MNEXT > Vacatures > BioColEol: Development and testing of masterbatches with sustainable curcumin-derived colorants
Stage

BioColEol: Development and testing of masterbatches with sustainable curcumin-derived colorants

Are you looking for an internship where you can apply your chemistry and materials knowledge to sustainable innovation? At MNEXT, you will work on developing and testing biobased color masterbatches by processing and evaluating colorants derived from renewable resources. You will analyse key performance indicators such as lightfastness, color stability, and thermal stability, contributing to the development of environmentally friendly colorant solutions for plastics, textiles, inks, and other industrial applications. MNEXT collaborates with SMEs, students and researchers in practice-oriented research on sustainable materials — including biobased plastics — and plays an active role in the materials and energy transition. You will conduct this internship within the Biobased Building Blocks & Products research group, which focuses on the synthesis, processing and application of biobased polymers and building blocks.
Startdatum 02 February 2026
Solliciteren voor 30 January 2026
Ervaring Internship
Locatie Breda
Solliciteren

About MNEXT and the Biobased Building Blocks & Products Research Group

MNEXT collaborates with SMEs, students, and researchers on practice-oriented research into sustainable materials and plays an active role in the materials and energy transition. Within MNEXT, the Biobased Building Blocks & Products research group focuses on the synthesis, processing and application of biobased polymers, additives and colorants.

This internship takes place within the BioColEol project, which builds on the results of the earlier CurCol and ECOPRO projects. Over the past years, significant progress has been made in synthesizing colorants based on curcumin, a natural yellow pigment derived from turmeric. While curcumin is widely used as a food colorant, its limited stability restricts its use in technical applications. Newly developed curcumin-derived colorants show strong potential for use in plastics and other materials, and this internship contributes to advancing these developments further.

Assignment Description

During this internship, you will:

  • Compound newly developed colorants into polymers to create color masterbatches
  • Further process these masterbatches using extrusion techniques
  • Test the resulting compounds for colorfastness and study the influence of different colorants, polymers and additives on final material properties
  • Investigate thermal stability using analytical techniques such as DSC and TGA
  • Evaluate color performance using colorimetric methods and contribute to identifying promising combinations for future applications
  • Your work will help determine the performance and suitability of these biobased colorants in real polymer systems.

Desirable Skills

We are looking for a student who:

  • Is a fourth-year MBO student or third- or fourth-year HBO student in chemistry, chemical engineering, analytical chemistry, laboratory sciences, process technology or a related field
  • Has an interest in polymer chemistry
  • Has strong proficiency in Dutch and English
  • Can work independently in a laboratory environment after an introduction

What We Offer

  • An internship allowance of €350 per month
  • A valuable learning experience at Avans University of Applied Sciences, Breda
  • Access to modern laboratories and support from experienced researchers

Practical Details

Location
Avans University of Applied Sciences, Breda

Duration
Approximately 20 weeks

Working Language
Dutch and English

Meer informatie? Neem contact op met:

Kees Kruithof

Mail ca.kruithof@avans.nl Telefoon 0885259477 Solliciteer direct

Meer vacatures

ABEL: Mapping and valorisation of low-grade biomass for a biobased circular economy
Breda
Stage
Biobased Adhesive Development
Breda
Stage
Development of biobased polymer additives using lignin
Breda
Stage
BioColEol: Improving stability and application potential of natural colorants through chemical modification
Breda
Stage
MycEoLA: Characterization and technical feasibility of remanufactured mycelium biocomposites
Breda
Stage
MycoClay: Mechanical investigation of mycelium-clay components for the built environment
Breda
Stage
MycoClay: Feasibility investigation of mycelium-clay components for the built environment
Breda
Stage
Accelerating Training Processes and Improving Network Technology Knowledge for Specialized Electrical Installations within Energy Hubs
Breda
Stage
Upgrading underutilized plant-based sources into valuable food ingredients and products
Middelburg
Stage
Protein Digestibility of Fermented Seaweed and Foods
Middelburg
Stage
LApure – Process development for lactic acid recovery
Breda
Stage
(Afstudeer-)stage in Brazilië via Living Lab Biobased Brazil
Stage