What is Sorting with Sieving? Screening, or sifting, is a process where materials are separated based on size and other physical properties. This technique is at the heart of many of Norditek's recycling processes, helping to streamline the separation of different materials. By using advanced screen , we can accurately separate materials such as plastic, metal, glass and paper from each other.
Norditek's Application in the Recycling Process At Norditek's facilities, screening is a central part of the recycling process. We use specially designed screens to handle a variety of materials, from construction and demolition waste to industrial and household waste. By fine-tuning our screens, we can adapt the process to the specific characteristics of each material type, ensuring a high level of purity and recyclability.
Materials Recycled with Screening A wide range of materials can be effectively recycled using Norditek's screening technology. Here are some examples:
- Construction and demolition waste: We separate materials such as concrete, brick, and wood, enabling recycling in the industrial and construction sectors.
- Bioenergy: We clean up dirty fuels by separating different contaminants such as rocks, plastics and metals, creating more and better bio-power.
- Plastic waste: Screening allows us to separate different types of plastics and prepare them for reuse or energy recovery.
- Scrap metal: Sifting makes it possible to effectively separate different metals, facilitating melting and reuse.
Efficiency and Environmental Benefits By implementing advanced screening technology, Norditek has not only increased the efficiency of the recycling process but also contributed to reducing the environmental impact. By recycling more material, we reduce the need for new raw material and thus contribute to reduced emissions and a more sustainable industry.
Conclusion Sorting with a sieve is more than just a technology; it is a cornerstone of Norditek's efforts to make recycling more efficient and environmentally friendly. Our practical application of this method within the framework of our modular system shows several opportunities for the recycling of different materials.