Properties: Piskanja

Piskanja is located in a historical mining region that has good infrastructure for mining including roads, rail, electric power, experienced miners, etc., 250 km south of Belgrade, Serbia by good paved roads. Lithology at Piskanja is typical of sedimentary basins, (primarily shales, marls and limestone) with two primary gently undulating borate beds. Mineralization is primarily dense, compact colemanite with some ulexite. In 2005, a public tender offer was prepared by the government of the Republic of Serbia (Ministry of Mining and Energy) for the Granting of a Concession for the Exploration and Development of the Boron Deposit in the Jarandol Tertiary Basin. The report cites a resource of “more than 7,500,000 tons with the useful component of 36.39% B203. No author or source are cited for this resource and no statement is issued on the resource classification used and the exact reference and parameters used cannot be verified. This is a “historical estimate” by definition that cannot be treated as a current resource. A Qualified Person has not done sufficient work to classify this historical estimate as current.

• Erin Ventures has been granted an exploration license with the sole right to apply for an exploitation (mining) license for the Piskanja boron deposit located in Serbia.
• A drill program began in the third quarter of 2011, with the goal of establishing a NI43-101 compliant resource.
• It is anticipated that the current exploration phase and a mining license application will be completed within 2012.
• Erin management is actively engaged in the due diligence process with several potential strategic partners regarding the development and exploitation of its Piskanja boron project in Serbia.
• The Piskanja deposit currently does not have an NI 43-101 compliant resource, but historical (non-compliant) estimates and the results of drilling done to date indicate that the deposit is a property of merit and worthy of further study.

What is Boron?

Articles

High-tech and low tech, boron's on the rise. But can you get access? Read full article - disclaimer Boron: From Fishing Rods To Flares (PDF, 652k) - Hard Assets Investor

Further reading - disclaimer Marching Ahead - Borates Look to High-priced Future – Asian Ceramics.

Introduction

It is difficult to comprehend the variety of uses of boron in construction, manufacturing, medicine, science, microelectronics, pharmaceuticals, telecommunications, space travel, communication satellites, specialty metals, battery technology and more! We could not survive without the element boron. It is found all around us and we are in constant contact with this vital element – even though we are, for the most part, not aware of it.  Interestingly, economic occurrences of Boron are quite rare and large economic deposits exist in only a few places.

Some common applications of boron include glass production, insulation, fertilizer, silicon, metallurgy, LCD screens, stealth technology, sports equipment, nuclear reactors and waste storage, lithium batteries, computers, heat shields and medicines. Boron can also be found in automotive products like motor oil, brake fluid, steering fluid and antifreeze.

The number of items that contain boron in homes is surprising. Roofing materials, wallboard, paint, fiberglass insulation and cellulose insulation all contain boron. When used as a treatment for construction materials such as wood, plastic, bricks, pipes and wires, boron helps to protect from mold, fungus and insects. Boron is found in the ceramic tiles on the floors, in the porcelain enamel used on your sink, refrigerators, pots and pans. Boron is also in heat resistant cookware, crystal glass and dishwasher detergent. Boron is also found in soap, shampoo, creams, lotions, makeup, shaving cream, lens solution, hair products (dye, straighteners, perms etc.) and even tooth and denture products. Sheets, bed coverings and clothing contain boron that improves fibre performance. Boron is also used in detergents, laundry boosters and bleaches.

All plant life requires boron to grow. Boron is key to the flowering, pollen, seed and fruit development and germination itself. It also plays a major part in the production of sugar and carbohydrates within leaves and roots. Fertilizers also contain boron. It would not be possible to grow many crops, especially in areas where the natural occurrence of boron is low, without the addition of boron.

• Boron is a critically important industrial mineral. World production of boron minerals reached an estimated 4.35 million metric tons in 2010.



• Consumption of borates used in high-technical applications is expected to increase by 10% in North America and 13% in Europe by 2012. China is the largest consumer of boron, where consumption has risen by 15 percent per year from 2000 to 2010.
• Borate minerals and refined borate products are used extensively worldwide in the manufacture of vitreous products such as fiberglass insulation, textile fiberglass, borosilicate glass (e.g. LCD screens), ceramic glazes and porcelain enamels. These applications account for approximately 60 per cent of borate consumption, with detergents, fire retardants, metallurgy, agriculture, insecticides, wood preservatives and specialty products accounting for the remainder.

Source: US Geological Survey, Report on Boron - 2010 (with 2011 update).

• Market prices reflect the relative scarcity of borates with prices averaging: US$690-$730/tonne for colemanite concentrate (40% B2O3); $666-$697/tonne for ulexite (40% B2O3); $1250-$1309/tonne for boric acid; and US$50/kg for anhydrous borax.

Source Industrial Minerals Online. June 2011

See images of Serbia

Read about the Serbia Piskanja project and the Volujski Kljuc ("VK") alluvial gold deposit.