistics Corridor project belongs to the archway town, the Yin Hui District and the Niu tau Shan town, and the mine terminal project is located in Niu tau Shan port of Niu tou town.
The area of the long nine (Shen Shan) limestone mine area is about 4.73 square kilometers, the total reserves are about 19.08 million tons, and the mining species are limestone. The total operation period of the project is 29.5 years, and the total investment is about 9 billion 150 million.The scale of the project is 70 million tons per year, which is divided into three parts, mine mining and ore processing, logistics corridor and Ore Wharf.After blasting, the ore is transported to the ore processing system by way of the well. After processing, the finished product mixture is transported to the dock yard by long distance belt conveyor. After being sieved and graded, it is shipped from the ship loader.
Tuohai company mainly to provide: construction aggregate (including coarse aggregate, fine aggregate, artificial sand powder, etc.) pre marketing agency services.


The early black farmers who settled in southern Africa were involved in trading andmetal technology. The history of mining for metals like iron, copper, tin and gold insouthern Africa spans at least the past 2000 years. The main aim of the research wasto test the viability of using gold chemistry to compare the composition of gold oresin South Africa and Zimbabwe with those of the archaeological gold artefacts fromThulamela, Mapungubwe and Great Zimbabwe. Samples from the Archaeangreenstone belts in South Africa and Zimbabwe, as well as samples from oresassociated with the Witwatersrand Supergroup, were used in the study. Trace elementsignatures were determined by laser ablation inductively coupled plasma massspeetrometry (LA-ICP-MS), a technique whereby low concentrations (down to lowppb levels) can be detected. In addition, Ag concentrations (wt %) were determinedusing a scanning electron microprobe, so that Ag could be used as an internal standardduring the LA-ICP-MS runs to give semi-quantitative data. The most commonlyoccurring isotopes in gold, namely, 56Fe, 59Co, 60Ni 63CU, 66zn, 75As, 1880S, 105pd,195pt, 202Hg, 107.109Ag, and 204, 206,207,208Pb and 209Bi, were used to construct thesignatures, using their intensities in the mass spectra in counts per second (cps).Isotopic ratios were used to compare the gold ores with each other. The results showsome variations in the signatures of gold from the greenstone belts and theWitwatersrand Basin. The 107Ag and 202Hg concentrations in gold from theWitwatersrand Basin are high compared to the greenstone belts. These differenceshave implications for the various models of gold deposition in these environments,pointing to different geochemical histories. Multivariate correspondence analysisplots for the major gold deposits show the wide group of the Barberton samples withlittle or no distinctive characteristics, compared to the Zimbabwean gold samples. TheWitwatersrand gold plotted differently to the Barberton Greenstone Belt but closelyrelated to the Zimbabwean greenstone belts. The ratio plot of 56Fe/107 Ag versus202HglI07 Ag shows that archaelogical gold artefacts differ completely from the naturalgold, indicating that the gold could not merely have been cold-worked, as has beensuggested. This suggests that gold from anyone archaeological site could not berelated to any particular or even regional source. This could be associated with thepossibility of mixing of gold from multiple sources, recycling, contamination inmelting and trade in items.
【 预 览 】
An investigation of the trace element compositions of gold from Zimbabwe and South Africa: implications for tracing the source of archeological gold artefacts


