GIND is an innovative company dedicated to developing sustainable and long-lasting solutions for road surfaces and outdoor spaces. Its BIO DILE™ joint filler replaces traditional, resource-intensive and short-lived materials with more environmentally-friendly alternatives made from recycled, sun-dried stone aggregates and bio-based binders derived from cashew nut shells and natural asphalt. At the end of the filler's lifecycle, it can be fully recycled.
Recognising the need for a more circular construction sector, the Horizon 2020 e-SAFE project is trying to change the way we approach building retrofitting, enhancing the overall longevity of existing structures.
The Czech company KOMA Modular s.r.o. is taking a new approach to construction: it manufactures modular buildings made up of individual prefabricated units. It's an effective method which avoids the whole material-intensive issue of construction and demolition.
IOBAC avoids adhesive and attaches its flooring materials partly by means of magnets. Its Dual-Grip technology affixes flooring using both magnetism and tack. This means that tiles can be taken up and reused, keeping the components in the value chain, or recycled. The technology is manufactured using plant-based VOC-free resins, recycled rubber tyres and additives from scrap iron.
Tarkett is pioneering post-use flooring recycling in Europe. It is working with IKEA to transform used Tarkett flooring from the IKEA Kungens Kurva store into new flooring.
C2C ExpoLAB is a consultancy firm which specialises in the practical application of Cradle to Cradle (C2C) principles in the built environment. It enables its clients to exploit the circular economy concept. One of its projects was Venlo city hall which illustrates its approach and principles.
Biorizon has been co-creating technologies for the production of bio-aromatics at the Green Chemistry Campus in Bergen op Zoom since 2013. Together with industrial partners, Biorizon creates and develops innovative chemical processes for the production of renewable aromatics from residual biomass. Their aim is to enable commercial production of bio-aromatic building blocks by 2025.
