Are you looking for a challenging assignment about plasma modelling. Please contact Demcon.
Our companies each distinguish themselves in their own field with unique areas of expertise and skills. In doing so, they help clients to perform better and achieve more. Based on a passion for technology, our companies can combine forces. By sharing knowledge and working together we make more social impact. Demcon multiphysics is a mechanical and process technology specialist in heat transfer, fluid dynamics and structural analysis.
What are you going to do?
For the reduction of emissions in the chemical industry, we are looking for a graduation student who wants to research the modelling of plasmas. In the chemical industry, ethylene (required to produce plastics) is won through the cracking of methane. In the cracking process of methane, besides ethylene a lot of CO2 is released. With the goal of reducing emissions, an alternative production method using plasmas shows potential. This is because it costs a lot less energy to produce hydrogen from methane using a plasma, for which the energy can be won using green technologies, and it produces pure carbon or carbohydrates acetylene and ethylene. To realize this production method, several companies are working together in the research of plasma interaction with methane.
Demcon will be simulating the plasma source, and the effect of the plasma on the surrounding machine. This includes two possible plasma formation methods, plasma ARC and/or plasma MicroWave. The resulting plasma concentrations, thermal effects on the machine, and the interface to the next step of the machine are all included in this research. These simulations will be performed in Comsol.
What do you bring to the table?
- Study: Physics (plasma)
- Level: Master graduation
- Duration: 9 – 12 months
What do we offer you?
Demcon offers a dynamic, growing and innovative organization. With our complex projects and multidisciplinary teams, we offer a good climate for this thesis project. Thanks to enthusiastic and dedicated colleagues, our working atmosphere is good, open and informal. You will be (daily) supervised by a colleague from our department. We encourage personal initiative and give you the space to express it. Furthermore, we offer you a thesis allowance and a lot of flexibility.
Do you have any questions about this position?
For more information, please contact Bibi van Berlo (Corporate Recruiter) via email@example.com.
You can apply via the application button.
Does this vacancy appeal to you and are you curious about the application process? This goes as follows:
You have applied! We will discuss it internally and respond as soon as possible.
2. Phone call
We got acquainted briefly and want to get to know each other better.
3. First call
See if there is a match from both sides and if the expectations are correct.
4. Second call
We investigate a possible collaboration more closely.
We both see the match! Let’s make you a suitable proposal.
Your response to the offer is positive. We are going to finalize the collaboration!