Green Ways® is a company specialized in offering targeted and sustainable solutions in the field of eco-friendly native soils stabilized and architectural flooring.
We are passionate about promoting a green lifestyle and focus on stabilizing the native soil to create natural cycle, pedestrian and vehicle paving as well as controlling dust on unpaved roads with absolute respect for nature.
Our many years of experience has allowed us to refine our skills and fully understand the needs of our customers. We are able to offer professional and personalized advice, providing the elements necessary to make informed and sustainable decisions.
The result of Green Ways® eco-friendly solutions is the outcome of over 45 years of research and development in the laboratory and in the field by engineers, geologists, chemists and applicators. These innovative solutions allow the reuse of what is present on site, drastically reducing the production of CO2 due to land consumption (quarries), transport and processing that are not always necessary.
The Green Ways® proposals for the stabilization of the native soils , thanks to the reuse of what the territory offers, improve the load-bearing and strength compression of the work over time. They also allow you to build driveway floors where the base and the surface are one, preventing a poor base from prematurely ruining the surface and vice versa.
Another important Green Ways® innovation is to propose eco-friendly single-component solutions for the creation of highly draining floors in stabilized gravel, avoiding concrete substrates, the use of joints and geogrids with high thicknesses that prevent water from flowing onto the surface during heavy rainfall .
The same concept is applied to solutions for the reduction of the dust in agriculture, in construction sites, in campsites or in farms and quarries, where millions of liters of water are consumed per day without solving the problem of fine dust despite knowing that a tomorrow is almost here, water will be a precious commodity. Solutions based on organic resins deriving from processing waste or synthetic agents make it possible to reduce the use of water for dust suppression up to 100% of current consumption but not only; they also allow the reduction of CO2 by avoiding unnecessary costs relating to the use of old vehicles used to spray water daily, allowing the operators responsible for dust control to be redirected to other tasks, with a significant economic saving.