Development of a Steady State Model for a MnSO4 Process Plant Design
The project is based on our client's request for the development of a robust Steady-State model in METSIM process simulation software for the design of a Manganese Sulphate Process Plant. The main goal of the project is to effectively use the developed model to establish M&EBs of the process design.
(NAMLC) MODEL DEVELOPMENT - GHANA
PATFIO simulation experts have successfully developed simulation models to evaluate four different scenarios for our client's CIL plant design project in Ghana. These scenarios are as follows:
i. NAMCL PF-Phase I Part 1 (A) - 1 Ball mill, Tailings thickener scenario
ii. NAMCL PF-Phase I Part 1 (B) - 1 Ball mill, Pre CIL Thickener scenario
iii. NAMCL PF-Phase I Part I & II (A) - 2 Ball mills, Tailings Thickener scenario
iv. NAMCL PF-Phase I Part I & II (B) - 2 Ball mills, Pre-CIL Thickener scenario
The simulation results have provided a comprehensive analysis of these scenarios, offering valuable insights for the plant design.
CASINO PROJECT
The process will include a conventional single-line SAG mill circuit (Semi-Autogenous Ball Mill Crusher, or
SABC) followed by conventional flotation to produce concentrate for sale. In addition to the concentrator,
there will be a separate carbon-in-column facility to recover precious metals from heap leached oxide ore.
Gold and silver bullion (doré) produced will be shipped by truck to metal refineries.