In 2020, US mines produced around $82.3 billion in minerals. Mining is one of the most crucial components of modern society because mined minerals are used in just about every product used by consumers. Half of the nation's energy comes from mined products like coal or uranium. To support this huge demand, it's important to use the right mining equipment for the job. In this article, we'll tell you the most efficient mining equipment for different types of mining and how to get the best deals out there. Keep reading to learn more.
In 2020, US mines produced around $82.3 billion in minerals.
Mining is one of the most crucial components of modern society because mined minerals are used in just about every product used by consumers. Half of the nation's energy comes from mined products like coal or uranium.
To support this huge demand, it's important to use the right mining equipment for the job. In this article, we'll tell you the most efficient mining equipment for different types of mining and how to get the best deals out there.
Keep reading to learn more.
Types of Mining and the Equipment They Use
Mining happens underground and on the surface. Depending on the material that is being mined as well as the environment, miners use different types of equipment and mining techniques.
But no matter how miners gather materials, there are typically three steps involved:
- Extraction: the process of digging, drilling, or blasting to take materials out of the mine site
- Material handling the sorting and loading of materials to go to a processing plant or a waste area
- Material processing this step involves any processing of the material, including crushing, grinding, refining, separating, or smelting the material into a final product
Let's take a deeper look at the two different types of mining.
Surface mining produces 97% of non-fuel materials mined. This method extracts any materials that are closer to the surface.
There are three methods used to mine surface materials:
- Open-pit mining
- Strip mining
Quarrying usually involves cutting blocks of hard stone used for ornamental purposes. For example, granite is mined and used for building. However, it can also refer to crushing stone and sand or extracting gravel.
Open-pit mining digs a large pit into the earth so that miners can extract material for materials like silver. tools like explosives or rotary drills are often used in this process.
Strip mining involves extracting thin layers of coal from the earth's surface.
Some valuable materials, like ore, minerals, and metals are deep underground and require different techniques and industrial equipment to reach them.
This digging might go through hard or soft rock, each needing different types of tools to get through and extract the material.
There are three different types of underground mining:
- Room and pillar mining
- Retreat mining
- Blast mining
In room and pillar mining, miners will form pillars to support a makeshift ceiling as they continue to dig underground to get to the material. This sometimes uses a continuous mining system to extract material as well.
Retreat mining is similar to room and pillar mining, but this method will remove the pillars to retrieve as much material as possible.
Lastly, blast mining involves explosives to open mining space and loosen the rock in underground mines.
Mining Equipment Types
Because mining involves so many different tasks and materials, there are several different types of equipment required. Let's take a look at the different types and learn what each of them does.
Mining drills are the backbone of any mining operation.
To mine for valuable materials, the first step is to dig into the earth and place explosives into the holes. These create high-pressure shockwaves, allowing the rock to break so that miners can dig further.
Mining drills are crucial in making accurate holes quickly and efficiently.
A significant amount of excess waste materials and rocks build up in the mining process. Continuously clearing the digging site is an important task. This is where earthmovers come in.
These are large, powerful machines that can move huge amounts of debris and dirt away from the mining site at the ground level. If you don't have an earthmover, the excess materials would pile up at the site, making the mining operation incredibly difficult.
These can include regular dump trucks that have open beds and can drop materials off at specific sites or heavy-duty haul trucks that carry a large volume of materials.
Before earthmovers can transport away excess materials, they need to be crushed into dust first.
As miners continue to dig into the ground, they leave large amounts of rubble that have to be made into a transportable form. Larger boulders are inefficient to transport to other sites, so crushing equipment breaks them down.
Crushing machinery works together with excavators to load the large boulders into the machine and fall into a chamber to crush them. After being crushed, miners transport them out of the excavator track and into a pile.
Earthmovers will pick them up from here and move them onsite, leaving the mining site clear of excess debris.
Lots of debris build up underground as well. After miners create strategic explosions to clear the way in a tunnel, there is a lot of rubble that needs to be moved around. To do this, miners use underground loaders to pick up the material and carry them to an unloading point.
These loaders are much lower to the ground than a loading truck or earthmover so that they can fit in harder-to-reach spaces and tunnels.
Although they are smaller, they are still strong enough to carry tons of waste material where they need to go.
This process typically happens deep underground when mining for coal. A sophisticated system of interconnected pieces of equipment is used so that miners can work in a safe and efficient environment.
This system usually consists of three parts:
- A plow that spans the longwall and cuts the wall of coal
- A conveyor belt that catches the coal that is cut and transports it to the crusher
- Roof support systems hold the structure together to keep miners safe
These longwall mining sites are usually around 800 feet wide and 5 to 10 feet high.
Continuous miners are huge pieces of mining equipment that can cut through soft minerals and coal. They have a large rotating steel drum with sharp teeth so that they can cut and grind material in a mining site.
Nowadays, these continuous miners are usually electricity-powered and remote-controlled.
Safety is a top priority for any mine site. An essential tool used to keep a site secure is a roof bolter.
Miners use these to secure the roof of a mining tunnel. This helps prevent a cave-in that could injure or even bury miners that are working underground.
It does this by keeping the roof of the mining secure and installing a strong safety net to catch any debris if it collapses.
Blasting tools refer to many different types of explosive detonating material. In order to reach materials hidden by several layers of hard rock, it is necessary to blow them up.
In the past, miners would often light a fuse and time how long it would take to detonate the charges. This was incredibly dangerous and not very effective.
In modern mining, workers use a variety of blasting tools to detonate charges from remote locations. This gives them much more control over the detonation process so that they can get consistent results.
Electric Rope Shovel
Another essential tool for material loading operations is the electric rope shovel. These powerful tools can carry a payload of up to 120 tons.
Their design allows them to traverse rough terrain, allowing them to move from one sector of the mining site to another. They have very fast loading times. They also boast of having the lowest cost-per-ton in the mining industry.
Mining graders are pieces of equipment that have several different important tasks at a mining site.
First, they keep roads on the site clear. With so many large pieces of heavy machinery that transport cargo and material from one sector to another, it's normal for waste to fall out of trucks and get in the way.
A mining grader uses a blade in the front of the vehicle to clear out rocks so that other pieces of equipment don't have to drive over them. Not only does this make everyone else's jobs easier, but it increases the lifespan of other pieces of equipment and protects their tires.
A mining grader can also clear out terrain during rainy or windy storms that can affect how other machines work.
These have a huge effect on the productivity of a mining site.
Get the Best Equipment Deals For Your Mining Operation
Now that you understand the different types of machinery, the next step is buying mining equipment.
In order to find top-quality equipment at the best prices, you need to have a trustworthy, experienced partner. For that, look no further than Fuelled. Our business model and technology platform allow only the best equipment to be sold at best-in-industry prices.
Check out our listings today!


