Cu29

To flourish and profit in todays challenging commodities market, smarter and faster production is required. Cu29 has successfully developed a revolutionary operating platform that delivers copper significantly cheaper and faster from small or large ore resources globally. Cu29 is destined to become the worlds lowest cost copper manufacturer, and wi... ll enjoy exponential growth. Copper production today is dominated by a few large players in the industry, mainly because the technologies deployed require an extremely high capital investment into the plant build and associated infrastructure such as electricity provision. Operationally, these plants are complex and dicult to run eciently in remote areas. Apart from creating a high barrier to entry for small to medium players, this also means that only large ore deposits have been considered for development. This leaves an array of dormant small to medium sized deposits unexploited, (often in more remote locations) and denies their current owners any possibility of a return on investment. Cu29 has set out to take advantage of this with its revolutionary modular copper making technology. Cu29s resulting cost of production is substantially lower than the current industry average, providing a margin of approximately 50% on the current copper price. Utilising its unique patented technology at its prototype plant in South Africa, Cu29 has: Proven its technology, by producing over 50 tons of 98% copper blister per month over a four month period during the operational trial. Positioned itself to fundamentally step-change the way copper can be produced in the future. Proven a substantially lower cost of production than the industry average. Run a number of successful lengthy commissioning campaigns. Developed a modular containerised plant concept enabling speed of deployment. Established an opportunity to roll out the technology already deployed in South Africa on proven reserves in North America and sub-Saharan Africa. Created the expertise to manage distributed, remote ...Read More