Amerigo Announces New Debt Facilities

Amerigo Resources Ltd. (TSX:ARG)

N.R. 2021- 09

Amerigo Announces New Debt Facilities
(Amounts in U.S. dollars except if indicated otherwise)

Amerigo Resources Ltd. (TSX: ARG; ARREF: OTC) (“Amerigo” or the “Company”) is pleased to provide the following update regarding the debt facilities of Minera Valle Central ("MVC"), the Company’s 100% owned operation located near Rancagua, Chile.

On June 30, 2021, MVC completed a restructuring of its debt facilities which included:

a) Full repayment of the remaining principal amount of $42.2 million which remained outstanding under MVC’s existing debt facility, along with accrued interest and fees.

b) Entering into a new finance agreement (the “Loan Agreement”) with a syndicate of two banks domiciled in Chile, with Itaú Corpbanca (“Itaú) as Lead Arranger, pursuant to which MVC has been provided with a replacement term loan and a working capital line of credit. Key terms of the Loan Agreement include the following:

A. Term Loan:

• Facility Amount: $35 million, disbursed on June 30, 2020
• Term: Up to 5 years, with prepayments allowed
• Repayment: 10 equal and semi-annual payments of $3.5 million each, commencing on
December 31, 2021, and ending on June 30, 2026
• Interest rates: For 75% of the facility – 5.48% fixed through an interest rate swap
For 25% of the facility – Libor 6M plus a margin of 3.90%

B. Working Capital Line of Credit:

• Facility Amount: Up to $15 million
• Availability: Multiple disbursements, through an availability period from June 30, 2021
to June 30, 2023
• Term: Up to 2 years for each disbursement, starting from each disbursement date
• Repayment 4 equal and semi-annual payments for each disbursement, the first repayment
payable within 6 months of the disbursement date.
• Interest rates: Libor 6M plus a margin to be defined on each disbursement date

“We are pleased to now have in place a comprehensive debt facility comprised of a 5-year term loan and a working capital line of credit to protect the Company against potential market cyclicality”, said Aurora Davidson, Amerigo’s President and CEO. She added, “The new facility meets our debt restructuring objectives to improve commercial terms and transition away from a project-finance debt facility with restrictive covenants, providing Amerigo with significant flexibility to access surplus cash generated from operations. We look forward to building a robust commercial relationship with two of Chile’s leading banks.”

About Amerigo

Amerigo Resources Ltd. is an innovative copper producer with a long-term relationship with Corporación Nacional del Cobre de Chile (“Codelco”), the world’s largest copper producer.

Amerigo produces copper concentrate and molybdenum concentrate as a by-product at the MVC operation in Chile by processing fresh and historic tailings from Codelco’s El Teniente mine, the world's largest underground copper mine. Tel: (604) 681-2802; Fax: (604) 682-2802; Web:; Listing: ARG: TSX.

For further information, please contact:
Aurora Davidson Graham Farrell
President and CEO Investor Relations
(604) 697-6207 (416) 842-9003

Cautionary Statement on Forward-Looking Information
This news release contains certain forward-looking information and statements as defined in applicable securities laws (collectively referred to as "forward-looking statements"). These statements relate to future events or the Company’s future performance. All statements other than statements of historical fact are forward-looking statements. The use of any of the words "anticipate", "plan", "continue", "estimate", "expect", "may", "will", "project", "predict", "potential", "should", "believe" and similar expressions is intended to identify forward-looking statements. These forward-looking statements include but are not limited to, statements concerning the Company’s future ability to access surplus cash generated from operations and that the working capital line of credit may protect the Company against potential market cyclicality.

These forward-looking statements involve known and unknown risks, uncertainties and other factors that may cause actual results or events to differ materially from those anticipated in such statements. Inherent in forward-looking statements are risks and uncertainties beyond our ability to predict or control, including risks that may affect our operating or capital plans; risks generally encountered in the permitting and development of mineral projects such as unusual or unexpected geological formations, negotiations with government and other third parties, unanticipated metallurgical difficulties, delays associated with permits, approvals and permit appeals, ground control problems, adverse weather conditions, process upsets and equipment malfunctions; risks associated with labour disturbances and availability of skilled labour and management; risks related to the potential impact of global or national health concerns, including COVID-19, and the inability of employees to access sufficient healthcare; government or regulatory actions or inactions; fluctuations in the market prices of our principal commodities, which are cyclical and subject to substantial price fluctuations; risks created through competition for mining projects and properties; risks associated with lack of access to markets; risks associated with availability of and our ability to obtain both tailings from Codelco’s Division El Teniente’s current production and historic tailings from tailings deposits; risks with respect to the ability of the Company to draw down funds from bank facilities and lines of credit and the availability of and ability of the Company to obtain adequate funding on reasonable terms for expansions and acquisitions; mine plan estimates; risks posed by fluctuations in exchange rates and interest rates, as well as general economic conditions; risks associated with environmental compliance and changes in environmental legislation and regulation; risks associated with our dependence on third parties for the provision of critical services; risks associated with non-performance by contractual counterparties; title risks; social and political risks associated with operations in foreign countries; risks of changes in laws affecting our operations or their interpretation, including foreign exchange controls; and risks associated with tax reassessments and legal proceedings. Notwithstanding the efforts of the Company and MVC, there can be no guarantee that the Company’s or MVC’s staff will not contract COVID-19 or that the Company’s and MVC’s measures to protect staff from COVID-19 will be effective. Many of these risks and uncertainties apply not only to the Company and its operations, but also to Codelco and its operations. Codelco’s ongoing mining operations provide a significant portion of the materials the Company processes and its resulting metals production, therefore these risks and uncertainties may also affect their operations and in turn have a material effect on the Company.