By MORTIMER H. STAATZ, ROWLAND W. TABOR, PAUL L. WEIS, and JACQUES F. ROBERTSON, U.S. Geological Survey, and RONALD M. VAN Nov and ELDON C. PATTEE, U.S. Bureau of Mines
The northern part of the North Cascade Mountains, which contains the North Cascades National Park, has numerous mineral occurrences of copper and molybdenum, but production has been relatively small except in the now-dormant Holden mine in Chelan County, about 40 miles southeast of the present study area. This property, the largest producer of copper in the history of the State of Washington during the 20 years it was in operation, produced about 106,000 tons of copper, or more than 83 percent of the total copper mined in Washington to 1963 (Vhay and Weissenborn, 1966, p. 72, 74). In addition, about 600,000 ounces of gold were recovered from this property (Mac Laren and others, 1966, p. 86). About 12 miles west-northwest of the Holden mine, on Miners Ridge in the Glacier Peak Wilderness, is a large low-grade ore body consisting of a stockwork of quartz-pyrite chalcopyrite-molybdenite veinlets (Vhay and Weissenborn, 1966, p. 79). Although this property has been extensively explored, it had not been mined by 1971.
Copper deposits larger than those in Washington are known in the North Cascade Mountains in Canada. The Copper Mountain mine, 34 miles northeast of the park, produced about 340,000 tons of copper, from a porphyry-type deposit averaging 1 percent copper, before it was shut down in 1957 (McTaggart and others, 1960, p. 38). At the Craigmont mine, about 82 miles north of the northeast corner of the park, mined ore and reserves of several ore bodies average 1.77 percent copper in grade and have a total copper content of 513,300 tons (Carr, 1966, p. 323). On the Bethlehem property in Highland Valley, 20 miles north of the Craigmont mine, four porphyry ore bodies have an average copper content of 0.70 percent and a total copper content of more than 490,000 tons (Carr, 1966, p. 321).
Gold has been recovered from several places in the North Cascade Mountains : the Mount Baker mining district, which lies adjacent to the northwest corner of the park, and the Slate CreekAzurite mining district, which lies several miles east of the south end of Ross Lake. Ruby Creek drains the Slate CreekAzurite district, and gold has been recovered from placers on this stream as far west as the part now flooded by Ruby Arm of Ross Lake. Production from the Mount Baker mining district was 43,300 ounces, and from the Slate CreekAzurite district, 149,700 ounces (MacLaren and others, 1966, p. 86). The value of gold produced from these two dormant mining districts is approximately $5 million.
Because the geologic environment of some of the previously mentioned mines and mining districts is similar in part to that found in the northern part of the North Cascades National Park, we made a careful study of all prospects as well as a search for other mineralized localities. No ore has ever been shipped from any mining property in the area now occupied by the northern part of the park. Many mineralized deposits crop out in the northern part of the park, and according to Whatcom County records, 234 lode and 10 placer claims have been located there. Some of these claims may be relocations of older claims. Many of the claims were not found because of dense vegetation, lack of workings, or vaguely described locations. Commonly, relatively large iron oxide-stained zones are present in the general area of the lode claims.
The claims are in six principal areas : Silver Creek, Sulphide basin, headwaters of Chilliwack River, Whatcom Pass, Indian Creek, and Stetattle Creek. In the Silver Creek drainage, in the northeast corner of the study area, claims are on deposits that contain molybdenite and chalcopyrite. In the Sulphide basin area, claims are on molybdenite occurrences and on a large zone that contains disseminated iron sulfide. In the Chilliwack River area, lode claims were apparently staked on dike rocks that contain hematite and limonite stain resulting from decomposition of minor amounts of iron sulfides, and placer claims were also located in the same area along the river. In the Whatcom Pass area, the claims are on granitic rocks, pegmatites, and quartz veins that contain minor amounts of sulfides. The locations on Indian Creek were placer claims. In the Stetattle Creek area, we did not find the claims reported nor any likely areas that had workings, veins, or significant altered rocks.
Mineral occurrences in both the northern part of the North Cascades National Park and in the mines in adjacent parts of Washington and British Columbia are related to granitic intrusions. Within the park the Chilliwack composite batholith is interpreted as the source of anomalous copper, molybdenum, zinc, and lead. Almost all rock samples that contain anomalous amounts of these metals are either granitic rocks or country rock within 2 miles of exposures of the batholith. Mineralization is associated with several different plutons within the composite batholith, which is late Tertiary in age. The southeast fifth of the area, where the Chilliwack is not present, produced few anomalous samples.
Last Updated: 28-Mar-2006


NMDC to increase capacity
Published on March 29, 2015 14:17:25 PM
The National Mineral Development Corporation (NMDC) is planning to build its 3 million tonne per annum (mtpa) integrated steel plant in Nagarnar in Chhattisgarh next year.
"We are in advanced stage of erection, civil works are getting completed and equipment is being procured at present. We will be preparing for commissioning by December 2016. The company has ambitious plans to reach 100 million tonne capacity mark for iron ore by 2021-22, increasing from 30 million tonne in terms of production and sales at present. By 2018-19, we will reach 65 million tonne production and sales mark. We will come out with the production plan in two months for targets for next 3-4 years,” NMDC CMD Narendra Kothari said.
"The plant will come up near Jagdalpur, with an estimated outlay of `15,500 crore. We have already invested 6,000 crore,” he said, on the sidelines of Movement for Efficiency & Transparency (MET) held at Hyderabad, organised by NMDC and mjunction.
"We have signed an MoU with Ministry of Steel on targets and we will touch 35 million tonne production target for 2015-16. We will sell 38 million tonne of iron ore during this period. NMDC has reserves of Rs 20,000 crore. Almost 90 per cent of NMDC sales are through long term contracts, while 10 per cent is being sold in open auction.”
Viresh Oberoi, mjunction, managing director, said, "E-auction market scope is huge in India. We have sold 12 million tonne of steel so far online for Indian producers. Tata Steel and SAIL who are the parents companies, are also our clients. We had helped in doing away with the middlemen and the ‘mafia’. We are in the steel supply chain and have sold iron ore, crude iron, ferrous and steel, making us available in the downstream and by products of steel. We have also been involved in auction of coal. We took up the spectrum auction too which has resulted in raising Rs 1.10 lakh crore. In 2013-14, we have done transactions worth Rs 48,000 crore and in 2014-15, this could go up to 1,80,000 crore with spectrum alone contributing a major chunk on our e-market place.”
Sharing other developments, Kothari said that International Coal Ventures (ICVL) will increase production capacity of its coal assets in Mozambique. ICVL, a joint venture of SAIL, Coal India, RINL, NMDC and NTPC, had acquired Rio Tinto's operating coal mine in Mozambique last year.
"The coal has already been imported and used in India already. We are partnering for coking coal with companies. We are looking for tie ups for potash mineral as it is not currently produced in India. We have signed a MoU with Acron, a Russian company, and due diligence is in progress,” he informed.
On the fluctuations in iron ore prices, he said, "The country needs 150 million tonne of iron ore and we are producing only 30 million tonne now. We have a transparent price mechanism. Prices are market driven. No one company can control or impact the prices in India.”


