The waste market is a market that thinks and acts globally – not only by globalization, markets are constantly changing.
VECOPLAN is the specialist for development and production of high quality machinery and turnkey plants for the processing of domestic and commercial waste.

Recyclable materials from household and industrial wastes can be separated from wastes with mechanical processing and recovered for recycling. VECOPLAN processing plants separate recyclable materials according to size, composition or material properties according to customer requirements. Taking into account the input material and customer output requirements, VECOPLAN engineers combine various process steps such as

- pre-shredding
- screening
- separation (magnetic, optical, density, material property)
- manual sorting
- secondary shredding
- storing
- loading

for the recovery of recyclable materials and production of refuse derived fuels.

Household waste has a great potential for recovering recyclable materials. Using biological drying and a mechanical processing adapted to the specific requirements, these materials can be recovered. Biological drying signifi cantly improves the ability to sort household waste and the quality of the sorted materials. Combustable materials such as plastics, wood, rubber and organic components can be very efficiently separated from non-flammable materials such as metal, glass, stones, etc. with windshifters, density separators, etc. and converted into a highquality refuse derived fuel.

For the hydro-mechanical processing and subsequent fermentation of biological wastes, household waste and other municipal or industrial wastes, VECOPLAN cooperates closely with BTA® International, the leading specialist in the hydro-mechanical processing and subsequent fermentation of organic components. The reliable separation of wastes and recycling of organic fractions into bioenergy is the key to modern, environmentally friendly treatment of wastes.

The BTA® process is the original hydro-mechanical waste treatment process.
It consists of two central stages
- hydro-mechanical processing and
- subsequent anaerobic fermentation for energy generation.

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