Actual results and developments are likely to differ, and may differ materially, from those expressed or implied by the forward-looking statements contained in this news release. Such statements are based on several assumptions which may prove to be incorrect, including, but not limited to, assumptions about:
• general business and economic conditions;
• interest rates;
• changes in commodity and power prices;
• acts of foreign governments and the outcome of legal proceedings;
• the supply and demand for, deliveries of, and the level and volatility of prices of copper and other commodities and products used in our operations;
• the ongoing supply of material for processing from Codelco’s current mining operations;
• the ability of the Company to profitably extract and process material from the Cauquenes tailings deposit;
• the timing of the receipt of and retention of permits and other regulatory and governmental approvals;
• our costs of production and our production and productivity levels, as well as those of our competitors;
• changes in credit market conditions and conditions in financial markets generally;
• our ability to procure equipment and operating supplies in sufficient quantities and on a timely basis;
• the availability of qualified employees and contractors for our operations;
• our ability to attract and retain skilled staff;
• the satisfactory negotiation of collective agreements with unionized employees;
• the impact of changes in foreign exchange rates and capital repatriation on our costs and results;
• engineering and construction timetables and capital costs for our expansion projects;
• costs of closure of various operations;
• market competition;
• the accuracy of our preliminary economic assessment (including with respect to size, grade and recoverability) and the geological, operational and price assumptions on which these are based;
• tax benefits and tax rates;
• the outcome of our copper concentrate sales and treatment and refining charge negotiations;
• the resolution of environmental and other proceedings or disputes;
• the future supply of reasonably priced power;
• rainfall in the vicinity of MVC continuing to trend towards normal levels;
• average recoveries for fresh tailings and Cauquenes tailings;
• our ability to obtain, comply with and renew permits and licenses in a timely manner; and
• our ongoing relations with our employees and entities with which we do business.

Future production levels and cost estimates assume there are no adverse mining or other events which significantly affect budgeted production levels. Although the Company believes that these assumptions were reasonable when made, because these assumptions are inherently subject to significant uncertainties and contingencies which are difficult or impossible to predict and are beyond the Company’s control, the Company cannot assure that it will achieve or accomplish the expectations, beliefs or projections described in the forward-looking statements.

We caution you that the foregoing list of important factors and assumptions is not exhaustive. Other events or circumstances could cause our actual results to differ materially from those estimated or projected and expressed in, or implied by, our forward-looking statements. You should also carefully consider the matters discussed under Risk Factors in the Company`s Annual Information Form. The forward-looking statements contained herein speak only as of the date of this news release and except as required by law, we undertake no obligation to update publicly or otherwise revise any forward-looking statements or the foregoing list of factors, whether as a result of new information or future events or otherwise.

Graham Farrell
Harbor Access LLC
+1 416 842-9003
email us here

Source: EIN Presswire

MachineryScanner nominated one of the Top Software Companies in Malta


Used equipment for sell

We are proud to announce that we have been nominated by Best StartUp Europe, for Top Software Company in Malta.

MALTA, MALTA, June 30, 2021 / — MachineryScanner was built on trust and innovation, and today, we are proud to announce that we have been nominated by Best StartUp Europe, for Top Software Company in Malta.

We don’t take this honor lightly. Our dedicated team has been hard at work since 2017, developing an exceptional platform that provides stress-free solutions to several industries. Our mission is to connect customers with highly ranked and certified companies around the world, in a safe and professional environment.

We are bringing, literally, a world of possibilities to our customers by offering the use of a smart search engine to assist them in making an informed decision when buying any equipment, part, or heavy machinery for farming, used construction, and truck industries.

"Revolutionary ideas are often met with fear and doubt. Those who persevere and succeed are called pioneers."