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NWP Coal Canada Ltd (“NWP”) is a Canadian resource development company committed to developing the Crown Mountain Hard Coking Coal Project to provide a source of steelmaking coal to global seaborne markets.
Located in the prolific Elk Valley coal field in Southeastern British Columbia, Crown Mountain is expected to produce an average of 86% Hard Coking Coal (“HCC”) and 14% Pulverised Coal Injection (“PCI”) over the life of mine which is currently 15 years.
NWP operates a healthy and safe workplace with a target of zero harm.
NWP ensures all employees and contractors are prepared and equipped to ensure that the tasks are undertaken in a safe, healthy and efficient environment that promotes well being and safety.
NWP employees and contractors are responsible for meeting safety requirements and behaving in a manner that ensures the safety of themselves and those around them.


Chile is the worlds largest producer of copper by far.
The next largest producer of copper, the United States, only manages 25% of Chile’s output.
All told, Chile produces a third of the world’s copper, and income from Chile’s nationalized mines have come to represent nearly a third of government revenue since President Salvador Allende completed the nationalization of the largest copper mines in the country during his presidency in the early 1970s.
And so, a stoppage of work that started more than two weeks ago at Chile’s Angamos port, has begun to seriously strain Chile’s export heavy economy.
The stoppage has spread in Chile’s northern ports which are estimated to handle approximately 60% of Chile’s copper exports, and has also affected mining, timber, wine, and fruit industries. It is estimated to have already held up 9000 tons of copper per day, out of the more than five million typically exported annually.
The Federation of Fruit producers has in Chile (Federación de Productores de Frutas), has suggested that losses due to the inability to get their goods to market may end up costing 100,000 to 300,000 jobs within their industry alone.
The state owned mining company, Codelco, indicated that it has already lost more than $500 million since the strike started due to an inability to get product to market.


“The Quarry produces stone , a medium level construction material. Upgrade the Quarry to increase its production rate!”
|Level 1-2||Level 2||Level 3||Level 4||Level 5-10|
- The Quarry constantly produces Stone, unless it is being upgraded or is full.
- Stone is a more advanced resource than Wood, and is mainly used in upgrades or constructions.
- Uncollected Resources within your Quarry can be stolen by attackers. You lose 50% of those uncollected Resources regardless of your Vault level.
- When initially constructed, the Quarry consists of a machine made up of wheels with a metal box containing a wedge that picks down at a shallow hole in the ground.
- At level 2, the machine gains a corrugated metal roof, above the wheels.
- At level 3, the box changes color. The wedge it contains is now marked with hazard tape.
- At level 4, the roof gains a small metal chimney, and the box containing the wedge changes once again, being marked at the bottom with hazard tape. The hole is now slightly deeper.
- At level 5, the Quarry consists of a large drill on a chute. The hole is deep enough that the bottom cannot be seen.
- When your Stone Storage is full, the bubble you click to collect Stone turns red, indicating that you can´t store the produced Stone within your Stone Storage.
|Building Size||Special Ability|
||Stone Per Hour
||Upgrade Cost||Upgrade Time
||Headquarters Level Required


S. Korean steel major had acquired land for plant in Paradip
South Korean steel giant POSCO has offered to return the land it had acquired for a mega steel plant proposed more than a decade ago in Odisha.
Since POSCO had not started construction, as per conditions in the lease agreement, the company requested the government to take the land back.
In June 2005, the company had signed a memorandum of understanding with the State government.
It had proposed setting up a 12 million tonne per annum plant at an estimated investment of Rs. 52,000 crore near the port town of Paradip.
Back then, this was the largest Foreign direct investment (FDI) for the country.
Protests by locals
Locals, however, had protested against the acquisition of 4,004 acres of land. They feared that the industrial project would hit livelihood opportunities based on sustainable betel farming and fishing.
Why the company did not carry out its operations?
In January 2015, an amendment to the Mines and Minerals Development and Regulation Act made it necessary for POSCO to go through the auction route to get iron ore mines. Since there was uncertainty around the company securing a mine, it started folding operations in the State.


