MECHVAC has installed an ore crushing and blending plant for Bureau Veritas Minerals using Lean Manufacturing Plant Layout principles. Significant improvements can be readily made for existing or new operations with a lean process design approach that MECHVAC is ready to assist with. Lean manufacturing principles are centred on the minimisation of process waste and […]
MECHVAC designed, manufactured and installed a $1m SX (Solvent Extraction) mixer settler mini Pilot Plant for Bureau Veritas Minerals. This plant is an extension of the Cribs facility for the heap leach technology demonstration project for BHP Billiton Olympic Dam installed by MECHVAC in 2012. This facility consisted of platforms, mixer settler tanks, pumps, reticulation
MECHVAC designed, manufactured and installed an Ammonium Precipitation Pilot Plant facility for Bureau Veritas Minerals. This plant is an extension of the Cribs facility for the heap leach technology demonstration project for BHP Billiton Olympic Dam installed by MECHVAC in 2012. This facility consisted of a mounting skid, titanium precipitation tanks, pumps, reticulation pipework, power
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MECHVAC designed, manufactured and installed a two storey Column Leaching Platform. New reverse cycle factory air-conditioning and plant services were also designed and installed by MECHVAC. All ductwork and platform steelwork was manufactured and installed by MECHVAC. This project was a complete turnkey design and construct contract that was completed on time in October 2014.
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A major new project by MECHVAC to design and install a turnkey Crib Leaching Facility at Bureau Veritas has just been completed. MECHVAC were engaged by Bureau Veritas to design and install this facility from the concept design stage. The crib steel work components and associated platforms, tanks and pipework were manufactured at MECHVAC’s Pooraka
Project successfully completed in 2018 for Cheetham Salt – replacement of old wet scrubber system with two new MECHVAC designed wet scrubbers allowing an upgrade in factory capacity for future factory improvements. This system was also designed to significantly improve environmental performance and replace an old system which produced excessive exhaust carry over and pollution.