Being nominated for Top Software Company, after being in the market for only four years, is another huge and noteworthy milestone of many to come. MachineryScanner not only has transformed the way businesses around the world can connect with confidence, but also has introduced the first Search Engine dedicated to heavy equipment to help you find the best deal in less time – and that means saving you money. We have access to global and trusted listings to link you to the right vendor. We review dealers, work with certified companies, inspect equipment, and assist with shipping.

Moreover, MachineryScanner is constantly evolving to bring you the latest market trends worldwide, and along with the Marketing LAB, we have created a custom-oriented digital agency that assists companies on their marketing needs to launch them successfully into today’s competitive marketplace. We can help establish the identity, tone, and branding of your company to generate visibility, so the result is an increase in your sales.

Our ideas, market growth, and platform optimal performance have set us apart, and presently, we are recognized for it. The nomination for one of the Top Software Companies in Malta means that we are walking on the right path to fill a huge gap in the industry, by following principles of trust, low costs, and efficiency with countless successful customer stories.

About Best StartUp Europe: a media company based in London with a team of expert analysts, who choose the most innovative and successful companies in Europe to help launching them into a global stage to increase investments in Europe.

Stefano d'Alberti
+356 2778 1650
email us here
Visit us on social media:

Source: EIN Presswire

Autonomous Mining Equipment Market Trends, Strategies, Opportunities In The Autonomous Mining Equipment Market 2021-2030

Autonomous Mining Equipment Market Report 2021: COVID 19 Growth And Change To 2030

Autonomous Mining Equipment Global Market Report 2021: COVID 19 Growth And Change To 2030

The Business Research Company’s Autonomous Mining Equipment Global Market Report 2021: COVID 19 Growth And Change To 2030

LONDON, GREATER LONDON, UK, June 29, 2021 / — According to the new market research report ‘Autonomous Mining Equipment Global Market Report 2021: COVID 19 Growth And Change To 2030’ published by The Business Research Company, the global autonomous mining equipment market is expected grow from $2.28 billion in 2020 to $2.81 billion in 2021 at a compound annual growth rate (CAGR) of 23.2%. The growth is mainly due to the companies resuming their operations and adapting to the new normal while recovering from the COVID-19 impact, which had earlier led to restrictive containment measures involving social distancing, remote working, and the closure of commercial activities that resulted in operational challenges. The market is expected to reach $3.44 billion in 2025 at a CAGR of 5%. Rising concerns regarding miners' safety are driving the autonomous mining equipment market.

Request For A Sample For The Global Autonomous Mining Equipment Market Report:

The autonomous mining equipment market consists of sales of autonomous mining equipment that works on wireless communication technologies and electronic tracking (CT) systems. Autonomous equipment involves minimal human intervention and helps in safe and productive mining and transportation of ores and other materials. The market consists of revenue generated by the companies manufacturing autonomous mining equipment by the sales of these products.

Trends In The Global Autonomous Mining Equipment Market
Implementing data analytics such as artificial intelligence, machine learning, Internet of Things (IoT)-embedded systems, and other analytics in mining systems is a key trend in the autonomous mining equipment market. Artificial intelligence (AI) is helping to transform the mining industry into a safer, more profitable, and more environmentally friendly industry. AI can analyze vast quantities of data to better predict where to find better resources, along with minimizing errors. IoT system advances in mining equipment are making extraction cheaper without deteriorating existing grades. All of these changes are helping the industry improve its efficiency from mine to market.

Global Autonomous Mining Equipment Market Segments:
The global autonomous mining equipment market is further segmented based on type, application and geography.
By Type: Autonomous Hauling/Mining Trucks, Autonomous Drilling Rigs, Underground LHD Loaders, Tunneling Equipment, Other
By Application: Metal, Coal, Others
By Geography: The global autonomous mining equipment market is segmented into North America, South America, Asia-Pacific, Eastern Europe, Western Europe, Middle East and Africa.

Read More On The Report For The Global Autonomous Mining Equipment Market At:

Autonomous Mining Equipment Global Market Report 2021 is one of a series of new reports from The Business Research Company that provides autonomous mining equipment global market overviews, analyzes and forecasts market size and growth for the global autonomous mining equipment market, autonomous mining equipment global market share, autonomous mining equipment global market players, autonomous mining equipment global market segments and geographies, autonomous mining equipment global market’s leading competitors’ revenues, profiles and market shares. The autonomous mining equipment global market report identifies top countries and segments for opportunities and strategies based on market trends and leading competitors’ approaches.

Read Autonomous Mining Equipment Global Market Report 2021 from The Business Research Company for information on the following:

Data Segmentations: Market Size, Global, By Region And By Country; Historic And Forecast Size, And Growth Rates For The World, 7 Regions And 12 Countries

Autonomous Mining Equipment Market Organizations Covered: Caterpillar, Komatsu, Rockwell Automation, Hitachi, Sandvik, Hexagon, Atlas Copco.