How do I get iron ore ignots/gold ignots?
I found some iron ore and gold blocks underground, and I mined them, but all that came out was the block! I want iron or gold so bad! PLEASE HELP ME!!!!!
IamSacred - 6 years ago
To mine iron you must be using a stone pick or higher. To make a stone pick in your workbench place a line of three cobblestone across the top and two sticks in a line down from the middle. After you have mined the iron you need to smelt it in a furnace. To make a furnace in your workbench place a ring of 8 cobblestone so that only the middle section is empty. Place the furnace, right click it. In the window that pops up put the iron ore into the top and fuel into the bottom. Coal is the recomended fuel source, although refined wood works decently. Using the iron ingots make an iron pick using the formula above except replacing cobblestone with iron. Iron picks allow you to mine gold and diamonds. To be used gold must also be smelt in the same manner as iron. A word of advice with picks: until you have a enough diamonds to make a pick use only stone picks except when mining gold, diamond, and obsidian. Iron picks do not have a high enough durability to make them useful in the long run. Never use gold tools, they are as pathetically weak as wood tools, in every sense. Gold is only useful for makeing watches and as decoration.
zephiery - 6 years ago
Put them in a furnace.
Gabain1993 - 6 years ago
This question has been successfully answered and closed.
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Yaouré – Perseus Mining
90% owned by Perseus. Yaouré Gold Mine, in central Côte d'Ivoire, poured first gold in December 2020, becoming Perseus's third operation. Perseus declared Commercial Production at Yaouré in March 2021. Yaouré is expected to produce more than 200,000oz gold per year over the first five years of its mine life at an average AISC of ~US$745.


Analytical services and sales of specialized software:
characterization of materials for metallurgical process control (bauxite, alumina, red mud, coke, pitch, anodes, electrolytic bath, potlining, AlF3, fluorspar, cast iron, Al-alloys, intermetallics, SiC, dross, iron ore, sinter, metallurgical slag, dolomite, limestone, Fe-alloys, clinker, cement, etc,…)
analytical chemistry testing (XRF, XRD, TGA, NMR, DSC, AAS, WCh, OES…automatic sample preparation)
development and transfer of analytical technologies; evaluation and commissioning of spectroscopic instrumentation
mineralogical (Rietveld) and elemental analysis of materials, training of personnel, quality assurance
strategic analytical consulting
implementation of analytical technology at client's site.


Rojone is a well-equipped, professional and progressive Australian owned & operated company. Established in 1981, today we occupy our own 2100-plus square metre office, store and production facility at Ingleburn, south of Sydney.
Rojone recognises that the mining industry requires highly reliable, ruggedised, intrinsically safe, communications links (voice, data and video). Rojone has built its reputation on delivering mission-critical communication-linking products that keep workers safe in some of the Australias most unforgiving climates. Our products are designed for use in harsh environments, and we tailor our products for the unique confines of each job. For the mining industry, this means we’ve created a hybrid assembly for streamlined cabling infrastructure, as well as bronze connectors to eliminate the risk of thermite reaction when deployed in underground mining operations.
Why Use Rojone Cable Assemblies
- Built to your exact requirements
- Reduce on-site time
- Reduced inventory holding
- Professionally assembled
- Fully tested


GL250 Core Drilling Rig
GL-250 Drill Rig is a new type of vertical shaft drill, which can be powered by diesel engine or electric motor .It is mainly used diamond drilling and tungstem-carbide drilling of solid bed .It can also be used in exploring drill and base or stake hole.
1.it is applicable to prospecting and exploration ,geophysical exploration ,road and building exploration ,and drilling works such as boring and blasting and various concrete inspection holes.
2.it adopts different drilling bits to so drilling works for different stratums ,such as diamond, alloy, steel shot, and steel drop drilling bits.
3.it can be used to drill 2-9 class sandy clay and basement strata.
4.when the finial hole diameter is 75mm,the rated drilling depth is 250m and the maximum depth shall not exceed 1.1 times the rated depth. The rated opening diameter is 110m and the allowable maximum opening diameter is 150mm.
1.with oil pressure automatic feed mechanism, it can improve drilling efficiency and reduce workers' physical work.
2.it adopts ball cassette clip to replace chuck and can perform non-stop rod reversing. It is easy to operate ,safe and reliable.
3.a pressure gauge is equipped at the bottom of a hole to grasp the condition of the hole.
4.the centralized handle is easy to operate and easy to maintain.
5.compact structure: drilling rig, pump and diesel engine are on the same base.
6.light weight and easy decomposition to quick to move, so it is applicable to plains and mountainous areas.
|1.Drilling depth (m)||250||200||170||150||120|
|2.Opening dia. (mm)||φ75||Φ110||Φ130||Φ150||Φ200|
|3.Finial hole dia.(mm)||75|
|4.Drilling rod dia.(mm)||50|
|5.Drilling angle range ( °)||70-90|
|6.Overall dimensions (L×B×H) (mm)||1700X1030X1270|
|7.Weight (exclude power unit) (Kg)||580|
|Spindle stroke (mm)||450|
|Lifting capacity (KN)||30|
|Feeding capacity ( KN)||23|
|Max. torque (Nm)||1700|
|Lifting speed (m/s)||0.18,0.30,0.54,0.86,1.3,2.3|
|Max lifting capacity (KN)||20|
|Cable dia (mm)||9.3|
|Drum dia (mm)||145|
|Brake dia (mm)||252|
|Brake band broad (mm)||50|
|Rating pressure ( MPa)||12.5|
|Power of rig||diesel||L28N|
|rating power (KW)||20|
|rating speed (r/Min)||2000|
|rating power (KW)||15|
|rating speed (r/Min)||1440|


