With the support of data center, data mining, expert decision-making and other core technologies of big data, Dandong Dongfang Measurement & Control Technology Co., Ltd. (DFMC) provides users in the field of metallurgy and mining with production control (MES) software products and development and implementation services of various optimization control systems. Underground mining MES, open-pit mining MES, mineral processing MES, production scheduling system, coking expert system, energy management and control system, ERP, etc. provide perfect solutions for enterprises to integrate logistics, workflow and information flow. All products provide core functions such as collaborative management, expert intelligent analysis, automatic report, early warning and traceability. It is an integrated software management and control platform based on information technology.


Outstanding performance to satisfy contractual promises
In 2018 a growing need for expert project managers in the mining support service industry led to the formation of Record Project Engineering (Pty) Ltd. Based in the Northern Cape we offer specialist project management services for repair and refurbishment interventions within the lifecycle of large earth moving machinery. Our service packages are grounded in well-established methodology with a team of project managers who have extensive technical knowledge comprised of 48 years of mining experience and 30 years of direct on-site project management.
At the intervention point of a machine’s lifetime changeout cycle our team will conduct a full survey of the machine and compile a thorough project plan. This includes provision of the resource pool and incorporates equipment, tooling, rigging material, multi-skilled artisans, engineers, and specialized maintenance project managers. All requirements for site establishment, inductions, authorisations and site-specific training are also included.
Continuous measurement of project status in combination with reports that provide an accurate reflection of project progress and forecast likely outcomes ensures that interventions are completed according to the timeline. We are committed to the utmost precision in on-time delivery. Our managers liaise closely with clients and are available 24/7.
We follow a risk-based approach and ensure strict adherence to all mining safety standards to achieve zero harm and continuous productivity.
We monitor the machine until our customers are satisfied and our contractual promise has been delivered.


Serbian climate protests were just the beginning | View
Last week, Serbian environmental protesters were successful in getting plans to allow Rio Tinto to mine one of Europe's largest lithium deposits suspended.
Post-COP26, all of Europe needs to move urgently towards the goal of obtaining 100 per cent of its electricity from renewables.
Serbia’s push to exploit its lithium reserves appears to be driven by the desire to place the country in a stronger strategic position in Europe in anticipation of the price of this natural resource climbing over the next decade.
We have already seen China showing an interest in moving into a position of access to global lithium supplies.
This lithium has never been mined, but its extraction is likely to start soon, and Czech lithium mines are seen as a great hope for the EU’s battery industry.
This is not just about electric cars.
This is because pumping electricity directly into the grid is wasteful.


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Itronics Inc., an emerging 'Cleantech Materials' growth Company that manufactures GOLD'n GRO Multi-Nutrient Fertilizers and produces silver, zinc, and critical and battery minerals recovered from industrial and mining waste, reported it has continued to adjust its planning to transform Itronics into a fully integrated Cleantech Materials Company whose future growth is expected to be strongly driven by the new Rock Kleen technology it is introducing.
After carefully studying the results of testing performed on silver/gold mine tailings, Itronics has recognized that the Rock Kleen Technology is able to recover metals, minerals, and nutrient materials from tailings generated by different types of mines. These now include silver/gold mines, copper mines, and certain iron mines. Such mines often have geochemical and mineralogical similarities and are frequently in similar rock types.
Itronics' subsidiary, Auric Gold & Minerals, has an iron mine tailings impoundment on the Auric Fulstone claim block adjacent to the formerly operating Minnesota Iron Mine in the Yerington mining district in Nevada. Preliminary analysis of two indicative iron tailings samples by an independent laboratory indicate the presence of valuable minerals, which, if recoverable, would become a valuable tailings resource for Itronics. The Company has made the decision to sell these Auric controlled tailings to be used as feed materials for the proposed Itronics Rock Kleen pilot plant. Sale of these tailings after Rock Kleen processing will generate revenues for the Itronics pilot plant and for Auric Gold & Minerals through the sale of various recovered metals, industrial minerals, and construction materials. The tailings have not yet been measured, but the quantity is expected to be quite large since they were generated by iron mining that took place between 1945 and 1965.
Itronics has been operating as a holding Company with two wholly owned subsidiaries, Itronics Metallurgical, Inc. and Whitney & Whitney, Inc. Itronics Metallurgical, Inc. manufactures the award-winning line of GOLD'n GRO chelated liquid multi-nutrient fertilizers, produces silver bullion by refining discarded printed circuit board assemblies (PCBA's), and does the company's R&D. Whitney & Whitney, Inc. provides technical and administrative services for the subsidiary companies and is leading the Rock Kleen Technology development. Itronics plans to activate Auric Gold & Minerals to become a tailings supplier to the Itronics Rock Kleen pilot plant. With this addition to its business plan, Itronics will become a fully integrated operating company that will be using its pilot plant to demonstrate that Rock Kleen Processing Technology can be used to profitably turn its own mine tailings into saleable goods. Itronics will monetize the tailings by turning their contents into cash through product sales. The Company expects that this will become a profitable operation.
Itronics has developed its portfolio of Zero Waste Energy Saving Technologies over the past 30 years. Itronics technological advances have been recognized by numerous international awards for Cleantech Technologies. Itronics is also recognized for advancing the Circular Economy through its technologies which produce a cleaner environment and maximize sustainability. Itronics technologies clean the environment and maximize sustainability by processing waste materials and converting 100% of these materials to salable goods. These are energy saving technologies because 100 percent re-use also saves a significant amount of energy. Itronics believes that its technology portfolio fulfills the objectives of the rapidly emerging ESG investing segment which is becoming a new investment force in the world.
Rock Kleen is a revolutionary technology that has the potential to be one of the greatest breakthroughs in mine tailings recovery processing. Billions of tons of mine tailings are produced throughout the world every year. Rock Kleen technology creates a commercial opportunity to profitably monetize mine tailings piles by turning mine tailings into saleable goods whose value exceeds the cost of processing. This is achieved by recovering or eliminating residual cyanide, nitrates, and acids, and by recovering residual metals in the mine tailings, including precious metals, base metals, and ferrous metals, plus mineral nutrients, industrial minerals, and construction materials. By targeting recovery of all the minerals in the tailings, the Company believes the value of the tailings will far exceed the value of the originally mined materials. Successful commercial development of Rock Kleen requires that a product marketing infrastructure at a meaningful scale be in place. The GOLD'n GRO fertilizers and the Printed Circuit Board Refining provide "Critical Path" marketing infrastructure that makes Rock Kleen possible. Specialty fertilizer markets take years to develop to large scale sales. It is critical to have some of these markets in place prior to starting Rock Kleen processing on a commercial scale. Nutrients recovered by specific Rock Kleen operations can be used as raw materials in specific GOLD'n GRO fertilizers for immediate sales once they are available. Itronics is currently expanding its GOLD'n GRO liquid fertilizer sales.
Similarly, the printed circuit board assembly refining operations are critical path technology to enable market access for some of the metals that will be recovered by the Rock Kleen process. Recovered metal bearing materials will be utilized as feed materials in the refining process and the metals will be recovered into the silver bullion produced by the refining process. It is critically important to have this technology operational at a suitable scale prior to starting commercial scale Rock Kleen processing. Taking this approach ensures that recovered metals can be sold when Rock Kleen processing is started. Itronics is currently operating its Printed Circuit Board Refining technology at a small pilot scale and is ready for scale-up.
An important objective of the proposed Rock Kleen Pilot Plant is to demonstrate at a small scale how the Rock Kleen Technology will perform. The pilot plant will also be used to test candidate tailings from different mining locations. The plan is to follow the pilot plant with construction of a demonstration plant that will initially utilize iron mine tailings from the Auric Fulstone project as feed materials, but that could be modified to process copper mine tailings available in the Yerington Mining District.
The overall approach to Rock Kleen commercial development that we are taking is designed to significantly reduce the start-up risk, and to greatly reduce the overall commercial risk of establishing this revolutionary technology at commercial scale.


The Jewelry Exchange, a Tustin-based jewelry manufacturer and retailer said it has acquired a mine with deposits of quartz and gold in the Twentynine Palms area of San Bernardino County.
The Gold-Stone mine is spread across three parcels of land totaling 60 acres. It first opened in 1942, but was shut down shortly after by the War Production Board, a government agency that supervised industrial production during the World War II. Gold mining was viewed as “non-essential” and workers were directed to mines involved in the production of metals needed for the war effort. The ban on gold mining was lifted in 1945, but the Gold-Stone mine never reopened.
Jewelry Exchange is owned by Goldenwest Diamond Corp., which also owns and operates under the names Jewelry Factory and the Jewelry Source.