Regions: Asia-Pacific, China, Western Europe, Eastern Europe, North America, USA, South America, Middle East and Africa.

Countries: Australia, Brazil, China, France, Germany, India, Indonesia, Japan, Russia, South Korea, UK, USA.

Interested to know more about The Business Research Company?

The Business Research Company has published over 1000 industry reports, covering over 2500 market segments and 60 geographies. The reports draw on 150,000 datasets, extensive secondary research, and exclusive insights from interviews with industry leaders. The reports are updated with a detailed analysis of the impact of COVID-19 on various markets. Here is a list of reports from The Business Research Company similar to the Autonomous Mining Equipment Global Market Report 2021:

Autonomous Farm Equipment Global Market Report 2021: COVID-19 Growth And Change To 2030

Autonomous Construction Equipment Global Market Report 2021: COVID-19 Growth And Change To 2030

Material Handling Global Market Report 2021: COVID-19 Impact And Recovery To 2030

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Oliver Guirdham
The Business Research Company
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Source: EIN Presswire

International Council for Machinery Lubrication (ICML) introduces two specialized varnish certifications

ICML's new, specialized VIM and VPR certifications focus strictly on machinery varnish and deposits.

ICML’s new, specialized VIM and VPR certifications focus strictly on machinery varnish and deposits.

New VIM and VPR credentials will help maintenance teams identify and develop key players in the perpetual fight against varnish and deposits.

BROKEN ARROW, OK, UNITED STATES, June 28, 2021 / — The International Council for Machinery Lubrication (ICML) is pleased to announce the rollout of two new certifications this month. They are the Varnish and Deposit Identification and Measurement (VIM) certification, and the Varnish and Deposit Prevention and Removal (VPR) certification.

These certifications focus on the unique and persistent challenges presented by varnish and deposits, the mitigation of which comprises a specialized branch of machinery lubricant condition monitoring.

“We are all very excited about the launch of these two short varnish certifications,” said ICML Executive Director Leslie Fish. “Hearing from our partners in the field about the prevalence of lubricant degradation and the constant necessity for mitigation of varnish and deposits, it was important that we as an organization start working in a whole new way to meet the needs of the clients, by directly providing short certifications in every aspect of industry. VIM and VPR are the first such offerings, and they would not have been possible without the guidance and assistance from our varnish committee members.”

“It gives me immense pleasure as the VIM and VPR certifications are issued,” said Jatin Mehta of Fluitec, a member of ICML’s varnish test development committee. “We had many discussions and debates on which questions and topics to include. These will be of tremendous value to industry professionals.”

Andrés B. Lantos of Laboratorio Dr. Lantos in Argentina, another varnish committee member, said, “Aging of lubricants is inevitable, so the reliable approach is to manage varnish formation and removal. With these new varnish certifications, ICML can certify professionals ready to manage varnish issues and avoid equipment downtime for this cause.”

Both varnish certifications are designed to verify that practitioners in the fields of lubrication management, reliability engineering, and lube oil analysis (as applied to machinery lubricant condition monitoring and maintenance) are qualified to understand how various modes of lubricant degradation and types of contamination relate to the formation of lube-derived deposits.

ICML anticipates that VIM and VPR candidates will be those involved with all aspects of managing or advising lubricant programs with responsibility for recommending, selling, or installing appropriate deposit control equipment or other mitigation strategies. Job titles related to these functions would likely include Reliability Engineer, Operations Manager, Maintenance Manager, Root Cause Analysis Specialist, Filtration Specialist, Lube Distributor, Lube Sales, Laboratory Technician, Research Technologies, Data Analyst, etc.

VIM and VPR represent the culmination of three years of work by ICML’s varnish test development committee. As described in a January 2019 article, several practicing experts around the world—including Mehta and Lantos—volunteered their expertise to compile the varnish body of knowledge and build the initial bank of test questions. They eventually split the results into two separate certifications that could allow candidates even greater specialization by emphasizing different areas of expertise.

• VIM seeks to verify that candidates can recommend suitable oil analysis tests and mitigation efforts related to the deposit tendencies of various in-service fluids (depending on applications) and to monitor and adjust as necessary.
• VPR seeks to verify that candidates understand proactive methods and technologies that can be employed to reduce the degree of degradation, and that they can sufficiently evaluate combinations of technologies to prevent and remove varnish–including the proper steps to set up and implement an effective varnish removal system.

Candidates can prepare for these new exams by reviewing the VIM and VPR bodies of knowledge, which are publicly available on ICML’s website. Because these certifications are so specialized, their exams are considerably shorter than other ICML exams: only 25 questions each, to be completed within 45-minute sessions. Although there is no prerequisite to undergo formal training, every candidate must already hold at least MLA I or MLT I certification or have a one-year minimum of relevant experience with industrial lubricants.