Westmoreland’s Wyoming Kemmerer mine, the oldest open pit mine in the U.S., has more than 70 pieces of mining equipment spread across 13,400 acres all needed to be reliably and constantly connected to the mine’s WLAN network. Westmoreland wanted to improve the efficiency and profitability of the Kemmerer mine by enabling remote monitoring and maintenance, connecting the equipment and fleet management system, and extending internet access to all on-site workers and contractors.
The AP 7161 can be installed on vehicles such as shovels and backhoes that can pull information from the equipment and improve day-to-day management. It can lead to a dramatic reduction in shovel repair costs – engineers can perform most repairs remotely in less than an hour, compared to the average of two to three days.
“Our WLAN infrastructure has improved the mine’s operational efficiency, productivity and profitability, and it has given their mobile workers increased connectivity needed to excel in a tough environment,” said Imran Akbar, VP, Enterprise Networking Communications, Zebra Technologies.


Bentonite is a versatile clay mineral that is commonly used in various industries, including agriculture, construction, drilling, and more. And it is also helpful for fertilizer production. The process of bentonite production involves mining, processing, and manufacturing to create various bentonite products for different applications. Here’s an overview of the typical process of bentonite production:
Bentonite deposits are typically found near the surface and are extracted using open-pit mining methods. The mining process involves the following steps:
- Exploration: Geologists identify potential bentonite deposits through geological surveys and analysis.
- Site Preparation: Access roads and facilities are built to support mining operations.
- Drilling and Blasting: Holes are drilled into the earth, and explosives are used to break up the overburden and access the bentonite deposit.
- Extraction: The bentonite is excavated using heavy machinery and loaded onto trucks for transport to the processing plant.
Bentonite extracted from the mine is typically in the form of raw ore, which needs to be processed to remove impurities and prepare it for various applications. The processing steps of from raw ore to bentonite powder include:
- Crushing: Crushing raw bentonite ore into smaller particles to facilitate further processing. Click here to learn more.
- Drying: The crushed bentonite is dried to reduce its moisture content. This can be achieved using rotary dryers for bentonite or other drying equipment.
- Milling: The dried bentonite is milled into fine powder. This increases the surface area and makes it more suitable for various applications.
- Classification and Purification: The milled bentonite is classified to separate particles of different sizes. Some processes involve purification to remove impurities and undesirable components.
3. Manufacturing and Product Development:
Once processed, the bentonite powder can be used as is or further refined into various bentonite products based on the intended applications. These products can include:
- Sodium Bentonite: Used in drilling fluids for oil and gas wells, sealing ponds and landfills, and as a binder in iron ore pelletizing.
- Calcium Bentonite: Used in foundries for molding sand, as a binder in animal feed, and in cosmetics.
- Activated Bentonite: Used in various industrial applications, such as wastewater treatment, edible oil purification, and more.
- Bentonite Clay for Agriculture: Used as a soil conditioner and amendment in agriculture to improve soil structure and water retention.
- Bentonite cat litter: Make bentonite into cat litter is also an ideal choice.
4. Quality Control:
Throughout the bentonite production process, quality control measures are implemented to ensure that the bentonite products meet the required specifications and standards. This includes testing for particle size, moisture content, chemical composition, and other relevant properties.
It’s important to note that the specific processes and techniques used in bentonite production may vary depending on factors such as the type of bentonite, its intended application, and the manufacturer’s practices. Additionally, environmental considerations and sustainable mining practices are important aspects of responsible bentonite production. If you are interested in bentonite processing, you can visit https://www.manuremanagementplan.com/bentonite-processing-plant/ for details.


ACTON – Federal officials have asked for public comment on a mining company’s bid for a 20-year extension of its permit to draw clay from an Acton quarry. Because the North Star Minerals Inc. mine lies within the Angeles National Forest, the U.S. Forest Service has the final say on the company’s permit. The agency is collecting public opinions through May23. Under its plan, North Star would continue crushing and screening ore and hauling it onto Aliso Canyon Road. The proposal provides for maintenance of an auxiliary road, dust control on the road and at the quarries, restrictions on hours of operation depending on conditions, and reclamation of areas as they are mined. North Star’s original permits granted in 1991 will expire in December. The company wants to expand its work to mine 24acres over 20 years, 5acres at a time. So far, no opposition has surfaced, district ranger John Capell said. The quarries yield materials used in industry. Comments can be sent to Jonathan Schwartz, Santa Clara-Mojave Rivers Ranger District, 30800 Bouquet Canyon Road, Saugus, 91390. The proposal can be viewed at http//www.fs.fed.us/r5/angeles. For information, call (661)296-9710. 160Want local news?Sign up for the Localist and stay informed Something went wrong. Please try again.subscribeCongratulations! You’re all set!