Mitsui & Co., Ltd. ("Mitsui", Head Office: Tokyo, President & CEO: Masami Iijima), has agreed with Vale S.A. ("Vale") to participate in the Moatize coal mine project ("Moatize project") and the Nacala Corridor rail & port infrastructure project ("Nacala project"), which Vale has been operating and developing in Mozambique.
Mitsui will own a 15% equity interest in Vale's wholly-owned investment subsidiary that holds a 95% equity interest in the Moatize project, and own a 50% equity interest in Vale's investment subsidiaries that have been promoting the Nacala project. Mitsui's upfront payment amount for investment and loans is USD 450 million for the mine and USD 313 million for the infrastructure. The amount for the mine will be adjusted based on the future actual performance results of the Moatize project, so the final payment amounts could vary based on the conditions of the contracts.
The completion of the transaction is expected upon satisfaction of conditions, such as obtaining the relevant approvals and licenses including those given by local governments.
Moatize Coal Mine
Moatize mine is one of the largest and cost-competitive operating coal mines in the world as it has a huge coal reserve amounting to 690 million tons of metallurgical coal and thermal coal, and its coal seams are relatively near surface, which enables the large-scale open-cut operation. Vale began its production in August, 2011, and now exports coal via Sena railway from the Port of Beira, which is about 600km south of the mine. The annual production in 2013 was 3.8 million tons. Vale has now been expanding the annual production capacity of the mine up to 22 million tons, which is expected to be reached in 2016. The expected expansion cost is approximately USD 2.1 billion, part of which Vale has already paid, and Mitsui's future payment for the expansion cost on a pro rata basis is expected to be USD 190 million. Also, as the mine expansion mentioned above would produce more coal than Sena rail and port capacity, there is a plan in the Nacala project to construct new infrastructure, which enables shipments from the Port of Nacala, which is located 912km east of the mine.
Since its participation in the development project of Moura coal mine (currently called Dawson mine) in Australia in 1963, Mitsui has diligently committed itself to securing and enhancing the stable supply of coal centered on Japanese customers. Moatize mine is the first mine that Mitsui has participated in since 2004, and it is a durable and excellent resource asset that will provide the diversification of our supply sources and enhancement of our coal business revenue base. Also this Moatize/Nacala project is an integrated project that covers the development of the transportation and port infrastructure, which is essential for the whole coal business operations, from mining development to the shipments of the coal.
Nacala Corridor Rail & Port Infrastructure Project
The Nacala project requires the upgrade of the 682km existing rail line, which runs across Mozambique and Malawi, and the construction of the new 230km rail line and new construction of a coal terminal in the Port of Nacala and development of general commodities terminals. By managing such infrastructure effectively, its railway transport annual capacity is planned to increase gradually up to 22 million tons, the port's coal shipping capacity is designed to 18 million tons annually and general commodities shipping capacity is expansible to 4 million tons annually. The total construction cost is expected to be approximately USD 4.4 billion, and part of the cost is planned to be funded with project finance from public financial institutions overseas and Japanese banks.
This Nacala project will handle a large part of the coal transportation of the expanded Moatize mine based on the long-term contract. Therefore, stable revenue can be expected. Also, part of the transport capacity of the rail line is planned to be utilized for general cargo other than coal, such as other minerals and agricultural products produced as well as for passengers. In addition, the rail line and port shipping capacities have room for further expansion should there be a future increase of the demand.
Our plans for equity participation in the Moatize project and the Nacala project are classed as growth investments in the Key Strategic Domains of "mineral resources and materials" and "infrastructure", under the cash flow allocation policy defined in our New Medium-Term Management Plan, which was announced in May 2014.
Vale, with which we have signed a strategic alliance agreement, has knowledge and experience accumulated through its involvement in the integrated operation of large-scale iron ore mines and rail and port infrastructure in Brazil. In addition, Vale and Mitsui are jointly running a general freight transportation business through VLI S.A. We are confident that we can maximize the value of the Moatize and Nacala projects by utilizing our knowledge in these areas, and by working with this excellent partner.
Mitsui regards Mozambique as a corporate priority region because of its potential growth as one of Africa's leading resource-producing nations. Our policy toward Mozambique emphasizes business activities that contribute to national development and economic growth that are mutually beneficial. We are already implementing a large-scale gas field development in Mozambique.
Coal from Moatize will be a major export product for Mozambique. Together with the Nacala project to improve transportation infrastructure in Mozambique and Malawi, the mine is expected to make a significant contribution to economic development in both countries. We will continue to contribute to development and growth, not only in Mozambique but throughout Africa, by using infrastructure created through these projects as the foundation for efforts to develop related business activities in this region.
|The holding company of Vale and Mitsui: 95%
(Vale's subsidiary: 85%, Mitsui's subsidiary: 15%)
Empresa Moçambicana de Exploração Mineira (EMEM): 5%
|Tete state, Republic of Mozambique
|22 million tons/annual
Nacala rail & port infrastructure business
|Purpose of the business
|The transport and shipment of coal, general commodities and passenger
|Total length : 912km
Transport capacity : 22million tons/annual
|Loading capacity : 18million tons/annual
|General cargo terminal
|Loading capacity : 4million tons/annual
|The holding company of Vale and Mitsui: approx. 70%
(Vale's subsidiary: 50%, Mitsui's subsidiary: 50%)
Mozambican company and
Portos e Caminhos de Ferro de Moçambique (CFM): approx. 30%
This announcement contains forward-looking statements. These forward-looking statements are based on Mitsui's current assumptions, expectations and beliefs in light of the information currently possessed by it and involve known and unknown risks, uncertainties and other factors. Such risks, uncertainties and other factors may cause Mitsui's actual results, financial position or cash flows to be materially different from any future results, financial position or cash flows expressed or implied by these forward-looking statements. These risks, uncertainties and other factors referred to above include, but are not limited to, those contained in Mitsui's latest Annual Securities Report and Quarterly Securities Report, and Mitsui undertakes no obligation to publicly update or revise any forward-looking statements.
This announcement is published in order to publicly announce specific facts stated above, and does not constitute a solicitation of investments or any similar act inside or outside of Japan, regarding the shares, bonds or other securities issued by us.


