Master thesis Project

CFD modeling of cooling system for Ozone Generator

About Mellifiq

Mellifiq is a multi-awarded environmental service company group, that has since the early nineties evolved into a world leading system and solution provider with multiple groundbreaking applications for industrial, municipal, and real estate clients. We supply cutting-edge technologies to manage the most sophisticated air, water, and energy challenges.

Mellifiq offers a complete range of air and water treatment technologies and solutions across multiple industries such as processing industry, energy sector, food and beverage, pharmaceutical, wastewater treatment and commercial real estate.

Mellifiq offers strong and renowned brands, such as Ozonetech, Nodora and Watermaid, and world-class engineering services combined an excellent track record of more than 40 years of innovation. We help our clients achieve the most efficient and sustainable solutions while creating the maximum value for their businesses.

With several business units across Europe, Mellifiq is headquartered in Stockholm where research and development, production, Q&A and certification all take place. Our unique technology and our extensive expertise have made us the Center of Excellence for the world’s most complex projects, and a global player with installations on all six continents.

Everyday millions of people rely on our solutions for ventilation, disinfection, sanitation, and odor control. We are committed to raising the bar for the concept of clean and the industry standard for engineering, technical services and general contracting.

Project description and Aim

Ozone generators includes both the power supply and ceramic electrodes as well as the ozone generator vessel which should be cooled. We have a new design for cooling system based on water circulation. Several parameters affect the cooling system performance. This project will be implemented in Computational Fluid Dynamics (CFD) simulators to evaluate cooling performance. The main goal of this project is finding the best design for a cooling system. The project will be performed at Mellifiq.

This project would include the following:

Personal Profile

The project is suitable for one student with the ability to work independently and creatively. We expect our applicants to;

The interested candidate has the opportunity to work with a strong team of engineers and project sales individuals.


Expected scope: 20 weeks, 30 HP/credits
Expected start: As soon as possible


We welcome your application! It must include:

Candidates are encouraged to send in their application as soon as possible. We will interview suitable candidates continuously.


Please send your application by an e-mail with attached documents to
Behrang Gilanpour,

Please note that due to amount of applications, we can only process applicants who fulfil the requirements above.