A Polymer Testing Laboratory has been Established in Jelgava

Author
Ilze Daukante-Sterģe, Igors Štolcs, ReTV

January 31, 2025

natural sciences

The amount of waste is a global problem that also affects Latvia. To promote the use of environmentally friendly materials in packaging production, a specialized polymer testing laboratory has started operating in Jelgava. Packaging testing is conducted using three methods to encourage sustainable packaging recycling.

laboratorija-bilde-70.jpg
ReTV publicity photo

The newly established laboratory is located in the polymer processing plant “Nordic Plast,” where waste recycling takes place daily. Research determines the further recycling possibilities of packaging.

Olga Mihailova, Head of the Polymer Testing Laboratory: "This is a device that, like a fingerprint, identifies what the packaging is made of. Then we conduct three tests: ash content, mass flow rate, and differential scanning calorimetry. The essence is that the device records the temperature at which a small piece starts to melt and how much energy is needed for it to melt completely."

With the establishment of the new laboratory, the aim is to promote Latvia’s progress in recyclable materials by educating manufacturers to develop safe products that can be easily recycled.

Kristīne Geidāne, Quality Manager at SIA “Nordic Plast”: "We see ourselves as a strong laboratory in the Baltic region for polymer testing, and I believe that every year more businesses will become interested in auditing their packaging to identify areas for improvement and ways to reduce non-recyclable packaging volumes in Latvia."

Currently, the laboratory operates in test mode. To determine the proportion of recyclable and non-recyclable packaging in Latvia, around 200 samples are planned for testing in the near future.

Kristīne Geidāne: "The biggest challenge is composite materials, where multiple polymers are combined in a single package, making them unsuitable for recycling because they cannot be separated. This is the main challenge for food packaging manufacturers—balancing recyclable packaging with product shelf life."

To determine whether a chosen product’s packaging meets environmental requirements, Latvian companies have been submitting samples to the laboratory.

Olga Mihailova: "They use this opportunity to find out immediately: for example, 'I don't have polypropylene, I don't have polyethylene, I have polyamide instead.' Polyamide is currently not considered a recyclable polymer in Latvia. Then the company can decide whether to continue paying the tax or look for an alternative supplier that provides packaging made from recycled materials."

The polymer testing laboratory is being developed as part of the LIFE Integrated Project with EU co-financing. It will serve as a tool for determining plastic recyclability, helping Latvia move towards the EU’s goal of increasing recycled waste volumes.

 

Recommended articles

natural sciences humanities and arts medicine

AMBER HORIZONS — Upcoming Research and Academic Career Opportunities at the University of Latvia

The University of Latvia invites outstanding researchers with significant scientific achievements to explore upcoming Associate Professor opportunities within the AMBER HORIZONS programme, which is part of the Marie Skłodowska-Curie Actions initiative “Choose Europe for Science”. The Universit…

University of Latvia

October 26, 2026

natural sciences

Hackathon “Climathon 2026” Will Bring Together Idea Creators to Develop Sustainable Solutions

Applications are open until 28 October for the three-day “Climathon 2026” hackathon, where representatives from various fields will combine their knowledge, experience and ideas to seek practical and innovative solutions to environmental and urban challenges. The hackathon will take place at Riga T…

Riga Technical University

October 26, 2026

natural sciences

LSIWC Researchers Present a Project on an Innovative Technology for Processing Birch Bark into High-Value-Added Products in the REGIOSTARS 2026 Final

In October, Jānis Rižikovs, Head of the Biorefining Laboratory at the Latvian State Institute of Wood Chemistry (LSIWC), and leading researcher Aigars Pāže presented the project “Research on the Production, Manufacturing and Application of High-Specific-Surface-Area Betulin Particles from Birch Bar…

Latvian State Institute of Wood Chemistry

October 22, 2026

natural sciences technologies

RTU and Australian Scientists Prove That Static Electricity Can Be Controlled

Scientists from Riga Technical University (RTU) and the Royal Melbourne Institute of Technology (RMIT) in Australia have demonstrated that static electricity generated when two materials come into contact can be controlled. This discovery changes the previously prevailing view that electrostatic di…

Riga Technical University

October 20, 2026