KJ4106 Separation and Thermal Engineering, and using HYSYS

Prerequisites

Mathematical Methods I, Chemistry and Environmental Theory and Physics.

Course Objectives

To become familiar with the most common techniques which are used to separate liquids, gasses and solids, and to be able to dimension and calculate these processes manually and by using HYSYS. To learn about the most important reactor models which are used in the process industry, and be able to dimension and calculate their capacities.

Learning Methods

Lectures, assignments and the use of PC tools.

Course Description

Introduction to HYSYS

Separation techniques:
Basic theory
- Survey of mass transfer processes, diffusion

Liquid/solid separation
- Sedimentation, hydrocyclones, filtering, evaporation, crystallisation
Gas/solid separation
- Mechanical dust removal, gas scrubbing, filters, cyclones
Liquid/liquid separation
- Distillation, rectification, multi-component rectification, extraction
Gas/gas separation
- Absorption, adsorption
Other cleaning techniques
- Ion exchange, membrane separation

Thermal engineering:
Stationary heat transfer
- Conduction, convection, radiation, boiling, condensation
Heat-exchangers
- Dimensioning and uses
- Mediums for heat transport

Assessment Methods

Final written examination (40 %). Continuous assessment (60 %). The method of assessment is described in more detail in Classfronter, which the students may access when they begin the course

Pensum