Champion Iron Initiation Report
Champion Iron (TSX:CIA, ASX:CIA) is an iron ore producer operating the 7.4 Mtpa Bloom Lake mine in Quebec. Champion purchased Bloom Lake out of bankruptcy at the very trough of the commodity cycle in December 2015, when iron ore was hovering around US$38/t and the mine was placed on care & maintenance. The prior operator, Cliffs Natural Resources, acquired the asset for C$4.9 billion in 2011. Champion paid a grand total of C$10.5 million (plus assumed liabilities totaling C$42.8 million) for a 63.2% stake, the remaining held by Ressources Québec a Quebec government sponsored entity. The company purchased the remaining stake in 2019 for C$211 million and now owns 100% of Bloom Lake.
Following the completion of a Feasibility Study in February 2017, Champion brought the mine back into production in February 2018, and declared commercial production by June. Importantly, the restart was completed ahead of schedule and within budget.
The good timing was not merely luck, but the vision of Executive Chairman Michael O’Keeffe, an Australian with a long track record of creating shareholder value. In his prior stint at Riversdale Mining (ASX:RIV) from 2004 to 2011, the company grew from a $7 million African coal explorer to an eventual buyout offer from Rio Tinto for $4 billion.
You can read Michael’s bio here. No doubt Michael did his due diligence before setting his sights on Bloom Lake.
The Bloom Lake property is located on the south end of the Labrador Trough, approximately 13 km north of Fermont, Quebec, and 10 km north of the Mount-Wright iron ore mining operation of ArcelorMittal Mines Canada. The mine is an open-pit truck and shovel operation with a concentrator. From the site, iron concentrate is transported by rail, initially on the Bloom Lake Railway, to a ship loading port in Sept-Îles, Quebec.
This access to infrastructure is important, as transportation costs take up a big chunk of the freight on board (FOB) realized price.
At a time when capex spending was falling across the sector, Champion moved counter-cyclically. Being contrarian looks impressive in hindsight, but it also meant the financing came with a steep price tag – the company had to pay interest rates as high as 14.75% on its credit facilities to fund mine re-start. As cash flows started coming in, the company retired the more expensive debt and substituted it with less expensive debt. A sharp rebound in global iron ore prices meant the company was gushing cash, with net income margin going from under 12% during its first year of production to an all-time high of 39% for the most recent half-year period.
Investors seem not to have noticed, or perhaps have been spooked by the news on China limiting steel production in order to curb emissions and conserve electricity. Iron ore prices have roughly halved since June mainly due to this fear. If China is indeed focused on curbing emissions, that’s actually a positive for Champion. The company makes iron ore with higher iron content (66.2%). The higher quality of ore cuts emissions by 10% as compared to the benchmark. Also, the company is working on making pellet feed concentrate grading over 67.5% iron, which could be used in electric arc furnaces to potentially lower emissions by as much as 50% compared to traditional blast furnaces.
In other words, if China wants to ‘go green’, Champion’s iron ore will be in high demand. The company already earns a premium for its ore quality. China FUD aside, global steel output is still growing quite strongly.
But let’s just assume iron ore stays at US$100/t for the company’s next 6 month period (Q4 2021-Q1 2022). The company earns a slight premium for quality. This is how the numbers look:
Values in CAD
OI Margin (%)
NI Margin (%)
Operating cash flow
Realized Price (C$/dmt)
Cash Cost (C$/dmt)
*Note: the company’s financial year ends with the March quarter.
**dmt: dry metric tonnes.
At current share price of C$4.01 (as of 12/1/2021), the company is trading at a PE of 4 even assuming the worst case scenario of iron ore prices not recovering. To add more context: if we assume status quo iron ore prices over the 20-year life of mine, 66 cents in earnings per share at a 5% discount implies a share price of $8.23.
The company is working on the Phase II expansion which will double capacity to 15 Mtpa from current nameplate capacity of 7.4 Mtpa (yes, the company is currently producing 8 Mtpa, slightly above nameplate capacity). Phase II will be complete by mid-2022, following which the company will deliver a Feasibility Study on the newly acquired Kami project. Kami is located a few kilometers beside Bloom Lake and has a historical resource estimate of 1275 Mt. This could potentially be the next growth driver. The company also has other prospects nearby, the most advanced being the Consolidated Fire North project hosting a historical resource estimate of 694 Mt and located 60 kms from Bloom Lake.
The availability of rail and port infrastructure in the area is a huge plus since it removes a major barrier to scaling up exports.
This is a company that is cheap by traditional valuation metrics, while simultaneously being 6 months shy of doubling its production and revenue once Phase II kicks in. The combination of growth and value makes it an extremely compelling speculation, even though I expect shares to take a beating during tax-loss season.
Key shareholders, as of April 27, 2021:
Bloom Lake Phase II feasibility study: https://newsroom.championiron.com/2019-06-20-Champion-Iron-Announces-an-After-Tax-IRR-of-33-4-in-Feasibility-Study-for-the-Phase-II-Expansion-at-Bloom-Lake


FRANKFORT, Ky. (Oct. 30, 2018) – Gov. Matt Bevin has declared Oct. 30, 2018 as Mine Rescue Day in Kentucky in honor of all mine-rescue team members who risk their lives performing rescues during mine emergencies.
As Gov. Bevin noted in the proclamation, Kentucky is home to the nation’s second largest number of coal miners and employs 12.1 percent of the nation’s miners, all of whom depend on mine rescue teams in the event of a mine disaster.
Department for Natural Resources Commissioner John Small praised the 64 mine safety specialists, all of whom are trained to perform mine rescue work. “I’m proud of the people who train hard and prepare to do this at the potential risk to their own lives,” Commissioner Small said.
Mine safety specialists remove risk from the workplace as well as provide mine-rescue coverage to all Kentucky mines. They do this through miner training and education, as well as through, hands-on observations.
Effective July 1st 2017, a legislative change has allowed the DMS to become more proactive in its continuing mission of keeping miners safe. Since the Mine Safety Law took effect, mine safety specialists are in Kentucky mines more than ever, assisting both miners and mining companies.
In the first six months of 2018, DMS mine safety specialists performed 1,654 on the job observations contacting 27 percent of Kentucky’s miners about risk in the workplace. When a safety issue was found, the risk was discussed with the miner and a solution was found to make the workplace safer.
DMS also distributed emergency awareness bulletins and safety alerts that provide information to miners and companies that can be used in safety meetings or “tool box” talks.
“We ask all Kentuckians to acknowledge these individuals who work to make miners and mines, safer so that all Kentucky miners go home to their loved ones each and every day,” said Jim Vicini, director of the Division of Mine Safety.


Clean V Power Mine Project
Two off-grid northern Canadian mines already use renewable green energy. Favourable wind speeds and moderate solar, can be coupled with efficient and scalable VRB batteries that are best suited for renewable energy storage. The possibility of wind-and solar generated electricity is worth further assessment.
Successful projects adjacent to North America's most significant vanadium resources
The Rio Tinto NYSE:RIO/Dominion Diamond TSX:DDC Diavik diamond mine in the Northwest Territories generates all its electricity from two diesel plants and a four-turbine wind farm operating since 2012. Since 2014, Tugliq Energy owns and operates a wind turbine that augments diesel power at Glencore’s Raglan nickel mine in northern Quebec.
Tugliq Energy owns and operates this wind turbine for Glencore’s Raglan mine. (Photo: Tugliq Energy)
Watch a Tugliq Energy video showing its Raglan wind project under construction


N. Eric Fier CPG, P. Eng, Principal Consulting Engineer/Geologist
Mr. Fier has over 25 years of international experience in a senior capacity including exploration, acquisition, development and production of numerous mining projects in Brazil, Chile, Honduras, Mexico, and Peru. His extensive experience includes project evaluation and management, reserve estimation and economic analysis as well as operations management. Mr. Fier is Chief Operating Officer of SilverCrest Mines Inc. and President of Minera Pacific Inc. and has been Chief Geologist with Pegasus Gold Corp., Senior Engineer and Manager with Newmont Mining Corporation and Project Manager with Eldorado Gold Corporation.
Mr. Fier's experience with coal includes Goodrich in Tumbler Ridge, British Columbia; Decker Coal in Powder River Basin, Montana; contributed to a feasibility study on a coal mine in British Columbia and consulting with Snowden on a thermal coal project in Australia.


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Mthwakazi Brands Mining (T/A AmpMart Pvt Ltd)
This was our very first business venture, which we created in January 2022. Funding began in January 2022, and completed ahead of schedule during the 3rd week of May 2022.
On-the-ground operations began on the 1st of May 2022, many months ahead of schedule.
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In the long run, the venture is expected to grow and expand both Vertically and Laterally into other minerals and beneficiation activities.


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Outstanding Features of Impact Crusher Impact Crusher is specifically designed to withstand the abuse of grinding of abrasive materials. Heavy duty replaceable abrasion resistance wears plates in mill top. Heavy duty hard faced or heat treated hammers. Heavy duty rotor assembly. Rugged bar screen or thick perforated metal screens to size materials.
HORIZONTAL SHAFT IMPACT CRUSHERS | GELEN
horizontal shaft impact crushers GELEN impact crushers provide high performance in all stages of crushing with their unique designs. The robust rotor production high quality wear parts and well engineered chamber design are the key factors of the GELEN quality in impact crushers.
US7942356B2 - Horizontal shaft impact crusher - Google Patents
Horizontal shaft impact crushers are utilized in many applications for crushing hard material such as pieces of rock ore etc. A horizontal shaft impact crusher has an impeller that is made to...
Fertilizer crusher machine | npk crusher | Fine pulverizer ...
And for your urea compound fertilizer granules making line we have urea fertilizer pulverizer for making powder and granulate conveniently. If your materials are straws this crusher will be the most suitable machine. You can use it for pulverizing the straws and then add into the compost for adjusting the moisture content.
Inside of Horizontal Shaft Impact Crusher - YouTube
Awesome video shot with a super high-speed camera of the inside of a Hzaemag Horizontal Shaft Impact Crusher


