SysCAD Alumina Add-on includes a detailed industry specific precipitation unit operation for predicting crystallization of the hydrate. The Bayer Properties model is used for calculating thermodynamic properties of liquors within an Alumina refinery.
SysCAD Potash Add-on includes an industry specific Evaporator and Crystallizer unit operations. The Potash Properties model is used for calculating thermodynamic properties and solubilities of solutions within a Potash circuit.
SysCAD Sugar Add-on includes multiple industry specific unit operations such as Cane Shredder, Crystalizer, Juice Screen and Vacuum Pan. The Sugar Properties model is used for calculating thermodynamic properties and solubilities of solutions within a Sugar factory.
SysCAD has been used extensively to model hydrometallurgical process plants including circuits for the recovery of base metals. In studies, design and operations SysCAD has provided value for production of base metals including Copper, Lead, Nickel and Zinc.
SysCADs development and history has led to a focus on mining and recovery of some specific, often strategic, metals such as those listed below. SysCAD is used to design, develop, analyse and optimise different circuit designs and technologies for the recovery of these elements such as Lithium, Rare Earth Elements and Uranium.
Many mineral processing plants include significant “utility” processes such as integrated Power Plants, Acid Plants and Water Treatment circuits. Get the whole story by modelling all of these processes in SysCAD. These can be modelled stand-alone or as part of a full refinery model.
As a general purpose processing simulator, SysCAD can be used for modelling any type of refinery for extraction or production of minerals and compounds.
- Acid Plants
- Ammonium Nitrate
- Brewing & Beverages
- Bulk Materials
- Crushing & Screening
- Mineral Sands
- Nitric Acid
- Power Plants
- Rare Earths
- Steam Distribution
- Sulphuric Acid
- Waste Treatment
- Water Networks
- Water Treatment