The new Loren Recycling Center in Uster is designed entirely according to the principles of circularity. In order to create the load-bearing structure, the project utilizes a sheet piling system, commonly employed in construction to secure terrain. This system is both flexible and durable, perfectly adapting to the recycling center's needs without requiring modifications or maintenance.
The design optimizes the use of prefabricated and modular elements, minimizing assembly time and environmental impact. The project introduces a novel approach to material reuse, incorporating components such as sheet piles, windows, and wooden elements that are easily disassembled and recyclable. Additionally, the project thoughtfully integrates the natural landscape, incorporating features like green roofs and shelters for insects and birds to support local species' habitats.
Regarding traffic, access to the collection point is designed to be simple and flexible, with separate entrances for customers and employees, and an efficient system for waste unloading and disposal. The circular construction strategies aim to minimize the project's ecological footprint by reusing materials and achieving net-zero emissions. Moreover, the project includes a rainwater retention and reuse system, which reduces the consumption of potable water. Vegetation plays a crucial role in improving the microclimate and mitigating the heat island effect.
In summary, the new Loren Recycling Center represents an innovative approach to sustainable architecture. It integrates circular construction practices that not only reduce environmental impact and CO2 emissions but also promote resource reuse and harmonious integration with the natural surroundings.
