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Learn more about the many ways to mine for gold here Roman Rubin Explained main methods that are used for gold mining. If you would like more information, please visit our site.
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Learn about extracting gold, The Roman Rubin Black Tusk shared the main techniques used for the extraction of gold ores.
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If you are interested in starting a business in the mining industry then Roman Rubin Black Tusk has shared the problems and challenges of the mining industry that you have to face.
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If you want to learn about gold exploration and prospecting, here Roman Rubin Black Tusk discusses basic methods on gold prospecting and how to start mining.
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Roman Rubin Black Tusk - Mining & Drilling To Extract Gold
The mining consists of extracting ores, which is to say rocks from the earth's crust containing useful minerals or metals in a sufficiently interesting proportion to justify their exploitation. In this article, Roman Rubin Black Tusk Resources Inc. experts are talking about gold, whose chemical symbol is Au.
The second metallic material (after copper) to have been discovered by Man, gold is a metal which, from all time, has never ceased to fascinate, to stir up lusts, and to unleash passions.
New mining models based on the considerable progress made in security, environmental protection, mechanization, and digitization have emerged over time.
Gold mining techniques of Black Tusk
The operating phase of a mine corresponds to the period during which the ore is extracted to enhance the marketable metal (or metals) it contains. It can continue without interruption over a long period ranging from several years to several decades.
It includes both mining and ore processing and related activities.
Ore extraction
For the extraction of gold ores, the two main techniques used are:
the underground mine,
and the surface mine.
The choice of mine type depends on various factors, such as the depth of the deposit, its geometry, its geological and geomorphological context, its footprint, and the costs of extraction.
The underground mine
The operation of an underground mine by Roman Rubin Black Tusk consists of extracting the ore from a deposit from shafts and galleries created under the surface of the ground, without it being necessary to remove all of the sterile materials which surmount it. In underground mines, a more selective extraction is practiced compared to that carried out in open-pit mines, the ratio between the volume of waste rock and the volume of ore extracted is also much lower.
For underground mining, a minimum amount of overburden is therefore removed to access the deposit; it corresponds to structural work, for example, ramps, descenders, galleries, wells, etc.
These provide access to the ore and set up all the necessary infrastructure to ensure aeration, dewatering, staff access, and ore evacuation.
The open-pit mine (OLS)
Open-pit mining (OLS or open pit ) is the preferred method for extracting ore from deposits located near the surface (typically between 0 and 400 m deep); the cost per tonne of ore mined is generally lower than that of ore mined using underground methods.
The choice of the open-pit method concerns:
the possibilities of extending the pit (in height (or depth), in length, and in width);
the geometry of the sides, in more or less high and sloping steps, in more or less wide benches, with the aim of limiting the volume of waste rock and ensuring the stability of the slopes.
One classically distinguishes, according to the disposition of the mineralized zones:
exploration (for stratiform deposits, shallow and extending over a large horizontal surface);
pit mining (when the deposit sinks into the subsoil and has a reduced lateral extension).
For gold ores, pit mining is the rule.
The special case of gold ores
This article is devoted to gold ores, we will only present here the types of treatments applicable to these ores.
The choice of treatment methods will depend on whether the gold is free or not, its particle size also has an impact.
The main scenarios encountered by Black Tusk are as follows:
Ores in which the gold is free and coarse (alluvium, eluvium, oxidized vein).
Can be implemented physical and Physico-chemical treatments:
particles> 200 μm: gravimetric (basic: jig, sluice, tables);
particles <200 μm: gravimetric (improved base + centrifuge) and flotation (hydro and pyrometallurgy).
Ores in which the gold is free, but finely disseminated (<< 50 μm) or included in another mineral (pyrite; arsenopyrite; sulfide zone).
Can be applied physical and physicochemical treatments (gravimetric pre-concentration (centrifuge) and flotation), as well as chemical treatments (pre-treatment by bio-metallurgy or thermal method; hydrometallurgy (use of cyanide).
Conclusion
The identified qualifications and designed for the mining sector with a focus on mineral extraction of gold and coal, they become one opportunity for Roman Rubin Black Tusk to promote the development of a relevant educational offer and of quality that meets the requirements and to social, regional, and sector labor.
Resource: https://www.marketwatch.com/press-release/roman-rubin-black-tusk---mining-drilling-to-extract-gold-2020-09-15
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Roman Rubin Black Tusk – Treatment Problems Facing the Metals and Mining Industry
The country’s mining industry needs technologies and solutions that respond to the demanding global market for metals, by-products, and processes. According to Roman Rubin, through the injection of innovation and entrepreneurship, the mining of the future that Canada needs must adapt to increasingly automated and complex processes that are demanding highly specialized human capital.
