With Buildwise, Sirris found a way to recycle unused thermoplastic waste, cutting CO2 by 20% and recovering more plastic, including wind turbine blades.
The HEATReX project will put into practice ReX strategies in the context of a complex product like a heat pump and a ‘distributed’ ecosystem of installation, maintenance and service through dealers.
Ultrashort pulse lasers can modify surfaces to give them new properties or functionalities such as friction, water repellency, anti-bacterial action or higher heat release. They offer many advantages ...
Sirris mapped out the measurement techniques and portable scanners that provide you immediately and on-site with crucial material information for your circular practices.
Removable coatings allow coated interior products to be reused several times, which will significantly extend their lifespan and ensure recyclable waste streams at end-of-life. The PEELDESIGN project ...
In this article of our series on microfluidic lab-on-chips, we describe how to apply and control the temperature in ‘miniaturised’ geometries, as is the case for microfluidic chips. Are you a designer ...
Researchers at Sirris demonstrate for first time femtosecond laser texturing of soft biopolymer coatings as a high-throughput method for surface patterning.
In this article of our series on microfluidic lab-on-chips we discuss some basic principles of how to detect or quantify the amount of biochemical target in a test sample.
At the end of 2023, the 3-year BREPLA project, with a focus on Biobased REinforced PLAstics, came to an end. During this project, Sirris worked together with project partner Centexbel – VKC to promote ...
To this day, PTFE is one of the most popular coatings in cookware, due to its high heat-resistance and hydrophobic properties. However, as we learn more about this ‘forever chemical’ and its negative ...
Earlier in this ongoing series of articles on microfluidics in industry, we discussed various development steps for a lab-on-a-chip system. In the project ‘Medical Diagnostics Goes Micro and Smart’ we ...
