An innovative and sustainable system for the future
It is becoming increasingly important to think about how a waste stream can be turned into a circular raw material stream. The climate and urbanisation require us to rethink our choices regarding the design of public spaces. We have been actively working on this since 2018. The GreenMatter Ecoraster products are a climate-adaptive and circular solution. With these products made from recycled artificial grass, we not only contribute to a more sustainable outcome, but also better prepare for the challenges of a hotter, drier climate with heavier rainfall. In this article, we explain why these innovative, eco-friendly solutions fit perfectly within a future-proof infrastructure.
Ecoraster products can be used for green paving designed with ecological responsibility as a starting point. They come in two versions, the Ecoraster grass tile and the Ecoraster bloxx, which can be used either separately or in combination. Because the tiles are made from recycled artificial grass, they also help to clean up the artificial grass waste pile while providing a stable, low-maintenance surface.
Smart water management, less heat and a circular approach – discover how GreenMatter Ecoraster is transforming our infrastructure.
The grass tiles and the bloxx are fully permeable, meaning that rainwater can seep directly through the tiles into the soil. This significantly improves water management on paved surfaces, helping to prevent flooding during extreme rainfall events. This makes them suitable not only for use around homes and businesses, but also for applications such as car parks, camping sites and even fire brigade access roads.
In cities, where the ‘urban heat island’ phenomenon occurs, temperatures are often higher due to asphalt, concrete, bricks and a lack of greenery. This makes staying in the city during hot periods unpleasant and sometimes even unlivable. Because grass tiles absorb less heat, they help lower temperatures.
The innovative design of Ecoraster products not only promotes water flow but also provides natural filtration. This reduces the load on sewer systems and helps to manage rainwater in an ecologically responsible way. This is an important step towards a sustainable and environmentally friendly infrastructure.
Ecoraster products form a modular system, which means that tiles and bloxx can be easily adapted and installed in various locations. They offer stability on a variety of substrates, making them ideal for driveways, forest paths in wet areas, terraces and even sloping surfaces. This versatility makes them an excellent choice for both urban and rural applications, where they support soil stability and help prevent erosion.
Applications of GreenMatter grass tiles and bloxx at a glance:
Grass tiles make a valuable contribution to promoting biodiversity and vegetation. Because they have an open structure, plants can grow between the tiles, leading to a more natural streetscape. This is not only attractive to look at, but also offers benefits to the local ecosystem. For instance, this application helps support local vegetation and biodiversity and they add value in landscape projects.
If you want to limit vegetation, you can prepare the subsoil with ground cloth. This does preserve water permeability and its contribution to lowering temperatures.
Using GreenMatter grass tiles and bloxx contribute to a significant reduction in the ecological footprint. This is due to the circular production cycle in which old artificial grass is recycled and reused. Moreover, the tiles are cost-saving as they have a very long life and require little maintenance. For companies, municipalities and individuals looking for sustainable and effective products for drainage systems, these tiles are an attractive investment for the future.
Benefits at a glance
With the GreenMatter Ecoraster products, you choose a solution that is not only ecologically sound, but also in line with today’s demands for water management and climate adaptation. In addition, they offer a sustainable, circular solution that reduces the ecological footprint and contributes to an eco-friendly infrastructure. Because of their versatile applications, they are suitable for both private and public spaces and offer a future-proof solution that takes climate change into account.