|Mr L P Chihota (Chairman)|
RioZim Limited is a Zimbabwean company listed on the Zimbabwe Stock Exchange. The company focuses on mining.
RioZim was incorporated on August 29, 1956, as Rio Tinto Southern Rhodesia Ltd. It was set up initially to develop and mine the Empress Nickel deposit in the Midlands and was the first mining operation to be set up outside Europe by Rio Tinto plc.
RioZim separated from Rio Tinto plc in 2004 and became a wholly owned Zimbabwean company that produces gold, coal, toll refines nickel and copper. The company is listed on the Zimbabwe Stock Exchange (ZSE). Since its breakaway from Rio Tinto plc, RioZim has had an eventful number of years in which it launched new vision, mission and value statements as well as having some of its operations certified for quality and adherence to world class standards in occupational health, safety and environmental management.
A proudly Zimbabwean company that aims to become a large diversified regional company delivering sustainable shareholder wealth from natural resources.
To achieve success through:
- Optimization of existing business
- Exploration of opportunities
- Implementation of world-class operating standards
- A culture of success
- Recognition of our employees and communities
- High standards of HSE management
- Good corporate governance
Rio Zim has gold mines in Zimbabwe.
Renco Gold Mine
The Renco Mine is 100% owned by RioZim Limited. The mining rights are held through mining claims, a mining lease and a special grant covering a total area of 2 736 hectares. The mine is located in the South-East of Zimbabwe in Nyajena communal lands, approximately 75km southeast of Masvingo.
CAM & Motor Mine
Location: Kadoma, Zimbabwe
The Cam and Motor Gold Mine is the second project in RioGold’s operations. The mine is located in the Kadoma area of Mashonaland West Province, Zimbabwe with site covers an area totalling 1, 151 hectares.
Rio Base metals
Empress Nickel Refinery
Location: Kadoma, Zimbabwe
RioBaseMetals is comprised solely of the Empress Nickel Refinery, which it owns outright. The ENR operation is symbolic of RioZim’s journey from inception in 1956. The company initially started as a nickel and copper refinery and grew steadily with the purchase of the Cam and Motor mine in 1959, and the Sandawana Emerald mine in 1961, establishing itself as a major operator in the country. In 1964 the company’s attention returned to the ENR body when nickel prices firmed and in 1967 the company produced the first nickel refined on a commercial basis in the country.
Location: South-West Zimbabwe
Murowa Diamonds is a small-scale, efficient and viable open cast diamond mining operation. Operationally we continue to achieve record production performances. Some 473,000 tonnes of ore has been processed, with a record high of 367,000 carats recovered in 2011.
Sengwa Coal Mine
Location: North Western Zimbabwe
Sengwa started out as a JV Agreement between Rio Tinto Zimbabwe Limited and RTZ Mining & Exploration Limited, signed on 22 April 1994. The JV would focus on all activities directed toward ascertaining the existence, location, quality and quantity or commercial value of deposits or products at the Sengwa site. In 1994 RioZim Limited and Rio Tinto plc entered into an agreement to regulate their direct and indirect investments in Sengwa Colliery. In terms of that agreement, each of the parties acquired 50% of the issued and allotted shares in the company.


Location: Pilbara region, Western Australia
Duration: 2012 -2014
Fortescue Metals Group (Fortescue) expanded its operations in the Pilbara through the development of new mines within the Solomon Hub, constructing a new rail spur to the Solomon Mine and upgrading its existing rail mainline from Port Hedland to Christmas Creek
This project covered the rail formation earthworks for Fortescue’s Solomon Spur Project. The construction of 28.4 kilometres of rail earthworks was required which included; bulk earthworks (including drill and blast operations), installation of 4 kilometres of CSP culverts, construction of road crossings, signal pads, turnout pads and the re-construction of 1 kilometre of the existing Roebourne to Wittenoom road.
Photos courtesy of http://www.savagesurveying.com.au/projects/solomon-rail-spur/