An archive photo of the Makhado Project.
Date: 01 November 2018 By: Andries van Zyl
MC Mining confirmed the conclusion of their first off-take agreement for hard coking coal at their Makhado Project just north of the Soutpansberg this week.
In a press release issued on Tuesday, the mining company said that the coal purchase agreement was reached between a subsidiary of theirs, Baobab Mining and Exploration (Pty) Ltd (Baobab), and Huadong Coal Trading Center Co (HDCTC), a Chinese state-owned enterprise and a subsidiary of the Chinese Forestry Group Corporation.
According to the three-year take-off agreement, the Makhado Project will have to supply a minimum of 400 000 tonnes of hard coking coal per annum to the HDCTC. That is more than half of the Makhado Project’s annual production of 800 000 tonnes of hard coking coal. Apart from the expected 800 000 tonnes of hard coking coal annually, the Makhado Project will also produce between 900 000 and 1 000 000 tonnes of export-quality thermal coal. “The agreement confirms the quality of the Makhado hard coking coal and international demand for the product and represents another significant step in the development of the Makhado Project, which will generate significant employment opportunities in the Limpopo Province,” reads MC Mining’s press release.
Under the terms of the agreement, the first supply of hard coking coal is due 18 months after construction of the Makhado Project commences and is subject to several conditions. This includes Baobab’s confirming by 1 April 2019 that it has secured enough funding for capital, mining and operations at the Makhado Project, extendable by 12 months. Another condition is the commencing of site works at the Makhado Project by 30 June 2020. The deal is also subject to the two parties’ obtaining all the necessary internal and regulatory approvals.
According to MC Mining, it is envisaged that the coal will be sold free-on-board at the Matola Terminal in Maputo, Mozambique. It is anticipated that the balance of Makhado’s coking coal production (not sold to HSCTC) will be sold domestically.
“The signing of the first hard coking coal agreement is a significant step for Makhado, reaffirming its world-class coal qualities and international appetite for this type of coking coal,” says MC Mining CEO Mr David Brown in the press release.
Brown says that South Africa is a traditional producer of thermal coal with no significant hard coking coal being produced currently, which results in producers’ having to import the commodity. “Makhado’s coking coal has the necessary attributes to replace some of these imports, whilst the development of the project will generate employment opportunities in the Limpopo Province and make a positive contribution to the national balance of payments,” says Brown. “We are currently progressing negotiations with other potential domestic customers for the balance of the Makhado hard coking coal, positioning MC Mining as South Africa’s pre-eminent producer of high-grade metallurgical coal,” says Brown.
Andries joined the Zoutpansberger and Limpopo Mirror in April 1993 as a darkroom assistant. Within a couple of months he moved over to the production side of the newspaper and eventually doubled as a reporter. In 1995 he left the newspaper group and travelled overseas for a couple of months. In 1996, Andries rejoined the Zoutpansberger as a reporter. In August 2002, he was appointed as News Editor of the Zoutpansberger, a position he holds until today.


Global Mines and Minerals FZE is a pioneer when it comes to the provisioning of mining services. We have expertise in studying your geographical data and can help you in maximizing the returns on your investments by taking strategic steps towards maximizing your production and reducing the costs. Large, medium or a small mine, we have the ability to carry out various types of mining studies. From exploration to resource estimation and planning to exploitation, our services cover all aspects of business intelligence required for the successful running of any mining operations.
Specific Services Areas Include:
- Preparation of feasibility studies
- Short & long term mine planning
- Processing of minerals
- Mining operations, economics and financial modeling
- Estimation of resources and consequently reserves


CPC Engineering is an engineering design, construction and maintenance group of companies providing professional services to the resources and infrastructure sectors.
CPC’s mission is to become the leading mid-tier provider of engineering services to the resources and infrastructure sectors. CPC is committed to forming long term relationships with our clients by engaging with them in an open and honest manner; and delivering what we promise. The CPC group of companies has been in existence for over 40 years, and this simple philosophy forms the basis for our continuous growth and success.
Engineering Design and Project Management
CPC’s project design division is located in West Perth and is a multidiscipline engineering design, procurement, construction and project management team which has developed a reputation for delivering practical and cost effective services to the resource industry.
The team has extensive greenfield and brownfield project knowledge from initial concept and feasibility stage through to project management and project execution.
Construction, Fabrication and Maintenance
CPC employs in excess of 300 personnel including Supervisory and Technical staff, Mechanical and Civil Tradespersons, Scaffolders, Crane Operators and Apprentices across four operations in Western Australia:.
- Port Hedland
CPC can provide professional, efficient and cost effective construction, fabrication and maintenance services to companies operating both within Australia and offshore.
CPC Engineering is a proud member of the ‘Australian Mining and Metals Association’, ‘The Chamber of Commerce and Industry’ and ‘The Chamber of Minerals and Energy of Western Australia’.


When Dora is told that miners at the local coal pit are on strike and that they have left their pit ponies below, she decides to interfere despite being warned not to intensify a delicate situation, but Dora can't stand by and do nothing.
Did You Know?
Filming of the colliery scenes was done at Thornhill Colliery near Dewsbury, although it was decided that it was too dangerous to take electrical equipment such as cameras, microphones and lights underground where there may be flammable gas, so a replica set for the coal face was built on the surface alongside the pit head. However scenes of Dora going down in the pit lift were filmed in the real colliery lift. See more


Sun Conveyor Belts
Abundant range of conveyor belts with plain woven, multi-layer canvas
- Available in a variety of specifications and sizes to suit customer needs
- Nylon canvas is standard, and the belt has excellent resistances to impact and bending
On-site and in-factory conveyance and transport of crushed rock, aggregate, sand, limestone, ore, etc.
Belt strength (N/mm): 100, 125, 160, 250, 315, 400, 500, 600, 800, 1000, 1250, 1500
Cover rubber type: JIS (P, G, S, A, L, D, H), super abrasion-resistant, weather- and impact-resistant


“It was an instant marriage”: Omnicomm launches joint activities in South Africa
Omnicomm, one of the leading developers and manufacturers of fuel monitoring solutions and other equipment for fleet management needs, has presented its products at the key mining industry show on African continent – Electra Mining Africa 2014. The main goal of participation in the show was to discuss the new projects the company has launched in the region with Omnicomm’s new partner – the local company National Electronic Distributors (NED).
Electra Mining Africa, the second largest mining show in the world with global recognition for its broad reach across mining, construction, industrial and power generation industry sectors, once again proved its status as a world-class event by attracting high numbers of key players to showcase the latest trends in products, services, technologies and trends. The event held once in 2 years is supported by the Chamber of Mines of South Africa. Omnicomm equipment, fuel level sensors as well as complete fleet management solutions attracted attention among representatives of mining and machinery, energy generation and transmission companies; electrical and construction.
There are a lot of mines in Africa. After the end of genocide exploration of mines was ranked as one of the main priorities for industry development in South Africa. Mining industry is one of the key spheres where transport telematics equipment is applied. With huge size of special machinery, fuel tanks of large volume, the economy from precise fuel monitoring equipment application can reach millions of dollars a year. That is why Omnicomm sees African mining market as a big potential, the demand ever increasing.
Earlier in August Omnicomm Technical Support Team conducted several test installations of equipment for one large company which is engaged in coal mining. Omnicomm complete FMS, i.e. Omnicomm LLS fuel level sensor + Profi GPS Tracker + Software were fitted in test-mode inside various types of machinery: a tip-truck, a caterpillar, an excavator and bulldozer.
“NED”, the company specializing in telematics solutions, has been searching for reliable partner-manufacture of high-quality FM equipment to run business together for over 4 years. Now the two companies have become official partners. “After many years of local development and trying to find a product which would perfectly suit our needs we eventually came across Omnicomm, which has the technology, the support, the structure. It was an instant marriage. We are very excited to find such partner”, - Mr. Paul Nel, NED Representative comments. Omnicomm and NED have launched several big projects now.
“With other projects to follow, at the moment we are conducting a fairly large project in rural area, installing Omnicomm equipment on mining vehicles. Another large project is in Victoria Area. We are installing equipment in a storage solution with distribution system. All these activities keep us very excited and busy”, - he concluded.
September 19, 2014


While we know that 5G technology has a vast set of potential ranging from low-latency networks to incredibly fast download speeds and cloud computing, we have yet seen the full potential of the said technology. A mining company in China, however, has a very good use case for 5G: letting miners control vehicles and machinery remotely at the comfort of their home.
You’d probably think that it is impossible to control heavy machinery remotely, but the mining production at Sandaozhuang Mine in Luanchuan County prove otherwise.
In a series of photos shared by CCTV, miners are seen not in heavy machinery, but inside a room that is full of controls and large panels displaying the situation outside as if they are sitting on the actual heavy vehicles. To make such feat possible, China Molybdenum has been utilizing 5G since last year and is ready to showcase a possible use case for it. China Molybdenum’s demonstration of remote mining work using 5G’s high speed and low latency infrastructure might prove to be crucial especially with the new normal, where people try to refrain from going out to prevent the spread of COVID-19.
The result? heavy machinery operating anonymously on the field, all being controlled by miners stationed at a control room.
While this showcases China’s progression with technology, we still do not know what are the limitations of 5G technology at this point. Whatever the case may be right now, China Molybdenum’s demonstration shows a bright future for 5G.