The challenge is to present disruptive solutions that can captivate these companies looking for talent outside their organization.
Here in this post, Roman Rubin offers 7 mining problems that companies are looking for to solve them.
Challenge 1 / Optimize the use of tires in high tonnage trucks, controlling wear, cuts, etc:
It is common for high-tonnage trucks, in their cycle of loading, transporting and unloading material, to suffer cuts in their tires due to sharp rocks on the berm of the roads, which reduces the useful life of these. Eventually, if the cut is very deep, it must be sent to a workshop for repair, leaving the load cycle planning and affecting the entire load circuit previously planned.
Challenge 2 / Improve the fragmentation process to achieve “zero” oversized materials (bolones), allowing to be more efficient in loading, transporting and processing the material:
When the material is loaded into high tonnage trucks, the size of the rocks is not always uniform or the same size, therefore, when these oversized materials go to crushers, they can affect their operation, affecting the full operation. Roman RubinBlack Tusk CFO seeks in a company that the material that goes to the ‘crushers’ or crushers, does not exceed 5 inches in diameter (12.7 cms), while for CAP Mining they can reach a maximum of up to 1 meter in diameter according to the machines they work with.
Challenge 3 / Develop solutions that seek to eliminate dust emissions at low cost, derived from crushing plants and haulage ramps, routes, and slopes in open pit mine:
The generation of dust is an issue directly related to the mining process due to the nature of how the mineral is extracted. This challenge seeks initiatives that reduce dust particles in suspension, mainly in crushing plants and haulage ramps, routes, and slopes in open-pit mines.
Challenge 4 / Recover ceramic plates or ceramic filters saturated with fines in vacuum filters:
Ceramic filters or plates are saturated with the fines they treat, that is, in simple terms, these ‘filters’ are expensive and are contaminated with macroparticles, therefore, the challenge seeks to recover these filters or ceramic plates through some innovative processes.
Challenge 5 / Minimize unit water consumption in Grinding, Concentration, and Thickening processes:
The processes of Grinding, Concentration, and Thickening consume a large amount of water, in addition, the costs of water for mining companies are high, since it has to desalinate seawater and transport large flows of water from the coast to the mountain range to carry out the processes described above. Therefore, the challenge aims to develop savings in water consumption for these processes.
Challenge 6 / Design modular, adaptable, and low intervention sampling in crushing and milling plants:
A system that measures the quality of the material that goes to the crushing and grinding plants in real-time and with low intervention would be very useful to know what the quality of the material is being worked with. Sometimes, when projects are developed, costs are limited and the sampling process is limited or eliminated, due to this a sampling system that can be moved would be ideal.
Challenge 7 / Manage and control industrial air and water circuits in plants:
Mining processes require large volumes of air and water. In several sub-processes, the requirement is very specific, so different pressures and volumes of air and water must be managed for the specific operation. The challenge seeks a system that regulates these variables for each requirement.
Resource: http://www.allwritersdestination.com/roman-rubin-black-tusk-treatment-problems-facing-the-metals-and-mining-industry/
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Roman Rubin Black Tusk – Covering Trends in Mining Exploration
The Black Tusk adds value to your project by using cutting edge and innovative techniques and technologies to design and implement your exploration program. We examine, evaluate, design, and implement exploration programs with a view to providing adequate solutions to major geological problems while respecting budgetary constraints related to exploration.
Our geologists at Roman Rubin Black Tusk have in-depth knowledge of the mechanisms of formation and distribution of deposits according to a wide range of geological and tectonic parameters. We offer a whole range of services, of which the following is a non-exhaustive list: generation of targets, mapping and field analysis, remote sensing and geophysics, geochemistry, modelling of mineral exploration systems, project management, verifications and evaluations, a strategy of exploration, and advice to government authorities, health and safety guidance and implementation of these programs.
Roman Rubin ensures a good application and interpretation of geology, geochemistry and geophysics to generate exploration targets and test them. As “blind” deposits become more and more important, we usually use a mineralized systems approach to assess the prospectivity of the mining domain and we are at the forefront of technological advancement in remote sensing, hyper spectral logging.
Data Management and Machine Learning
Our employees are all extremely proficient in 3D visualization using software in creating and using advanced exploration databases.