Vancouver, British Columbia–(Newsfile Corp. – February 8, 2021) – STEVENS GOLD NEVADA INC. (CSE: SG) (OTCQB: STVGF) (FSE: 311) (the “Company” or “Stevens Gold”) is pleased to announce it has completed the staking of 72 new claims contiguous with the original Millennium Gold Property (the “Property”). The Property is located 4.8 km northeast of Lake Havasu City in Mojave County, western Arizona.
The new claims were staked to encapsulate high gold assays from rock samples described in historic exploration reports and results from a review of inhouse remotely sensed Aster survey data. An Aster survey is a satellite-based imaging tool that uses Short Wave Infrared (SWIR) bands to produce maps on a regional and local scale. Aster has three visible/near-infrared bands with 15 m resolution, six short-wave infrared bands at 30 m resolution and five thermal-infrared bands at 90 m resolution.
Results from the Aster survey documented patterns of bedrock alteration commonly associated with epithermal style gold mineralization. These included widely developed and focused areas of iron oxide, silicification and clay-rich alteration which were used to guide claim staking.
The acquisition of the new claims provides the Company with new exploration targets that can be followed-up with prospecting, rock sampling and geophysical surveys followed by drilling.
Claim staking was undertaken by North American Exploration under the supervision of David Morris.
The Property located in west Arizona is an early stage, underexplored low sulphidation volcanic-hosted epithermal gold deposit with geological similarities in style of mineralization and alteration to other nearby epithermal deposits including the Castle Mountain Mine and the Moss Mine. The presence of these and numerous other epithermal gold deposits in the general area of the Property indicates the district is fertile exploration terrain and has good potential for additional deposits. Exploration can proceed 12 months of the year and is adjacent to readily available amenities and hydro-electric power.
The Technical Report was prepared by Dr. Mark Fedikow, P.Geo., of Mount Morgan Resources Ltd. Dr. Fedikow is independent of Stevens Gold Nevada Inc., is a “Qualified Person” as defined by NI 43-101 and has reviewed all technical information in this release.
About Stevens Gold
Stevens Gold (CSE: SG) (OTCQB: STVGF) (FSE: 311) is engaged in the business of mineral exploration and the acquisition of mineral property assets in North America. Stevens Gold is exploring the optioned Millennium Gold property in Arizona. The Millennium Gold property consists of three State mineral leases totaling 1,920 acres and is in the general vicinity of the Oatman mining district where over 2 million ounces of bonanza-grade gold has been discovered and where Equinox’s Castle Mountain open pit gold mine is located, please see the Technical Report filed on SEDAR for more information.
ON BEHALF OF STEVENS GOLD NEVADA INC.
CEO, President, Director & Secretary
E: [email protected]
This news release does not constitute an offer to sell or a solicitation of an offer to buy any of the securities. In addition, the securities described herein have not been and will not be registered under the United States Securities Act of 1933, as amended, or the securities laws of any state and may not be offered or sold within the United States or to or for the benefit or account of U.S. persons, absent such registration or an applicable exemption from such registration requirements.
This press release includes forward-looking information within the meaning of Canadian securities legislation, concerning the business of Stevens Gold. Forward-looking information is based on certain key expectations and assumptions made by the management of Stevens Gold. In some cases, you can identify forward-looking statements by the use of words such as “will,” “may,” “would,” “expect,” “intend,” “plan,” “seek,” “anticipate,” “believe,” “estimate,” “predict,” “potential,” “continue,” “likely,” “could” and variations of these terms and similar expressions, or the negative of these terms or similar expressions. Forward-looking statements in this press release. Although Stevens Gold believes that the expectations and assumptions on which such forward-looking information is based are reasonable, undue reliance should not be placed on the forward-looking information because Stevens Gold can give no assurance that they will prove to be correct. Accordingly, readers should not place undue reliance on forward-looking statements.
Actual results may vary from the forward-looking information in this news release due to certain material risk factors described in the Corporation’s Annual Information Form under the heading “Risk Factors” and the failure to complete the Offering on the terms set forth herein in a timely manner or at all, the risk that regulatory approvals will not be received and the risk that changing circumstances will result in the proceeds being used in a manner other than as set forth herein. The Company cautions that the foregoing list of material risk factors and assumptions is not exhaustive.
The Company assumes no obligation to update or revise the forward-looking information in this news release, unless it is required to do so under Canadian securities legislation.
The Canadian Securities Exchange (CSE) has not reviewed and does not accept responsibility for the adequacy or the accuracy of the contents of this release.
To view the source version of this press release, please visit https://www.newsfilecorp.com/release/73777


Shenzhen Yinman Co., Ltd., established in February 2014, is located at No. 1, Sanheng Road, Jinxi, Waihai, Jianghai District, Jiangmen City. At present, the company has formed LED-related lighting products mainly based on LED industrial and mining lamps and floodlights, and large-scale production of related LED-related lighting products mainly based on solar energy products and emergency charging lamps. In terms of LED emergency charging, regardless of scale and technology Production capacity is absolutely leading. Up to now, the company has invested heavily in research and development, introduced a large number of top researchers in the LED lighting industry, and established a large R&D department. At the same time, we will strengthen the quality control and the updating and use of equipment for quality inspection to ensure that every product the customer receives is assured.


Imerys Performance Minerals will increase Calcium Carbonate, Kaolin and Mica prices in Europe effective December 1, 2010, or as current price agreements expire.
Calcium Carbonate products will increase 4-8%; Kaolin products will increase 4-8%; European Mica products will rise 4-8%; and U.S. Mica products will increase 4-10%.
Imerys Performance Minerals continues to incur significant escalation in mining, regulatory, fuel, power, chemical and packaging costs. Despite success with ongoing programs to improve productivity and manage overall costs, this price increase is required to invest in new products, technology and people.As a market leader in mineral products, Imerys is committed to offering its customers cost-effective and value-adding solutions to numerous formulations.
Each customer will be duly notified on a case by case basis of such increase in due course.


BOISE, Idaho (AP) — A Canadian mining company hoping to build an open-pit gold mine in Idaho west of Yellowstone National Park can resume exploratory drilling. The U.S. Forest Service on Friday announced it had approved Excellon Idaho Gold’s Kilgore Gold Exploration Project in the Caribou-Targhee National Forest in Clark County. The project had been halted following federal court rulings in 2019 and 2020 concerning potential harm to Yellowstone cutthroat trout in a stream. The new drilling plan pulls water from a different stream officials say doesn’t contain Yellowstone cutthroat trout. The company says the area contains about 825,000 ounces of gold.


In January 2015, El Soldado Mine (Anglo American) asked us for a solution to control dust emissions at the slag crushing plant, as the plant was stopped because of dust emissions.
We performed a test operation to identify the context, the level of energy released in the emission, how it was involved with the environment and the spaces available in the plant.
This first stage is relevant because it allows us to identify the magnitude of the more critical variables, and to design a solution incorporating the energy of the emissions. Once the energy level of the emissions and characteristics of the plant were recognized, cameras were designed to absorb the kinetic energy of the emissions, which would be connected to the mill and to the most critical points.
Subsequently, we complemented with the most appropriate retention system, in this case we defined wet system.
The results were optimal, just with the camera system we managed to control more than 80% of the emissions, which if we added the humidification system, this efficiency was even higher.