Converting operational data into management information to optimise organisational performance across all levels of the operation
From a mining engineering perspective, I am well-experienced in the Project Development-, Mining-, and Transport processes under the Core Business Processes. I am also well-experienced in the Occupational Health, Safety & Environment processes associated with the Support Business Processes in the mining value chain.
I am an experienced mining engineer with 28 years of experience in shallow-, deep-, and ultra-deep underground mining environments in the South African mining industry. My key focus areas include data analysis for business improvement, project management, feasibility studies, and operations management.


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Aug 01, 2019 · Mobile crusher plant mainly has two mobile types including the tire type and crawler type in our company. Our firm can offer many different types with mobile jaw crusher plant, mobile impact crusher plant, mobile cone crusher plant, mobile screening plant and others. It mainly is used in metallurgy, chemical industry, building materials, water
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After reviewing the gold and diamond deposits the author discusses the economic impact mining was having on South Africa. Les Mines de Diamans du Cap The Diamond Mines of the Cape M. Desdemaines-Hugon Revue des Deux Mondes Vol. 3 Pt. 3 pp. 569-600 1874 .
The Cullinan diamond mine is lo ed in the Gauteng province of South Africa. The site is situated 40km east of Pretoria in Cullinan. The diamond mine is also known as Premier mine. The open-pit mining at the Cullinan diamond mine began in 1903. It is one of the major sources of blue diamonds in the world.
Our global approach to diamond mining spans two continents and four countries – Botswana Canada Namibia and South Africa. Diamonds offer huge economic and social benefits for the countries where we operate.
South Africa - South Africa - Diamonds gold and imperialist intervention 1870–1902 : South Africa experienced a transformation between 1870 when the diamond rush to Kimberley began and 1902 when the South African War ended. Midway between these dates in 1886 the world’s largest goldfields were discovered on the Witwatersrand. As the predominantly agrarian societies of European ...
Diamond miners were memorialised in the Diggers Fountain which you can find in Kimberley. I nstalled at the Ernest Oppenheimer Memorial Gardens in 1959 Herman Wald’s bronze sculpture portrays five men holding up a diamond sieve. Mining in South Africa continues to transform the country to this day.
Mining in South Africa was once the main driving force behind the history and development of Africa& 39;s most advanced and richest economy. Large-scale and profitable mining started with the discovery of a diamond on the banks of the Orange River in 1867 by Erasmus Jacobs and the subsequent discovery and exploitation of the Kimberley pipes a few years later.
Kimberley mine in 1873 only a few years after the digging for diamonds started Discovery of Gold and Diamonds in South Africa When gold was discovered in the eastern Transvaal Pilgrim’s Rest Mac-Mac Waterfalls and Barberton a similar process took place. New towns were established to accommodate the huge influx of people.
Alluvial Pumps boast over 30 years of experience in design and building gold dredging and diamond dredging / mining equipment. This along with continuous product redesign and testing makes Alluvial Pumps your best choice when deciding on a South Africa based Company for alluvial diamond dredging and gold dredging / recovery equipment.
Gold and Diamonds in South Africa. Kimberley mine in 1873 only a few years after the digging for diamonds started Discovery of Gold and Diamonds in South Africa When gold was discovered in the eastern Transvaal Pilgrim’s Rest Mac-Mac Waterfalls and Barberton a similar process took place.
South Africa was once the top gold producing nations in the world. The deepest mines in the world are lo ed in South Africa. Gold and Diamonds are some of the main resources produced in the country and commercial mining activities are increasing with the rise in gold price.
Other Famous Diamond and Gold Mines. Some other diamonds mines are: Vatukoula- Vatukoula is the largest producing gold mine in Fiji and has been in operation since 1933. The mine has produced over seven million ounces of gold in its seventy-five years of operation. Panguma- The Panguma area spans 5400 hectares in eastern Sierra Leone.
The rock was found to contain both gold and diamonds—a rare combination similar to that found in the world’s richest gold deposit in South Africa. Image courtesy of the University of Alberta .
Kimberley South Africa is home to the world’s largest diamond mine also known as the “Big Hole.”Dug by humans and so large it is visible from space the pit has yielded some of the world’s largest diamonds and made the De Beers name famous worldwide.
Anglogold Ashanti Savuka Mine Carletonville South Africa; Agnes Gold Mine Barberton 1300; Diamond mining in South Africa. Diamond is probably one of the most valuable minerals in South Africa. Being a valuable and majorly sought after precious stone it is interesting to note the where the major diamond mines in South Africa are lo ed. 1.
South Africa - South Africa - Gold mining: Prospectors established in 1886 the existence of a belt of gold-bearing reefs 40 miles 60 km wide centred on present-day Johannesburg. The rapid growth of the gold-mining industry intensified processes started by the diamond boom: immigration urbanization capital investment and labour migrancy. By 1899 the gold industry attracted investment worth ...
Gold more so than diamonds; revolutionized South Africa from an agricultural society to become the largest gold-producer in the world. Later more gold mines were discovered further south and east of South Africa extending for miles underground resulting in ‘an endless treasure of gold’.
South Africa Table of Contents. South Africa& 39;s modern history has often been dated from the first commercial mining of diamonds and gold in the 1870s and the 1880s when the region became a magnet for European investment see Diamonds . Mining in the region predated European arrivals by several centuries however as the new government recalled ...
According to Tripadvisor travelers these are the best ways to experience Cullinan Diamond Mine: Tour the Cullinan Diamond Mine From $118.32 Cullinan Diamond Mine underground Day Tour from Johannesburg From $137.54 Pretoria and Cullinan Tours-Full Day From $102.57 Diamond Mine Tour From $130.63 Pancakes and Diamonds Tour From $62.79
In the 20 th century the large gold mines on the West Wits line were established and towns like Carletonville and Klerksdorp became important and busy centres around the world-famous gold mines: Kloof Driefontein and Western Deep Levels. For many years South Africa was the world’s primary gold producer.


Do you need minerals suppliers? Are you thinking of investing in the mining sector? Get to know the best mining companies in Rockingham
Depending on the economic activity of your company you might be interested in getting in contact with any particular mining company. In Rockingham, there are some of the best mining stocks and you can also be interested in investing money.
As you see every time that there are mining news, health and safety are two very important factors to take into account when we want to invest our money in a company. Working in the mines involves lots of risks for the employees and the mining company should take care of it and even provide mining training if they want to have good reputation and avoid crisis.
There are different mining methods. As a resum, you can find companies who carry out surface mining or underground mining companies. The basic difference is that with the first method, materials above the mineral deposit are removed instead of taking out the minerals throughout tunnels as it happens with underground mining.
In Rockingham, there are large mining companies which works with different methods, materials and stocks as well as more specialised ones such as silver mining companies. Other materials usually extracted in Rockingham are: platinum, ferrous, coal, copper and gold.
As well, some of them are working in the exploration of new deposits. They are commonly called junior mining companies and they are a great bet.
Where to find the best mining companies in Rockingham
At Infoisinfo we always work hard to be able to show you where to get the best products and services whatever your needs are. This time we want to help you if you are interested in the mining industry. That is why we’ve prepared a list of the best mining companies in Rockingham that offer great mining services all around the country. Thanks to our directory you will find from gold mining companies to shaft mining, among many other types of mining. Contac details such as phone number, address or website are available, as well as comments and valuations from other clients.
Mining Company - Rockingham
1 - Catmodels - Rockingham
Unit 4, 11 Day Rd, Rockingham,WA, 6168, Rockingham. Rockingham. WA.
The current and ever-changing range includes over 130 die-cast replica models in 1:16 1:25 1:32 1:87 1:64 and the most popular… 1:50 scale. All models are highly detailed, forestry,…
2 - TIS Recruitment - Rockingham
11 Council Ave, Rockingham, WA,6168, Rockingham. Rockingham. WA.
Through TIS Recruitment’s extensive mining recruitment process, clients are assured their staff placements will match the requirements needed for the specified resource or mining job.…
3 - Geostar Mobile Solutions - Rockingham
34 Tesla Rd, Rockingham, WA,6168, Rockingham. Rockingham. WA.
Categories related to our business: mobile and relocation services. Mobile solutions, mining accommodation, utility units, mobile accommodation, portable mining accommodation…
4 - Top Dog Personnel - Rockingham
Unit 10, 8 Day Rd, Rockingham,WA, 6168, Rockingham. Rockingham. WA.
Our company's categories are earthmoving and road construction. We only employ earthmoving personnel and as a spcialised agency we pride ourselves on the quality of our personnel.
5 - Wagss Grouting Systems - Rockingham
PO Box 5254, Rockingham, WA,6168, Rockingham. Rockingham. WA.
6 - Msi Miners Solutions & Innovations - Rockingham
19 Mcguire Mews, Rockingham, WA,6168, Rockingham. Rockingham. WA.
7 - Sutherland Mining - Rockingham
By Appointment, Safety Bay, WA,6169, Safety Bay. Rockingham. WA.
8 - Global Planning Services - Rockingham
56 Ridge Blv, Baldivis, WA,6171, Baldivis. Rockingham. WA.
9 - Incycle Shotcrete Pty Ltd - Rockingham
Level 1 21c Dixon Rd,Rockingham, WA, 6168, Rockingham. Rockingham. WA.


