Circular economy

Ghent
R&D manager Coating & Finishing Technologies

The ARIADNE project is investigating a novel palladium-free and environmentally friendly surface preparation process for textile metallisation with tunable properties to produce conductive fibre materials for embedding in composite materials.

This month we focus on the innovative techniques of hotmelt and extrusion coating for textiles.

Advancing Sustainable Textiles in the Circular Economy through Innovative Extended Producer Responsibility Schemes

CIRC-PVC proposes to develop a technology based on dissolution and extraction, on a prototype scale, as well as a new sorting technology to help separate PVC waste according to its nature. The end product will be R-PVC (recycled PVC, end of waste status).

The objective of the SeaBioMat project is to assist companies engaged in the maritime industry in their transition from oil-based products to those derived from biological sources and/or biodegradable materials, thereby reducing their environmental and climatic impact. The objective is to develop materials, assess their properties and analyse their durability and environmental impact.

In line with the European Green Deal, CIRCOPLAST aims to develop methods to remove brominated flame retardants from various plastics to facilitate recycling of the polymers. These materials come from construction/demolition sites and electronic waste for which no recycling route has yet been established. The overall objective is therefore to support companies in their transition to a circular economy.

Bio-Based alternatives for an effective transition to sustainable, reusable and recyclable construction products

AntiRési aims to develop innovative solutions to combat antibiotic resistance

Development of a sustainable alternative to traditional wind turbine blades