Cookie settings

Here you can set the use of cookies according to your preferences.

Technical cookies

are necessary for the proper functioning of the site. Technical cookies must always be active (they cannot be deactivated individually), therefore no consent is given for their use.

Analytical cookies

they allow us to understand how you use the site so that we can improve it. Analytical cookies allow us to measure website performance (number of visits and traffic sources). We process the data obtained in this way in summary, without the use of identifiers pointing to a specific user.

Personalized cookies

store information about your personal site settings. We need personalized cookies in order to adapt the website and its behavior as much as possible to your needs and interests.

Advertising cookies

set up through this site by our advertising partners. Advertising cookies allow us to display such content that will be interesting and useful just for you.

We use cookies

We use cookies to analyze traffic, remember preferences and improve the usability of the website. To give your consent, click on the "I Agree" button.

Settings I agree

You can refuse consent at any time.

Skip to content Skip to menu

Our company is a specialist in field of magnetic separation

We develop, produce and apply devices for magnetic separation. Our magnetic separators are designed and manufactured exactly in a made-to-measure way as per your needs.

2. 7. 2024

Video: Automatic sorting line for sorting mixed municipal waste

The automatic sorting line for municipal waste, plastic and paper. Designed capacity: municipal waste - 31 t/h, plastic waste - 6 t/h.

Ferromagnetic metals are separated by a pair of overband magnets DND-AC LION and DND-AC JAGUAR.

Subsequently, the material is evenly spread over the entire conveyor belt width (1,500 mm) by a vibrating feeder and is processed by a non-ferrous metal separator. In order to achieve the best possible separation results we have equipped the ECS-E 1500 RAM eddy current separator with an eccentric rare earth rotor. This separator can effectively separate non-magnetic metals from inert material.


Output

The treated waste is sorted into the following material fractions:

  • Heavy fraction - it is intended for subsequent disposal in a landfill
  • Metals, plastics – materials to be recycled
  • Light fraction - input material for SAF production

The requirements for the possible use of the light fraction as fuel:

  • Separated organic fraction
  • Separated metals, glass, soil and aggregates
  • Hard plastics - sorted by color
  • Plastics for secondary use

Top