PLASTICS DEGRADATION SCREENING
ADVANTAGES OF OUR PATENTED TECHNOLOGY
Fast and high throughput
Our device is scaled up to 48 chambers
(2D array) and can be expanded indefi-nitely for parallel operations. A complete measurement cycle can be finished within 24 hours, providing high-quality data sets.
Continuous live measurement
During the measurement process, we receive real-time data and capture a high density of measurement points for all relevant parameters."
High accuracy & sensitivity
Electrical impedance spectrography enables the detection of even the smallest variations in material thickness, delivering highly precise and repeatable measurements.
Original material test samples
The measurement is performed using small quantities of the original material and enzymes, effectively eliminating the uncertainties associated with simulation models.
Universal applicable
Our technology is optimized for analysing all types of plastics, but it can also be used for any material with certain electrical insulating properties, as long as it can be provided in a homogeneos film form.
Robust measurements
Electrical impedance spectrography is inherently robust method and unaffected by optical factors, so the material colour does not have influence.
Automation
Upon initiation, data is automatically collected, stored, and analyzed, allowing for unattended overnight operation and improving overall operational efficiency.
Multi-layer test samples
Enzymes can be applied to both sides of the sample. Additonally, the high sensitivity and dense measurement points enable efficient analysis of multi-layer materials, offering detailed insights into their behaviour.
TECHNICAL DETAILS
Our plastics degradation screening platform leverages electric impedance spectrography to monitor and analyze the degradation process of various plastic materials in real-time. By measuring changes in electrical impedance, it provides precise insights into the material’s structural and chemical changes as it breaks down. This non-invasive method offers a fast and reliable way to assess the effectiveness of degradation under different enzymes and environmental conditions, enabling better understanding and optimization of plastic recycling and waste management strategies.
EXAMPLES OF ANALYSES
Comparison of PET degradation performance of ESTER enzymes
to other state-of-the-art enzymes.
Degradation performance of PHL7 with various polyester types
We have finalided the scaling of the screening plattform
and are currently optimising the design and software to
improve usability and efficiency.