The suitability of fine tailings from eight British collieries and a number of coal ash materials as feeds for alumina recovery by acid leaching routes has been studied. The rates of extraction of aluminium and of the major impurities, iron and potassium, have been measured under standard calcination and leaching conditions using HCl as the leaching agent, and the results have been interpreted in terms of the chemical, mineralogical and physical properties as well as the thermal histories of the feed materials. Coal ashes, where combustion had occurred at temperatures in excess of 1123-1173 K, are not suitable for alumina recovery. Controlled calcination in the temperature range 923-1123 K was necessary for acceptable yields in the leaching stage. Aluminium recovery values of 50-70% after 2 hours, and 75-90% after 7 hours were achieved by leaching the calcined tailings with boiling 6 molar HCI. The extraction rates of both iron and potassium were greater than those of aluminium. Tailings with low iron content and high kaolinite content were found to be the most suitable for alumina recovery. An ash material produced from colliery tailings by a fluidised bed combustion process which has been developed by the National Coal Board of the U.K. (N.C.B.) was found to have particularly attractive leaching and physical properties. © 1983.


Session 1. Port infrastructure and dry bulk shipping
▪ Black & Azov Sea: What are the prospects for new coal and iron ore terminals?
▪ Expansion of Russia’s port capacity – Which ports are being prioritised by Rosmorport?
▪ Ros Terminal Ugol – Ust Luga: With new investment the port’s capacity keeps growing.
▪ Vostochny Port: Russia’s leading coal port is undergoing major capacity expansion. What are the timelines?
▪ Dry Bulk Shipping: The outlook for 2014-15. Will excess capacity continue to depress costs? Can exporters seize the opportunity?
Session 2. Rail transport, rolling stock and infrastructure: construction, tariffs and investments
▪ Russian Railways – keynote presentation: Long-term transportation strategy for Russia’s key export commodity
▪ Natural Monopolies Research Institute: How can the rail infrastructure be modernised and expanded?
▪ Ural Railcar Plant: Russia’s largest manufacturer will give forecasts for railcar construction, maintenance and prices
▪ Competition: Can new players in the rail transportation market provide increased capacity while keeping tariffs down?
Session 3. Technologies: Efficiency, labour productivity, safety and modernisation
▪ Combined cycle coal gasification: Japan’s latest design advances and burning techniques for more efficient coal-fired plants
▪ SUEK’S coal bed methane project: Coal seam pre-drilling - reducing the risk of explosions while producing electricity
▪ Pillar Mining - case study: New U.S. advances in room and pillar mining in underground coal mines
▪ Production & planning: Geology, resource verification, ground control, environmental impact and mine planning


Where is cobalt found and what is it used for?
It is widely used in cancer treatment, as a tracer and for radiotherapy. Cobalt is found in the minerals cobaltite, skutterudite and erythrite. Important ore deposits are found in DR Congo, Canada, Australia, Zambia and Brazil. Most cobalt is formed as a by-product of nickel refining.
Cobalt is commonly used in electroplating because of its appearance, hardness, and resistance to oxidation. Cobalt compounds have been used for centuries to create a rich blue color in glass, glazes, ceramics, porcelain, pottery, tiles, and enamels.
Pure cobalt does not occur on Earth, although cobalt-bearing minerals are common globally. Cobalt is often mined as a byproduct of nickel and copper. Cobalt is largely mined in Kinshasa (the Congo), but also in several other countries including China, Russia, and Canada.
Cobalt is used in many alloys (superalloys for parts in gas turbine aircrafr engines, corrosion resistant alloys, high-speed steels, cemented carbides), in magents and magnetic recording media, as catalysts for the petroleum and chemical industries, as drying agents for paints and inks.
Cobalt is mined in several countries but the Democratic Republic of the Congo is by far the largest producer. However, as demand rises, mining in other countries including the US, Canada, and Australia is set to increase.
Cobalt compounds have been used for centuries to color porcelain, glass, pottery, tile and enamel. Some of these compounds are known as: cobalt blue, ceruleum, new blue, smalt, cobalt yellow and cobalt green.
On a global basis, the leading use of cobalt is in rechargeable battery electrodes. Superalloys, which are used to make parts for gas turbine engines, are another major use for cobalt.
It is used in nuclear weapons, alloys, and pigments. Deficiency in animals leads to anemia; its excess in humans can lead to erythrocytosis. Except for radioactive forms of cobalt and cobalamin, the FDA withdrew its approval for the use of drug products containing cobalt salts.
Cobalt is an essential mineral for the lithium-ion batteries used in electric vehicles, laptops and smart phones. It offers the highest energy density and is key for boosting battery life.
There are three basic ways that cobalt can cause poisoning. You can swallow it, breathe it into your lungs, or have it come in constant contact with your skin. Cobalt poisoning can also occur from the wear and tear of some cobalt/chromium metal-on-metal hip implants.
How much cobalt is in the world?
Global mine cobalt reserves by country in 2021, tonnes. Source: USGS, preliminary estimate. USGS added that identified world terrestrial cobalt resources are about 25 million tonnes.
According to one estimate, about 6.35 million square kilometres, or 1.7 per cent of the ocean floor, is covered by cobalt-rich crusts, translating to some 1 billion tonnes of cobalt.
Cobalt is an alternative metal that has gained popularity in contemporary jewelry design, from necklaces and bracelets to wedding rings. It is extremely durable, and has a natural white luster, comparable to white gold and platinum, which makes it a popular choice for men's and women's jewelry.
Skin exposure to nickel, cobalt, and chromium may cause sensitization and allergic contact dermatitis and it is known that many alloys and platings may release significant amounts of the metals upon contact with skin.
Cobalt is used in the cathode of rechargeable lithium-ion batteries and, to a lesser degree, the anode of nickel metal hydride (NiMH) and nickel cadmium (NiCd) batteries. There are five main types of lithium-ion batteries, three of which have cobalt-based cathode chemistry.
Cobalt is an important component of lithium ion batteries, like those in many electric vehicles. SALMON, Idaho — The first — and only — cobalt mine in America in decades opened Friday in Idaho amid rising demand for the unique metal, a key component in electric vehicle batteries and battery storage.
Metalkol RTR Project in Katanga, Democratic Republic of the Congo, was the largest cobalt-producing mine in the world, producing approximately 55,908 tonnes of cobalt and an estimated 4.78 million metric tons per annum (mmtpa) of Run-of-Mine (ROM) in 2021.
The mining industry in the Democratic Republic of Congo is the most lucrative and essential part of the DRC economy. It is their largest source of export income. The DRC accounted for more than two thirds of global cobalt production in 2021, making it the world's largest cobalt producer by a large margin.
Cobalt is an essential part of the lithium-ion batteries that give electric vehicles the range and durability needed by consumers. The majority of modern electric vehicles use these battery chemistries in lithium-nickel-manganese-cobalt-oxide (NMC) batteries which have a cathode containing 10-20% cobalt.
It is extremely stable and historically has been used as a coloring agent in ceramics (especially Chinese porcelain), jewelry, and paint. Transparent glasses are tinted with the silica-based cobalt pigment smalt.
What products are made from cobalt?
Cobalt is an essential raw material for superalloy, cemented carbide, diamond tool, batteries, anticorrosive and magnetic materials. It is widely applied in fields including aerospace, electronic appliances, machinery manufacturing, automobiles, chemical industry, agriculture, ceramics, etc.
Good food sources of cobalt include: fish. nuts. green leafy vegetables, such as broccoli and spinach.
Other scientists reported the cobalt content in chocolate as 0.05 mg kg-1 (BIEGO et al.
The THQ of cobalt in cocoa products was 0.806 which enhanced the GTHQ to be 1.196 and thus cobalt contributing 34.08% to the HI explaining that the risk was mainly contributed by cobalt.
It also maintains the nervous system. Cobalt is in the body only as part of vitamin B-12. Cobalt has some of the same jobs as manganese and zinc. It can replace manganese in activating several enzymes.