Our specialists work in accordance with the standards of the JORC Code, the Canadian Institute of Mining, Metallurgy and Petroleum (CIM) and other internationally recognized best and demanding reporting practices. The independent internal reviews and technical reports that we produce for stock exchanges, banks, and private investors worldwide are held in high regard.
Targeting Mining Exploration
Improve your search for deposits thanks to our experience in mapping mineral and geological potential
We develop process-based conceptual models to identify your mining exploration targets and better understand them. By combining 3D modelling software, such as Leapfrog, with our in-depth knowledge of mineral systems, we develop optimal, unbeatably cost-effective solutions at all stages of your exploration process.
With the increasing need to target mineralized bodies located at depth, it is essential to understand the geometry of structures in the third and fourth dimensions. We apply a rigorous isostructural process, to interpret geophysical and geochemical datasets and then define and evaluate potential exploration targets. We also perform advanced structural interpretations that correlate structural parameters and mineralized systems as well as systematic data and knowledge-based mapping of mineral potential using advanced GIS and GOCAD systems and machine learning algorithms.
Our understanding of the mechanisms of deposit formation and their distribution within numerous tectonic and geological environments improves the quality of research and has already brought added value to projects, whether they are resource expansion projects, known land (“brownfield”) or virgin land (“greenfield”).
Services
Detailed to regional-scale geological mapping
Analysis of structural geology and alterations (including drill core and outcrops)
Analysis of mineral systems and modelling of deposits
3D geological modelling
Assessment of regional exploration potential
Data-based targeting (machine learning, “Weight of Evidence”)
Knowledge targeting (fuzzy logic)
Remote sensing and geophysics
Understand geological processes and overcome exploration challenges through structural interpretation of remote sensing data
Using our deep knowledge of structural geology, we interpret remote sensing data and provide integrated interpretations that apply directly to targets for exploration.
The multidisciplinary team of Roman Rubin Black Tusk Resources Inc., made up of internationally renowned experts, assimilate the most complex data sets in order to generate and refine exploration targets. It defines controls on mineralization and delineates promising structures and lithologies. Integrating this data with our geological and structural knowledge allows us to identify geological processes, detect structures and assess the likelihood of raw material accumulation. One of the critical aspects of this process is to assess the chronology of mineralization in the tectonic evolution of a given area. This approach allows the definition of promising targets that might otherwise have gone unnoticed with direct detection methods.
Roman Rubin Black Tusk Resources develops conceptual models based on mineralizing processes to identify your mining exploration targets and better understand them. By combining multiple datasets, our specialists successfully dispel geological ambiguities that cannot be resolved with a single dataset.
Source: https://www.californiaherald.com/roman-rubin-black-tusk-covering-trends-in-mining-exploration/
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InvestmentPitch Media Video Discusses Black Tusk Resources' Application to Permit 15 Drill Pads on Cluster Project in West Abitibi Region of Quebec - Video Available on Investmentpitch.com
Vancouver, British Columbia--(Newsfile Corp. - May 22, 2019) - Black Tusk Resources (CSE: TUSK) (FSE: 0NB) has submitted an application to permit 15 drill pad locations on its 100% owned Cluster Project, which will allow for the testing of two gold-bearing structures as described in the historic documentation. Richard Penn CEO, Roman Rubin CFO, and Perry Grunenberg, director and exploration geologist for Black Tusk, recently completed an initial reconnaissance and area overview of its Cluster property located in the West Abitibi region of Quebec.
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Several proposed drill sites were located on the property, which are readily accessible once a permit has been obtained for the 2019 exploration program, which is expected in early June.
The property, easily accessed by all-year highway, is located 40 minutes north from La Sarre, the closest town that contains support for work crews. The property, consisting of 33 claims, totalling 1,601 hectares, is located 170 kilometers northwest of Val-D'Or, and lies within the Abitibi Greenstone belt that is host to many significant mineral deposits. It is located 26 kilometers south of Hecla Mining's Casa Berardi Mine, in an area that drew attention following Inco Exploration's discovery of gold mineralization in 1983 at the Golden Pond Project, and Teck Resources' gold-silver-zinc-copper discovery at the Estrades Project.
The Black Tusk team also visited the Casa Berardi Mine, which is currently operated by Hecla Mining as a combination of underground and open pit extraction. Hecla recently updated its proven and probable mineral resource estimate for its Casa Berardi property, which accounts for 35% of Hecla's revenues, reporting around 1.91 million ounces of gold.