Application for VIM and VPR exams opened on Monday, June 21. The exams will be available only in the English language for several months, with translations into additional languages during the latter part of 2021.

Direct further inquiries about VIM and VPR exams to

Paul Hiller
International Council for Machinery Lubrication
+1 918-615-6575
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Source: EIN Presswire

Leading North American Bus manufacturers implements Quest Informatics digital parts catalogue

BANGALORE, KARNATAKA, INDIA, June 28, 2021 / — Leading North American Bus manufacturer is a leading Manufacturer of sustainable transportation solutions in North America. Its portfolio includes hybrid electric buses, high-capacity vehicles, smart transportation system, Coaches, Conversion Buses and Motorhome Buses. They implemented Quest Informatics digital parts catalogue to support its end customer to Order spare parts efficiently, use it as a good service tool, with all notifications on Service campaigns, information about Vehicle, Manuals to name few features of it.

Customer has built transit buses in North America from 1960’s and produced 40’ rigid and 60’ nominal lengths with a variety of powertrains. Its product range includes conventional fuel (diesel and natural gas), hybrid diesel-electric, and battery electric buses. While the base platform has remained same, the sheer variety of parts posed unique challenges for its end customers. With many fleet owners possessing a variety of models, the current parts catalogue used by the manufacturer had many limitations. Accuracy with regards to parts identification was low. Parts department employee to quickly locate parts they were seeking was hampered. Search options were limited and not e-commerce enabled. The current electronic parts catalogue also had limitations in supporting various file formats (PDF, flash, or HTML) and imaging options (hotspots, color).

Rudresh Basavarajappa, CEO of Quest Informatics, said our Solution has significantly reduced cost and time for new catalogue creation, with high content reusability and easy information. Digital Parts Catalogue is also facilitating our client to link service manuals and technical documents with assembly and effectively manage version control & catalogue change management. Quest Informatics is happy to support our client in its aftermarket digital transformation journey, extremely excited with this new deployment

About Quest Informatics, India, Bangalore.

Quest Informatics is an IT services and Product company with a strong focus on aftermarket. Headquartered at Bangalore, India, Quest has been recognized globally for its innovative and affordable solutions to address client’s challenges. We have been able to provide game changing solutions for our clients by combining our deep industry experience with cutting-edge scalable technologies. Quest has specialized in building enterprise class solutions to manage complex parts and service operations. Quest suite of solutions are routinely highly rated by the industry and media and deployed by leading business names. Quest engineering service division provides outsourced or insource development, maintenance and integration of parts catalogue, parts information management, parts helpdesk, technical publication in areas like service, owner’s manuals, illustrations/image processing, etc. Quest also brings in deep technical and domain knowledge to build customized solutions for cloud, mobile and handheld devices under various technology platforms. We have successfully developed and deployed large scale customized software for corporate and government sector. Backed by a strong team, skilled and dedicated professionals Quest is also equipped with state-of-art facilities in terms of Infrastructure, Communication, Machinery and Captive Power.

Santosh Kumar Singh
Quest Informatics Private Limited
+91 94490 53553
email us here
Visit us on social media:

Source: EIN Presswire

Omnicomm And Dehispa Bring Comprehensive Fleet & Fuel Management To Spain, Portugal & Caribbean

Omnicomm- Fuel and Fleet Management

Omnicomm- Fuel and Fleet Management

OMNICOMM has partnered with Dehispa to deliver a comprehensive fleet and fuel management solution to their customers in Spain, Portugal and the Caribbean.

MADRID, SPAIN, June 28, 2021 / — The global developer and manufacturer of complete IoT-based fuel and fleet management solutions OMNICOMM has signed a partnership deal with Dehispa, the Spanish engineering company specializing in project management.

Together, OMNICOMM and Dehispa (part of Walma Dynamic Group) will bring OMNICOMM's complete fuel and fleet management solution to companies involved in IoT, construction, oil and gas, mining and other industries in Spain, Portugal and countries in the Caribbean. The partnership will provide businesses of any size with highly-accurate, real-time fuel and fleet monitoring to achieve cost reductions, improve efficiency and boost safety standards.

C-level management representatives of OMNICOMM and Dehispa shook hands on the final agreement and secured the deal with signatures during OMNICOMM’s team visit to Madrid, Spain. The partnership is an auspicious start to OMNICOMM’s participation in Mobile World Congress 2021 (MWC21) in Barcelona, June 28th to July 1st.

Boris Pankov, CEO of OMNICOMM, says “There is an ideal match between Dehispa and OMNICOMM. Dehispa is a technology enabler for European manufacturers of highly sophisticated equipment in industry verticals such as Internet of Things (IoT), oil and gas, and construction. Jointly, we will lead the next-generation digitization of commercial assets in these industries.”

