Modeling & Simulation Of Mineral Processes In Jk-Simmet

Learn about Mineral Processing Plant Simulation, Optimization & Design using JKSimMet Mineral Processing Simulator

What you'll learn
Mass balancing as a tool for plant design, optimization, metallurgical accounting and general data analysis.
Review of JKSimMet models, including cyclones, ball mills, SAG/AG mills, crushers and screens.
Incorporating laboratory breakage test results and pilot data into simulations aimed at new plant design or existing plant upgrades.
Application of the JKSimMet models to plant design and optimization
Fundamentals of Simulation technology.
Overview of JKSimMet and modelling of mineral processing unit operations.
Requirements
No modeling & simulation skills and knowledge is required. You will learn everything.
Description
Are you a student or professional in the field of Mining Engineering, Metallurgy, Chemical Engineering, Process Plant Designing, Metallurgical Engineering, or the science of Metals and have not been able to utilize process simulation software specific to Minerals processing industry, process modeling, simulation and optimization of real-world problems? Don't worry as THIS COURSE IS FOR YOU!This course will expose you to a software specific to Minerals industry with embedded mineral processing unit operations like Crushers, SAG Mills, Ball mills, Screens, Hydrocyclones etc. which are not found in other simulation softwares like ASPEN PLUS, ASPEN HYSYS, and DWSIM.In this course, students will be equipped with practical skills and knowledge of how to perform successful simulation studies of real world scenarios using JK-Simmet software. If you enroll in this course, you won’t miss the hands-on appreciation of using JK-Simmet simulator as well as understanding the best practices of performing successful metallurgical simulation studies. If you are new to process modeling and simulation in metallurgical operations, don’t worry anymore we have you covered, this course will first introduces you to the basics of mineral process simulation, followed by a series of step-by-step practical demonstrations. In recent years there has been a great deal of interest in ways to optimize the performance of mineral processing plants. The area of process analysis which has been most important for the mineral industry in the optimization of existing operations, both at steady-state and dynamically.In order to accomplish this optimization a variety of steady-state and dynamic models had to be developed for individual unit operations and overall plant performance. In turn these models had to be incorporated into computer packages like JKSIMMET which are user friendly enough to be useful to mineral processing engineers.Such softwares forms a powerful tool for the plant metallurgist to analyze and optimize the configuration of a current circuit. Simulation technology is very useful for new plant design, allowing any number of plant configurations to be compared rapidly.In this Course we are going to explore JKSimMet Mineral Process Simulator demonstrating how mass balancing, circuit simulation and circuit modelling.

Overview

Section 1: Overview of JK-Simmet Software

Lecture 1 Overview of Jk-Simmet

Lecture 2 Understanding "Equipment & Ports"

Lecture 3 Understanding Flowsheeting & "Project" & "Streams"

Lecture 4 Assignment 1: Flowsheeting & Setting Up feed

Section 2: Hands-on Case Study 1: Ball Mill & Cyclone Model

Lecture 5 Designing a Flowsheet Model

Lecture 6 Setting Up the Feed

Lecture 7 Setting-Up the Liquid Feeders

Lecture 8 Configuring the Hydrocyclone& Stream Data - Plant Survey Data/ Experimental Data

Lecture 9 Configuring the Ball Mill & Stream Data - Plant Survey Data/ Experimental Data

Junior & Seniour Metallurgists,Metallurgy Managers,Process Engineers,Chemical Engineers