In general, the team was impressed by the proximity of this operation to the Cluster project, as well as by the number of other gold mining operations that were noted while travelling through the Abitibi area.
Richard Penn, CEO, stated: "Historic exploration has outlined two important structures where past drilling returned significant gold values, providing immediate targets for future drilling."
Proposed drilling of 10 holes over a one kilometer strike length at Target I is designed to verify and expand upon the presence of a gold-bearing shear zone intercepted in prior drill programs. A total of five historic drill holes over a strike length of 600 metres intercepted the gold-bearing shear, including hole LAB87-B2.
Proposed drilling of 5 holes over a 1.2 kilometer strike length at Target II is designed to verify and expand upon the presence of gold-bearing iron formation intercepted in prior drill programs. A magnetic high linear passes through the area of drilling where Noranda Inc. completed a two-hole drill program in 2004. Noranda's reports indicated that hole LAB109-03-01 returned significant values of gold.
Black Tusk notes that continued drilling will be somewhat dependent upon the results of each drill hole at each of the target areas and therefore not all pads proposed in the drilling permit will necessarily have diamond drilling completed.
The company also has an option to acquire a 100-per-cent undivided interest in the Goldsmith property situated in the Kootenays, approximately 65 kilometres north of the city of Kaslo, British Columbia.
For more information, please visit the company's website, www.blacktuskresources.com, contact Richard Penn, CEO, at 778-384-8923 or email [email protected].
About InvestmentPitch Media
InvestmentPitch Media leverages the power of video, which together with its extensive distribution, positions a company's story ahead of the 1,000's of companies seeking awareness and funding from the financial community. The company specializes in producing short videos based on significant news releases, research reports and other content of interest to investors.
CONTACT:
InvestmentPitch Media
Barry Morgan, CFO
[email protected]
Resource: https://www.newsfilecorp.com/release/44958/InvestmentPitch-Media-Video-Discusses-Black-Tusk-Resources-Application-to-Permit-15-Drill-Pads-on-Cluster-Project-in-West-Abitibi-Region-of-Quebec-Video-Available-on-Investmentpitch
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Roman Rubin Black Tusk — Extract Gold
Roman Rubin Black Tusk is the metal and mining industry provides comprehensive services and solutions for mining and drilling to extract gold.
Resource: https://romanrubinblacktusk.medium.com/roman-rubin-black-tusk-extract-gold-f51bef4fcdcc
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Roman Rubin Black Tusk Mining – Is Recycled Gold an Ethical Choice?
By using recycled gold, jewelers claim it will help lessen the negative impacts of “dirty gold” by reducing demand for the newly mined metal. This is not true because gold is money! Gold has always played an important role in the international monetary system and is accepted globally. Gold can be converted into cash almost instantly, even when the banking system is down. Therefore, gold is not mined for jewelry, as we have seen that there is sufficient stock to supply its manufacture. Gold is mined to make money, nothing more! The use of recycled gold in the jewelry industry will not stop its extraction. According to Roman Rubin Black Tusk, only the price of gold (which depends much more on the insecurity of the world than on the demand for jewelry) and the mineral reserves can vary the intensity of mining.
In general, the argument used to incorporate recycled gold is that gold mining is one of the most environmentally destructive types of mining and millions of gold miners earn low wages in dangerous working conditions. In industrial gold mining (85% of newly mined gold), the environmental impacts are massive. One only has to examine reports from major gold mines to realize that mining 20 grams of gold generates 40 metric tons of mining waste and more than 520 kg of GHG, and consumes 7.8 kg of cyanide.
On the side of artisanal and small-scale mining with Roman Rubin Black Tusk Mining (15% of newly mined gold), the use of mercury is also problematic and massive. It is estimated that for one kilogram of ASGM gold, 3 kilograms of mercury are used. So, at first glance, recycled gold is the only solution for ethical jewelers to disengage from the dirty image of mining. But using only recycled gold, which was originally mined, is quite selfish because it does not help to mine to be more responsible.
Recycled gold is also not perfect, as the main standards adopted by the jewelry industry include manufacturing waste as a material suitable to be recycled gold. As some fabrications, particularly in the luxury sector, can generate more than 50% scrap, this means that freshly mined gold can be put into recycled products only a few weeks after extraction. Roman Rubin strongly believes that the labeling of jewelry made with recycled gold should be limited to recycled gold from consumer products at the end of its useful life and exclude manufacturing scraps.