“Today is an important day for Dehispa and Walma Dynamic Group,” concludes Guillermo Álvarez, CEO of Walma Dynamic Group. “Following the deal signature, a strategic agreement was reached to commercialize and develop OMNICOMM solutions in Spain, Portugal and the Caribbean area.”


OMNICOMM is a global telematics expert with over 20 years of experience in fuel and fleet management solutions. The fleet management solutions include high precision fuel-level sensors with an accuracy of 99.5%, terminals, displays and Omnicomm Online fuel management solutions. These products are equipped in more than 1.2 million vehicles across more than 113 countries across: logistics and transportation, construction, heavy machinery, mining, oil & gas, telecom and smart cities. For more information, visit Omnicomm at We are also available on LinkedIn, Facebook and Youtube. To connect with us, reach out to Omnicomm at

ABOUT DEHISPA (a part of Walma Dynamic Group)

Founded in 1984, Dehispa is part of Walma Dynamic Group and serves a wide range of sectors, including mining, infrastructure, agriculture, energy, industrial and environmental. Dehispa works with clients all over the world to deliver turnkey solutions and manage entire project lifecycles, from designing preliminary drafts to engineering to automation and maintenance.

Marina Tsvetkova
email us here
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Source: EIN Presswire

Iron Removal from Bore Water: Chemical-free Vs Chlorine Oxidation before Filtration



Iron removal from bore water

Iron removal from bore water

Australian bore water can contain high levels of soluble iron. Depending on the PH, aeration can be enough to oxidase and precipitate iron before filtration

Australian bore water can contain high levels of soluble iron. Based on iron concentration and the PH found in water, aeration can be enough to oxidase and precipitate the iron before filtration”

— David Garcia

EDGECLIFF, NSW, AUSTRALIA, June 28, 2021 / — More releases
Watercore Launches a New Range of Chemical Dosing Systems for Water Treatment Applications announced 4 days

About Watercore
Iron Removal from Bore Water: Aeration VS Chemical Oxidation before Filtration

Depending on the iron concentration and the PH found in bore water, it may be possible to use only aeration to oxidase and precipitate the iron before filtration
Iron removal is a common treatment for commercial industrial and drinking applications. Iron and Manganese in their oxidized forms can contribute to suspended solids in water. Found as dissolved ions in many underground water sources, Iron and Manganese become insoluble solids after oxidation when in contact with Oxygen present in surface waters.

Australian bore groundwater can contain soluble Iron and oxidised Iron as hydroxides and oxides. Bore water often contains high levels of soluble iron which is oxidised and forms particles when in contact with the dissolved oxygen in water.

Iron concentrations in bore water typically range from 0-10.0 mg/L, but 20 mg/L or higher are not uncommon. Manganese is much less common, and typically ranges from 0-2.0 mg/L.

In general terms and when present in low to medium concentration levels in drinking water, Iron does not represent a risk to health or the environment. However, it brings an unpleasant metallic taste and colour to the water flow.

In commercial and industrial environments Iron has a much bigger impact: Iron will deposit on surfaces and cause corrosion, overheating problems, clogs and blockages. Iron deposits on the heat transfer surfaces are typically hard, dense and porous and accelerate corrosion while generate an insulating effect that prevents heat transfer and causes the temperature of metals to increase.

Iron removal from bore water involves converting it into non-dissolved particles that can be removed by standard filtration methods. Treated water can have an Iron content as little as 0.01 ppm, which qualifies for membrane filtration systems such as reverse osmosis, nanofiltration or ultrafiltration.

Dissolved Iron cannot be filtered easily so the common practice consists of transforming it into the undissolved form and then remove the particle flocks by filtration.

Hence, removal of Iron from water is divided in two separate stages:

Oxidation and precipitation of dissolved ferrous Iron into particulate Ferric Iron (hydroxide).
Removal of precipitated Iron particles by means of media filtration

The oxidation stage can also be carried out by:

Aeration in cascades or spraying open-air systems similar to cooling towers
Chemical dosing of stronger oxidants such as Chlorine or Potassium Permanganate

Aeration requires a significant footprint but is easy with low running costs other than the initial investment. It also helps removing aggressive CO2 and with Hydrogen Sulfide removal.

Oxidation by means of chemical dosing is faster than aeration and very effective regardless of the iron content in water, however operational costs will be higher and chemical handling will be a part of the process.

Depending on the iron concentration the PH founf in water, it may be possible to use only aeration to oxidase and precipitate the iron before filtration.

Both iron and manganese can always be oxidised with aeration, however the kinetics of this reaction depend heavily on the pH. Below a pH of 7, oxidation by aeration is very slow and requires a long contact time (more than 30 min). Although this process is chemically possible, it is not economically viable.

