Clean energy from waste Rocks Innovative proprietary process to extract value metal from massive sulphide deposits unwanted Pyrrhotite ores and convert consequent exothermic reactions into usable clean electrical power. Absolutely Green, Sustainably Clean, Economically Viable.
◊ Intrinsic energy recovery by proprietary technology. ◊◊ E.g. 6000 t/day ore feed, containing 25-30% S gives 1,000,000 MJ (megajoules)/h of energy ◊◊◊ Equivalent to ~300 MW (some of this will be needed for plant, with remainder being tapped onto a power grid ) ◊◊◊◊ Equivalent to burning 24,000 litres/h of heavy fuel oil ◊◊◊◊◊ […]
1. Burning of fossil fuels Coal, Oil High carbon footprint – CO2 2. Hydro-Electric Power Power Dams Damage to local eco-systems 3. Nuclear Power Potential for accidents – radioactive clouds Spent fuel highly radioactive Long half-life, difficult to safely dispose of
Processing of Massive Base Metal Sulphide Ores Mined for centuries to recover metals Cu, Ni, Co, Pb, Zn However only a fraction of powerful energies inherent in these ores are recovered via conventional metal recovery processes ENERGYROCKS maximizes environmentally friendly energy extraction from these metal sulphides, and is a zero effluent technology – zero carbon […]
…of a polymetallic, magmatic sulphide mineralization Traditional treatment processes, especially for components like massive nickeliferous sulphides, presents challenges that conventional processing routes cannot address. EnergyRocks offers not only recovery of all payable metals, but one where the power requirements for the operating plant itself can be derived from the feed. In remote locations, with little […]
Pyrrhotite ores are vast reservoirs of untapped resources imbued with latent clean energy. Presence of this ore is considered a liability by the mining industry as only a fraction of accompanying value metals are viewed as recoverable. Often discarded as untreatable by conventional processes back into the environment in tailing ponds that are detrimental to […]
Proof of Concept is the penultimate test of an innovation, embodied in building of a functional prototype of the application. It is an implementable, scaled-down version of the full system, and is intended to be replicable and scalable. This proof of concept is a proof of principle and the realization of the pre-commercial phase in […]
