Virtual Labs

Thermodynamics II Virtual Lab

Chemical Engineering

IIT BOMBAY

Introduction

To create a simulated platform to mimic the physical lab of Chemical Thermodynamics
To enable formative assessment
To include pitfalls to make the user connect the fundamentals of Thermodynamics to the given lab
To try take the traditional physical lab to higher cognitive levels

Objective

To create a simulated platform to mimic the physical lab of Chemical Thermodynamics
To enable formative assessment
To include pitfalls to make the user connect the fundamentals of Thermodynamics to the given lab
To try take the traditional physical lab to higher cognitive levels

Experiments

To determine the boiling points of pure species under different pressures using Ebulliometer

View experiment →

To determine the infinite dilution activity coefficients (IDACs) of a binary mixture using Ebulliometer

View experiment →

To generate binary T-x-y data using Ebulliometer

View experiment →

To determine the solubility of a solid in the given solvent

View experiment →

Target Audience

UG
PG

Course Alignment

The syllabi of this lab aligns to the following universities in India.

Thermodynamics -II (PCC-CS103)
Nirma University; Chemical Engineering Thermodynamics (2CH404); B. Tech
Dharamsinh Desai University; Chemical Engineering Thermodynamics – I (CH-503); B. Tech
Dharamsinh Desai University; Chemical Engineering Thermodynamics – II (CH-603); B. Tech
Institute of Chemical Technology Mumbai; Chemical Engineering Thermodynamics – I (CET1301); B. Tech
Institute of Chemical Technology Mumbai; Chemical Engineering Thermodynamics – II (CET1302); B. Tech
The M S University of Baroda; Chemical Engineering Thermodynamics (CHL 1503); B. Tech

Allocated University

No university information available.

Reference Books

No reference books available.

Lab Contact Person

Prof. Santosh Noronha,
Professor,
Chemical Engineering

[email protected]