Thermomechanical dryer

Highly efficient multi-zone drying for plastics recycling and industrial material processing

Initial situation: Conventional drying = energy-intensive, complex, maintenance-prone

Drying is one of the most cost-intensive steps in plastics recycling. Conventional systems usually combine several external units – with high space requirements, high energy consumption and a lot of interface loss.

The concept: Zone logic + heat recovery = maximum drying performance

By specifically dividing the drying process into three coordinated zones, energy is shifted internally, used intelligently and thermally recycled. The result: maximum efficiency with high throughput.

Entwässerung: mechanische Grobabscheidung
Zentrifugal-Trocknung mit hoher Drehzahl
Thermomechanische Endtrocknung – unterstützt durch Wärmepumpe
Kompakte Bauweise: geringerer Platz- und Leitungsbedarf

JETZT KENNENLERNEN

Technical advantages and system performance

The clear functional separation within the system and the recovery of thermal energy ensure unprecedented drying efficiency – and at the same time reduce mechanical effort and maintenance.

AT A GLANCE
THE ADVANTAGES

Bis zu 80 % weniger Energieverbrauch
30 % geringerer mechanischer Aufbau
Minimaler Förderweg, geringere Reibungsverluste
Minimaler Förderweg, geringere Reibungsverluste
ESG-konform durch CO₂-Reduktion

PRACTICAL EXAMPLE
Amortization potential

Key figure	Value
Energy saving	up to 80 %
CO₂ reduction	up to 30 %
Mechanical reduction	approx. 30 %
Amortization period	< 3 years

Ecological, sustainable and efficient, for a better world, our fellow human beings and our children.

Areas of application, scaling and integration strategy

The TMT can be flexibly integrated and scaled – and covers a wide range of materials in the recycling and production environment. It is also possible to retrofit existing systems.

Jetzt Trocknungsbedarf analysieren lassen

Plastic recycling (PET, PE, films, mixed plastics)

Food processing (e.g. biopolymers)

Chemistry & industrial granulates

Cooling stages in metal and surface technology