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LIUNA Minnesota & North Dakota is committed to sustainable and environmentally responsible mining of iron, copper, nickel and precious metals. We support doing mining the right way, creating family-supporting jobs while adhering to the strictest environmental and safety standards to ensure safe working conditions, and that clean air, clear water, and healthy soil continue to support our quality and way of life.
Minnesota is home to one of the world’s largest deposits of iron, copper, nickel and precious metals. Responsible mining will continue to create significant and sustainable economic growth and stability to Minnesota communities and our entire state for generations to come, including thousands of family-supporting jobs, billions of dollars for schools, and tens of millions of dollars in local and state tax revenues annually. Windmills (each containing about four tons of copper), solar panels, electric cars, catalytic converters, life-saving medical devices, military-defense systems, computers and cell phones all rely on precious metals that need to be mined. They should be mined here.
Today’s mining process is environmentally responsible, precise and thoughtful. It utilizes modern technology and scientific knowledge to better predict, plan for, and prevent or control adverse environmental impacts. Minnesota has some of the strictest environmental standards in the world, which mining companies are required to meet or exceed during the environmental review and permitting process.
We support letting the process play out and going with the science.


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The name is associated with amber mining within the area in the past.
In 1855, while working on the bottom of the Curonian Lagoon for navigation at Juodkrante, workers discovered some amber in the mud. Various entrepreneurs soon became interested in this discovery. The former miller, shipowner and later Klaipėda tavernist Vilhelmas Stantynas started the organized mining of mud from the bottom of the lagoon.
Amber excavation works were conducted only in summer - about 30 weeks a year in three shifts. Raised from the bottom of the lagoon, amber had to be cleaned, separated from impurities. From 1860 to 1890. on average, about 75 thousand kg of amber were mined per year. When amber production started to decline in 1890 excavation contract was not renewed, therefore excavation works in Juodkrantė were terminated.


Stage 2 (Pedra Branca)
In February 2012 Avanco agreed terms with Xstrata Copper for a 100% interest in the Pedra Branca Project, in Carajas, Brazil and shareholders approved the all script offer on 5 April 2012.
The Pedra Branca Project and is located 50km of the Company’s 100% owned Stage 1, Antas Deposit.
The land package is mostly contiguous farmland with good access and no environmental limitations. The area benefits from excellent infrastructure within a district experiencing substantial investment from Vale’s development of “Serra Sul”, soon to become one of the world’s largest iron ore mines.
Situated on one of the main Carajas geological trends, mineralisation at the Pedra Branca Project is also IOCG (iron-oxide-copper-gold), with similar geological characteristics to neighbouring IOCG mines/deposits.
Discovered by Noranda in 2003 with the drilling of 9 diamond drill holes. Following Xstrata’s acquisition of Falconbridge (Noranda), twelve diamond drill holes were completed in 2007-2008 to test mineralisation at depth and along strike. Mineralisation was intersected in 17 of the 21 holes, over a strike length of at least 1.5 km.
The tenement portfolio includes a number of additional licenses considered prospective for new discoveries.
The current JORC Reported Resource at Pedra Branca is:
Table 1: Pedra Branca Mineral Resources. June 2013.
Grade Tonnage Reported above a Cut-off Grade of 0.4% Cu.
An impression of the Pedra Branca underground
Pedra Branca is a typical IOCG deposit, and is located in the western portion of 850.318/00. It is comprised of two orebodies Pedra Branca East and West, divided by a brittle northwest fault.
Pedra Branca East
Geology is comprised of gneisses, granites and sheared meta-diorite, cut by late pegmatite dykes and mafic and felsic porphyritic. This is surrounding by deformed porphyry granite, embedded in mylonitic crystalline basement of the Carajás Mineral Province.
The shear zone runs EW-NE and is sub-vertical or dipping to the south. Underlying foliation is EW to NE with dip a of 70-80° south. The shear zone acts as a preferential conduit for fluids associated with subsequent hydrothermal mineralisation.
Mineralisation is characterised by the presence of chalcopyrite + pyrite ± pyrrhotite in tabular sub-vertical bodies, high tonnage and medium to high grade (20.48Mt @ 1.5% Cu, 0.37g/t Au and 0.82g/t Ag) striking over 800m in length and ranging in width from 10 to 50 meters and extending beyond known drilling to +800m depth.
Pedra Branca West
Geology is comprised of diorite, granite and gneiss in an anastomosing shear zone, EW to NE. In its northern portion, the area is cut by a late pegmatite, while porphyritic felsic dikes also occur. Again all embedded in the mylonitic fabric of the Carajás Mineral Province crystalline basement.
Structurally Pedra West is situated within a splay with the shear zone, with a sub-vertical foliation dipping to the south. Hydrothermal alteration together with sulphides, is predominantly an assembly of amphibole + magnetite ± biotite ± K-feldspar. Zoning occurs, increasing in intensity from west to east.
Mineralisation characterised by disseminated pyrite ± chalcopyrite, locally in veins and stringers along the foliation of the fault splay. Comprising of a system of veins, sometimes interconnected with disseminations, locally with some small gaps, it is high tonnage and low to moderate grade (26.34Mt @ 0.96% Cu, 0.30g/t Au and 0.69g/t Ag). The strike is +500m, with thicknesses ranging from 4 meters to 115 meters, and also remains open at depth at +600 meters.
Geological Map of Pedra Branca
Drone Flyover of Site – October 2016
Drone Flyover of Site – September 2016
Drone Flyover of Site – June 2015


Jan 21, 2010
Firebird Resources Inc. -- Appoints New Director
Fjrebird Resources Inc. is pleased to announce that it has appointed Mr. Thomas R. Tough, P. Eng., of British Columbia, as president and a director of the Company in place of Mr. E. Ross Peat who has resigned.
Mr. Tough is a geological consultant with over 35 years experience in prospecting, property evaluation, exploration and deVelopment of open pit and underground mines. Mr. Tough has vast experience as an operator and project manager with mill planning and processing. He has held numerous officer and director positions with public companies listed on the TSX and TSX Venture Exchanges.
The company would like to thank Mr. Peat for his significant contributions over the past 9 years.
On Behalf of the Board
Signed "David Power"
David Power Director
For further information please contact: David Power, Director
NEITHER THE TSX VENTURE EXCHANGE NOR ITS REGULATION SERVICES PROVIDER (AS THAT TERM IS DEFINED IN THE POLICIES OF THE TSX VENTURE EXCHANGE) ACCEPTS RESPONSIBILITY FOR THE ADEQUACY OR ACCURACY OF THIS RELEASE.


