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Working for ToPerform

ToPerform is a dynamic start-up working with clients in the chemical industry. If you’re passionate about innovation, AI, and working in a collaborative environment, then we want to hear from you,  including students and interns.

We believe in nurturing talent, empowering creativity, and driving success together. Whether you’re starting your career as an intern or looking to take the next step as a professional, join our team and be part of a company that’s shaping the future. Grow with us!

Internship
Chemical Technology (HBO)

Fulltime ((32–40 hours per week) 
Meppel/Hybride
Posted on: 13 January 2026

Are you a Chemical Technology student (or studying a related field) looking for a hands-on internship? At ToPerform, you will work on experimental testing and data-driven analysis of fouling in industrial applications. Click below to read more about the internship.

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We welcome new talent!

Fulltime/Parttime
Meppel/Hybride
Status: always open

Excited to join the dynamic team at ToPerform? We’re always looking for talented and passionate individuals to help us grow. Even if we don’t have a current opening, we’d love to hear from you. Click below to send us your application.

Send your open application

The future belongs to those who are passionate, curious, and eager to make an impact.
Join us at ToPerform, where innovation meets opportunity.

Cleaning based on real-time data

Our solution offers the possibility to measure the fouling degree at the source (inside pipelines and production equipment). This offers huge benefits in controlling the cost, continuity and energy efficiency of your production process. Knowing the actual fouling degree at any time of any day allows you to plan cleaning at exactly the right time, making the cleaning process efficient, cost-effective and predictable.

Increased performance at all levels

  • Increased productivity, reduced energy consumption 
  • Prevention of major stoppage due to unexpected increase in fouling
  • Objective analysis of the efficiency and effectiveness of the cleaning process
  • Insights into fouling behavior to determine optimal operational conditions for preventing or reducing fouling
  • Optimal integration of cleaning into production planning