Blue Cube Systems
In-Line Grade Quantification Instrumentation
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Blue Cube Systems, a technology company based in Stellenbosch, Western Cape, South Africa, designs, manufactures, distributes and supports in-line mineral quantification instrumentation.
In-line mineral quantifier
The company recently introduced state-of-the-art instrumentation for the in-line measurement of mineral grades in froth flotation concentrator plants.
The technology used in the flotation applications is a further development of the proven Blue Cube MQi in-line mineral quantifier. It is based on diffuse reflective spectroscopy combined with proprietary chemometric techniques, adapted for the measurement of froth slurries.
The technology can differentiate between different mineral versions of the ore eg copper oxide and copper sulphide.
Flotation plants for the measurement of froth slurries
In flotation plants, the final product must conform to the required grade specification, and at the same time, a satisfactory recovery must be maintained. To achieve optimal adjustment and the tuning of the flotation equipment, operators require reliable real-time information about the composition of mineral streams at various locations in the plant.
The Blue Cube technology provides the required fast and reliable grade information. It is a new method for rapidly determining in-line elemental and mineral concentration, enabling control and rapid stabilisation of the flotation circuit, as well as optimised settings for it.
Units are also available for dry and solution applications and applications for the measurement of solutions are based on absorption spectroscopy and require a clear solution. Current examples include: composition measurement in heavy mineral sands and measurements of impurities in solution in the hydromet industry.
Installation and calibration of flotation instrumentation
Installation of the unit is easy and requires only minor mechanical alterations. Calibration of the unit is done against 4E fire assay, XRF or ICP analysis. Each Blue Cube MQi installation is connected to the company's facilities in Stellenbosch by an internet data link. This enables supervision and calibration of the unit. The Blue Cube MQi technology can be installed at a relatively low capital cost and imposes very low operating costs. The company provides an ongoing product support service.
A total of 54 Blue Cube MQi units have already been installed at locations in South Africa, Namibia, Botswana, Zambia and Australia.
Mineral instrumentation hardware for processing plants
The Blue Cube MQi hardware package is very robust and was specifically developed for the harsh environments of mineral processing plants. It is intrinsically safe and contains no hazardous components such as radioactive isotopes, high-intensity lasers or high-temperature devices. The Blue Cube MQi carries CE certification.
Output from the Blue Cube MQi can easily be linked to the client's SCADA system. Operators can now monitor product grade in real time and make rapid process adjustments to control the final grade close above the defined penalty grade while maintaining optimum recovery.
Available White Papers
Installations of Mineral Quantification Instrumentation The Blue Cube technology has been installed in the base metals industry in South Africa, Namibia, Botswana and Zambia for the measurement of Cu, Ni, Zn, SiO2, MgO, S and Fe.The Blue Cube technology c...
Nickel Flotation Optimisation As part of a plan to upgrade technology and improve operations, BCL mine in Botswana, selected Blue Cube Systems to supply reliable real time online grade analysers and selected Mintek to implement an optimisation control system at their plant. The Mintek's optimisation control system makes use of the grade measurements from the Blue Cube units installed at this mine's flotation circuit.
Gold Sulphide Flotation Optimisation The Blue Cube MQi Mineral Quantifier Inline instrument uses reflective light spectroscopy and advanced chemometrics to measure mineral or elemental grade in a slurry line. The instrument takes scans continuously and sends data to the DCS or PLC control system.