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2 edition of Geology of Canadian industrial mineral deposits found in the catalog.
Geology of Canadian industrial mineral deposits
Commonwealth Mining and Metallurgical Congress (6th 1957 Canada)
by Published by authority of the General Committee of the Sixth Commonwealth Mining and Metallurgical Congress in [Toronto]
Written in English
|Statement||arranged by a Committee of the Industrial Minerals Division, Canadian Institute of Mining and Metallurgy.|
|Contributions||Canadian Institute of Mining and Metallurgy.|
|LC Classifications||TN26 .C65 1957|
|The Physical Object|
|Pagination||x, 247 p. :|
|Number of Pages||247|
|LC Control Number||94117730|
Ore Deposits: Genesis, Geology, and Methods of Mining Additions / Changes / Price adjustments to this catalog noted in this color for The Classic Ore Deposit Books are now found at the end of this catalog Ore Deposit Catalog Amstutz, G. C., , Ed. Here you can download free the geology of ore deposit shared files found in our database: U Pb Shrimp Monazite Ages of the Giant Morro Velho and Cuiaba Gold Deposit.. geology, ore deposits, and mineral potential of the seward peninsula, alaska by c. l. (pete) sainsbury.. geology of western ore deposits Download geology of western ore deposits.
"The book provides an extensive overview of natural resources and societal issues associated with extracting raw materials." (Economic Geology, August )"It is difficult to specify the readership that would benefit most from this book, but advanced students of economic geology, mining engineering and environmental studies would certainly find much of interest by perusal of selected . • New ore deposit models, especially for deposits with minimal impact on the environment • More sophisticated 3-dimensional geological and ore reserve models • Better geohydrologic models relating to mineral deposits, including industrial minerals deposits • Geologic maps of mineralized areas.
Roadside Geology Books Rock, Mineral, and Gem Books Rock Specimens Rocks with Gemstone Applications Salt and Salt Domes Sedimentation - Depositional Environments Select Mineral Books Select Mines and Mineral Deposits Select Mining Towns and Counties Select Colorado Railroad Books SEPM - Society of Sedimentary Geology. Geological resources are critical to our way of life and important to the Canadian economy. Gold, iron, copper, nickel, and potash are Canada’s most valuable mined commodities. The proportions of metals in mineral deposits are typically several thousand times higher than those in average rocks, and special processes are required to extract.
Distribution and areal extent of coastal wetlands in estuaries of the Gulf of Mexico
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Their Majesties the King and Queen and Their Royal Highnesses the Princess Elizabeth and the Princess Margaret in the Union of South Africa
A simulation approach to dynamic portfolio choice with an application to learning about return predictability
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Geology of Canadian mineral deposit types (Geology of North America): Eckstrand, O. R., Sinclair, W. and Thorpe, R. (editors), Eckstrand, O. R., Sinclair, W. and Thorpe, R. (editors), Eckstrand, O.
R., Sinclair, W. and Thorpe, R. (editors): : : R. (editors) Eckstrand, O. R., Sinclair, W. and Thorpe. This volume defines and summarizes in a comprehensive and systematic manner the essential characteristics of all economically significant types of Canadian mineral deposits.
These summaries reflect the current understanding of mineral deposits and correspond closely to the definition of mineral-deposit types in common use. Geology of Canadian industrial mineral deposits.
[Toronto]:Published by authority of the General Committee of the Sixth Commonwealth Mining and Metallurgical Congress,  (OCoLC) Material Type: Conference publication: Document Type: Book: All Authors / Contributors: Canadian Institute of Mining and Metallurgy.
OCLC Number: Skarn deposits are abundant, variable, and economically important. They are a principal global source of tungsten, a major source of copper, and an i Skip to Main Content. Diamond is the only mineral commodity extracted from kimberlite- or lamproite-hosted deposits.
Diamonds are subdivided into industrial, near-gem, and gem quality stones. However, they are also described as being either ‘cuttable’ or ‘industrial’ (Levinson et al., ). Get this from a library. Geology of Canadian mineral deposit types.
[O R Eckstrand; W D Sinclair; R I Thorpe; Geological Society of America.; Geological Survey of Canada.; Decade of North American Geology Project.;] -- The objective of this volume is to define and summarize in a brief and systematic manner the essential characteristics of all economically significant types of Canadian mineral.
Geological Survey of Canada, - Geology - pages 0 Reviews The objective of this volume is to define and summarize in a brief and systematic manner the essential characteristics of all economically significant types of Canadian mineral deposits.
Carbonatite-associated deposits include a variety of mineral deposits that occur both within and in close spatial association with carbonatites and related alkalic silicate rocks. Carbonatite-associated deposits are mined for rare- earth elements (REEs), niobium, iron, copper, apatite, Vermiculite.
Non-metallic deposits of industrial and bulk materials are fully covered to meet the changing emphasis of courses in applied geology. In addition, chapter 1 has been considerably enlarged to include a section on mineral economics covering metals, industrial minerals and bulk by: This third edition of A.M.
Evan's successful undergraduate text "Introduction to Ore Geology" is an enlarged and extensively revised work. The increase in size (and the new title) primarily reflects the additional coverage of industrial minerals and bulk materials, an area of economic geology that has grown in prominence over the past decade/5(15).
Since the first edition (Wilhelm & Walther E. Petrascheck ), the book was intended to provide a concise introduction to the geological setting of mineral deposits, including its application to.
This is a non-profit blog and I don't own these books. I'm sharing these Geology books with everyone for the better understanding of the subject. Classification of Mineral Deposits introduction hydrothermal deposits Third Edition, Ore Geology and Industrial Minerals-An Introduction: Blackwell Scientific Publications Inc., p.
Eckstrand, O.R.,Canadian Mineral Deposit Types: A Geological Synopsis, Geological Survey of Canada, Economic Geology Report Canadian Government. Considerable chapters describe the deposits of industrial minerals, rocks, and building raw materials.
The remaining chapters deal with the geophysical methods prospecting and exploration and production of industrial raw materials, rocks, and minerals. This book will prove useful to mineral geologists and Edition: 1.
Non-metallic deposits of industrial and bulk materials are fully covered to meet the changing emphasis of courses in applied geology. In addition, chapter 1 has been considerably enlarged to include a section on mineral economics covering metals, industrial minerals and bulk materials.5/5(4).
The Society for Geology Applied to Mineral Deposits (SGA) is an international scientific society that promotes the science of mineral deposits geology. Its worldwide membership of over is composed of researchers, professionals and students from university, industry and government interested in economic geology, mineral resources.
Geologists, are known to have more opinions than economists, so it should come as no surprise that the classification of mineral deposits, is an on-going hot topic.
The details will be debated until the sun cools, but the broad-brush classification of mineral deposits is generally understood. ECONOMIC GEOLOGY - A SPECIAL ISSUE DEVOTED TO CANADIAN MINERAL DEPOSITS Paperback – January 1, by D.F (Eds) Naldrett, A.J.
& Sangster (Author) See all formats and editions Hide other formats and editions. Price New from Used from Pamphlet Author: D.F (Eds) Naldrett, A.J. & Sangster. MS Book and Mineral Company Geologic Catalog of Canada: Home Page: Sale: List of Catalogs: Contact information: Mineral Specimens: Place an Order: Mining History Illustrations: Canadian Geology Catalog Additions / Changes to this catalog are noted in this color for Geological Survey of Canada / Geological Society of America Publications.
Much new data and many new ideas have emerged in the area of ore geology and industrial minerals since publication of the second edition of this text in The overriding philosophy behind this new edition is the inclusion and integration of this new material within the established framework of the text.
The third edition is re-presented in the modern double-column format. "Precambrian Ore Deposits of the East European and Siberian Cratons" is a sequel to "Precambrian Geology of the USSR" published in (English edition), in which the main emphasis was on the stratigraphy, magmatism and metamorphism of Precambrian assemblages in both ancient cratons (East European and Siberian) as well as in Phanerozoic fold belts and mobile regions.
Mineral deposits.Additional Physical Format: Online version: Harben, P.W. Industrial minerals. London: Industrial Minerals Division, Metal Bulletin Plc, (OCoLC)Mineral deposits of Canada: a synthesis of major deposit-types, district metallogeny, the evolution of geological provinces, and exploration methods Issue 5 of Special publication: Authors: Wayne David Goodfellow, Geological Association of Canada: Editor: Wayne David Goodfellow: Publisher: Geological Association of Canada, Mineral Deposits.


Project Manager - InfrastructureCliffs Natural Resources - Forbes, MN
Summary of Principal Functions
Provides leadership, technical direction, and coordination in the planning and implementation of plant infrastructure restoration/improvement projects identified in the Multiyear Plant Infrastructure Improvement project. Makes recommendations on other structural issues that arise.
Specific Responsibilities (in priority order)
Direct and coordinate the development of short and long-range plans to accomplish individual infrastructure projects. Interfaces with site operating and maintenance personnel to coordinate infrastructure projects with daily plant operations.
Direct, coordinate, and motivate department personnel to safely meet established plans, budgets, timetables and targets of performance for each project.
Direct the process of determining specific project equipment needs, selecting and purchasing new equipment, and coordinating the training of employees on new equipment operation.
Audit contractor and employee performed projects to ensure completed projects align with project engineering plans.
Track individual project progress and costs and reports versus plan.
Direct the administration of corporate, property and departmental policies, work procedures and systems, and ensure compliance to the collective bargaining agreement.
Promote and encourage teamwork and high performance standards throughout the work group and with operations and maintenance personnel, and oversee the disciplinary action process when necessary.
Coordinate and participate in safety and loss control programs as relate to the projects undertaken.
Approve all purchases needed in the plant maintenance for project completion.
B.S. in Civil, Structural or Mechanical engineering, or the equivalent.
P.E. highly preferred.
8-10 years supervisory/managerial experience in large facility infrastructure projects
12 days 17 hours ago
Please review all application instructions before applying.
Cliffs Natural Resources (NYSE:CLF) is a major global iron ore producer and a significant producer of high- and low-volatile metallurgical coal. We operate iron ore and coal mines in North America and an iron ore mining complex in Western Australia, organized through a global operations group responsible for mineral production and a global commercial group responsible for product sales and delivery. Our strategy is to continually achieve greater scale and diversification in the mining industry through a focus on serving the world's largest and fastest growing steel markets. Driven by the core values of social, environmental and capital stewardship, Cliffs associates across the globe endeavor to provide all stakeholders operating and financial transparency.
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