Iron oxidation occurs best within a pH range of 7.5-8, where aeration can take place in around 10 min.

At Watercore, our team of bore water Iron filtration experts can point you in the right direction in regards to the best possible option for your iron removal.

David Garcia
+61 1300 742 010
email us here
Visit us on social media:

Source: EIN Presswire

Mexus Sales Gold; Shipping Additional Gold For Processing

RENO, NEVADA, UNITED STATES, June 27, 2021 / — Mexus Gold US (OTCQB: MXSG) (“Mexus” or the “Company) announced that the company has sold gold dore as a result of recent production at its Santa Elena mine located in Caborca, MX. The sales netted the company $24,000. In addition, the company is in the process of shipping activated carbon to the U.S. for processing. It is believed that this material contains up to 75oz. Au. Mexus is also adding liner to the existing heap leach pad which will allow for increased production. Material currently being mined continues to test in the 5.66gpt Au range.

About Mexus Gold US
Mexus Gold US is an American based mining company with holdings in Mexico. The fully owned Santa Elena mine is located 54km NW of Caborca, Mexico. Mexus also owns rights to the Ures property located 80km N of Hermosillo, Mexico. This property contains 6900 acres and has both gold and copper on the property. Founded in 2009, Mexus Gold US is committed to protecting the environment, mine safety and employing members of the communities in which it operates.

For more information on Mexus Gold US, visit
Mexus Gold US (775) 721-9960. Paul Thompson Sr

Cautionary Statement
Forward looking Statement: Statements in this press release may constitute forward-looking statements and are subject to numerous risks and uncertainties, including the failure to complete successfully the development of new or enhanced products, the Company's future capital needs, the lack of market demand for any new or enhanced products the Company may develop, any actions by the Company's partners that may be adverse to the Company, the success of competitive products, other economic factors affecting the Company and its markets, seasonal changes, and other risks detailed from time to time in the Company's filings with the Securities and Exchange Commission. The actual results may differ materially from those contained in this press release. The Company disclaims any obligation to update any statements in this press release.

Paul Thompson
MexusGold US
+1 775-721-9960
email us here

Source: EIN Presswire


Model of containerized structure of mining plant

Different model design and calculated area which they cover

In plant design, particularly in the mining sector, Coronet Metals US has evolved the modular approach of container – based structure of building.

BEATTY, NEVADA, UNITED STATES, June 27, 2021 / — In plant design, particularly in the mining sector, Coronet Metals US has evolved the modular approach of container – based structure of building. For several years, modular mineral processing facilities have been used in a wide range of industries. When the working site is very distant, site access and area are limited, the work plan requires plant modules to be built in parallel, and/or the plant has a short lifetime at one site and will then be shifted to another site, a modular concept will typically be decided to adopt in terms of the original site constructed plant method. We're employing high-cube container frame of about 20-foot or 40-foot. The height and the width of the structure will be 28 and 100 feet, respectively. The corners casting, which has a design patent, may be plugged into the bottom rail, post, and cross structure by tightening bolts instead of welding. Pre-assembly parts can reduce the shipment volume to the facility. The processing machine will be housed within a container, that is double or triple stacked on side, that takes only a few days to install.
The foundation construction of the mining plant, design requires a lot of money and work, specifically in flat land like deserts in Nevada, Arizona, and New Mexico. For minor to big plants, the industrial revolution is the first container – based enclosure for the USA's foremost dry concentration facility, that will be built near Beatty, Nevada.


The benefits of plant modularization, especially in the mining industry can be enhanced in some situations by containerizing the plant components. These are the circumstances, where transportation expenses account for a significant percentage of the overall costs throughout the product ’s life cycle. While ensuring acceptable high plant operational capability and reliability, this strategy aims to reduce the transportation costs and enhance ease of access and site assembly.


Employee accommodations are frequently required for distant mining sites, mineral and geophysical investigation, research centers, as well as other economic interests. Coronet metal’s us modular containerized buildings are a preferable solution for creating modular, employee residential buildings or full distant camp facilities in certain circumstances, where Access to housing is lacking or inadequate.
The following are some examples of project criteria that may make a modular approach desirable:
• Extremely distant places that could make a modular approach appealing.
• Comparatively small aspect of project management
• Project test / experimental facilities
• Limited working life
• Multiple mining sites, each with its own reasonably short life span
• Progressive improvement in output capacity


If you're searching for a convenient and simple approach for a perfect short term solution to handle your personnel, look no further than a coronet metal containerized structure. We are innovators in the design, manufacture, and installation of high-quality, high-cube modular container frames that can be used as offices, healthcare facilities, schools, construction site workplace, overnight accommodation, shower and toilet facilities etc. These units are particularly well-suited to businesses involved in the mining, gas, and oil industries as well as public economic development.
The advantages of our containerized modular design are numerous, they are quickly manufactured, constructed, and delivered to clients, whilst being safe, robust, eco friendly, and affordable. Container steel is reusable, resulting in lower energy use and pollution. Furthermore, containers are often built at a factory, shipped to building sites, and swiftly erected, following a standardized design and construction procedure that is simple to manage and construct. Moreover, depending on the site planning needs, containers can take a number of shapes. Containers are employed, not just for mining purposes, but also for public buildings, disaster relief housing, fields, and military projects.