This dirty image of the mining sector should undoubtedly lead to a ban on gold mining in favor of simply recycling available stocks, which are already more than enough to meet our needs. But gold mining also drives development and offers a unique opportunity to generate income for a large number of people in need.
Mining is justified in the case of artisanal gold mining, which directly generates a way of life for approximately 100 million people worldwide and provides only 15% of gold mining production. One kilogram of Black Tusk Mining gold provides employment to 50 male and female miners for one year (in industrial mining, a worker can produce 7 kilograms in one year. So if the extraction of Black Tusk Mining is environmentally controlled, in a responsible and certified way, as the guarantees of the Fairmined Fair Mining Standard, jewelers can use this Black Tusk Mining certified gold, generating a high impact on job creation and becoming a strong driver for development.
This Roman Rubin Black Tusk Mining certified gold is a development tool for millions (just remember the Canada Gold Rush 150 years ago) and is to be preferred over recycled as it brings progress to people who need it drastically. Of course, this gold is limited in quantity at the moment and is significantly more expensive. This additional cost is due to the fact that it ensures a decent minimum price for the miner, as well as an economic incentive for the mining organization and requires a great effort on the part of all the people involved to create a transparent supply chain and adapt processes and logistics to the availability of volumes.
Resource: https://entrepreneursbreak.com/roman-rubin-black-tusk-mining-is-recycled-gold-an-ethical-choice.html
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Roman Rubin Black Tusk – Trends in the Mining Industry for 2021
A new year is coming up, 2020 is going toward an end, and how could it be otherwise? We want to review on the blog the main trends that we are going to find in the mining industry. What can we expect from a sector in continuous movement? According to Roman Rubin Black Tusk, there are three key pillars. On the one hand, there will be more diversity and inclusion. On the other, the social impact will also be greater. And finally, there will be an improvement in the use of natural resources such as water and energy.
We refer, above all, to maintaining open dialogues with the communities where there are mining projects and to making better use of resources. Also, business inclusion in this sector is full of challenges and challenges. Thanks to these trends, mining companies must generate future value and prepare for a hostile market.
New Mining Strategies: Communities and Target Groups
Mines can generate rejection if communication is not good. One of the trends is to move from a production scheme to a participation scheme. Inform and explain the mining process to communities where there is a mine in operation. Corporate strategies that take into account social licenses to operate, geographical risks, and the residents of the area.
Digitization
Using digital tools will be essential for the mining sector in 2021. Continue with the automation processes. A clear example is a set of digital tools that analyze and optimize mining production and processes. The idea is to integrate all the data into a single source of information. Data that can be consulted both in real-time and predictively.
Another example is the use of X-rays and 3D modeling to understand the composition of a rock. With tools like RapidMiner, used in Canada, time and costs are saved in the mineral analysis. And it also highlights the use of robots, such as the Roman Rubin Black Tusk resources developing its projects, capable of exploring abandoned mining sites on the seabed and deciding whether the possible opening of the mine is feasible.
Risk Management
Working in risk management will be of vital importance in the new mining industry. Businesses must be prepared to deal with issues such as increased tariffs and sanctions, trade wars, cyber threats, or tax regimes.
New Minerals and their Demand
The electric vehicle sector is growing by leaps and bounds. And it is a sector closely related to mining since for the manufacture of cars and their batteries it is necessary to have minerals such as cobalt, copper, niobium, and lithium.
Canada is a region very rich in these minerals, especially in niobium and lithium. Brazil has almost 90 percent of the world's niobium reserves. A mineral that is used to make steel stronger and lighter and that can transform the history of the automotive and aerospace industries. Regarding lithium, Canada is vying for world leadership together with Australia.
Labor Transformation
Last but not least, the mining industry is gradually moving towards a job transformation. Talent is still necessary, but it changes its focus. The digitization to which the sector is subjected implies mining personnel who stand out thanks to a new set of skills. Furthermore, the industry requires a massive overall change in the coming years. For more information, contact Roman Rubin Black Tusk to learn Trends in the mining industry.
Resource: https://www.streetinsider.com/FMR+Wire/%C2%A0Roman+Rubin+Black+Tusk+%E2%80%93+Trends+in+the+Mining+Industry+for+2021/17329912.html
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Here Roman Rubin Black Tusk shared new strategies of mining. If you want more information, listen to this podcast.
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Roman Rubin Black Tusk, is a leading global drilling solutions company providing services in the mining and infrastructure sector that currently holds 100% ownership in 6 different gold and palladium projects in Canada.
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