According to the demands of your project, we may employ containerized building models to develop modular structures of various heights. The modular structures may be linked horizontally to create larger rooms or placed one on top of the other to generate two structures. Modular structures are typically one or two stories high. You will save money on marine and land shipping expenses due to the unique packing of containerized construction models. A single 40-foot container for transportation, for example, can convey 140 m2 of conventional structures. We can use the containerized building models to create modular buildings of several levels, according to the needs of your project. The modular structures can be joined horizontally to form large spaces or stacked one on top of another to construct individual components. Modular structures are generally designed with one or two levels.

James Gim
Coronet Metals US Inc,

Source: EIN Presswire

Champlain Tower Collapse: Paramount Miami Lights-Up Largest L.E.D. Global Flags Mosaic & "One World, One Prayer" Message

700-Foot Paramount Miami Worldcenter Illuminates Magic City Skyline with Nation’s Largest L.E.D Display of Flags From Around the Globe and Message, “One World, One Prayer,” for Victims of Surfside Building Collapse

Surfside Building Collapse: Paramount Miami Worldcenter Tower Lights-Up Magic City Skyline with Largest L.E.D. Mosaic of International Flags and Lyrics, “One World, One Prayer.”

Emilio Estefan & The Wailers: “One World, One Prayer,” Song Sends Signal of Solidarity | B-Roll & Photos Below |

This is a message of global unity. We are a community in mourning; and ask the world to pray for the families of the victims of this tragedy, and to pray for hope that more survivors will be found.”

— Daniel Kodsi, CEO-Developer, Paramount Miami Worldcenter

MIAMI, FLA, USA, June 26, 2021 / — Every night, until all of the missing victims of the Champlain Towers building collapse are accounted for, downtown Miami’s 700-foot Paramount Miami Worldcenter skyscraper will light-up the “Magic City" skyline with America’s largest electronic moving mosaic of flags from around the globe and the words, “One World, One Prayer.”

(Click Here: B-Roll & Photos)

Emilio Estefan’s Global Unity Anthem

“One World, One Prayer” is the title of the recently-released global unity anthem written and produced by Miami’s 19-time Grammy Award winner Emilio Estefan. His wife is seven-time Grammy Award winner Gloria Estefan. The song is performed by the world-famous Bob Marley and The Wailers reggae band.

Local radio stations are being asked to play the song every evening.

Tower Lighting Times

At the top of every hour; for two minutes; beginning at 5:00 a.m. until sunrise; and from sunset to midnight; the nation’s tallest electronic animation lighting system will display moving images of flags representing 132 countries and an enormous ticker-tape-style L.E.D. read-out of the song’s title: “One World, One Prayer.”

Global Mosaic Message of Hope

Paramount, which is downtown Miami’s soaring signature skyscraper, will illuminate its 693-foot-tall center column and its 150-foot-high by 300-foot-wide rooftop crown with a moving-medley of fluttering flags from five continents. Across the building's 100-yard-long crown and through its 233-yard-high middle, are the scrolling lyrics, “One World, One Prayer.”

Estefan & The Wailers

Emilio Estefan says, he collaborated with Bob Marley’s daughter, Cedella Marley, and her son, Skip Marley, in the production of “One World, One Prayer.” Also working with Estefan are Puerto Rican musician “Farruko,” Jamaican superstar “Shaggy,” and original Wailers’ band member, Aston “Family Man” Barret.

Estefan says, it took him two-years to write, compose and complete the song. He says, “The tower-lighting signals the critical importance of worldwide unity and prayer at this time of tragedy.”

Paramount Miami Worldcenter

The Paramount skyscraper rises from of the heart of the 27-acre, $4-billion Miami Worldcenter. It is the nation’s largest urban core construction project and America’s second-largest real estate development.
Bob Marley

Bob Marley was a reggae music Rastafarian icon best-known for his 1963 hit, “One Love, People Get Ready.” He and The Wailers recorded 15 albums. Marley was also a controversial proponent of the medicinal purposes of marijuana smoking. He died in May 1981 from melanoma cancer. If he was still alive, Marley would be 76 years-old.


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Champlain Towers Collapse, Paramount Miami Worldcenter Lights-Up Largest L.E.D. Flag Display and One World, One Prayer Message

Source: EIN Presswire