
We offer innovative process solutions
The LIST KneaderReactor Technology fills the gap and successfully combines the benefits of conventional process equipment, extruder, thin-film reactor, continuous stirred-tank reactor (CSTR), rotary disc reactor, with many other process characteristics which are unique for LIST.
It provides an exceptional toolbox for developing new innovative and economical products and processes helping our customers to stay up to date with process technology.
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Bulk Polymerization
Batch polymerization in the LIST kneading reactor enables the production of polymers in the concentrated phase.
Chemical Reaction
LIST KneaderReactors allow endothermic & exothermic reactions under precise and uniform temperature control
Depolymerization
LIST kneading reactor technology enables efficient depolymerization with precise process control and consistent results for high-viscosity materials.
Devolatilization
The LIST direct devolatilization (DDT) process is the most advanced and economical method for the devolatilization of a wide variety of polymers and elastomers.
Dissolving
In LIST kneading reactors, the dissolution of a dry powder in a solvent is extremely efficient and produces a highly homogeneous spinning dope.
Main Evaporation
The LIST Direct Devolatilization Process for temperature-sensitive materials can eliminate several process steps that are required in conventional processes
Mixing & Reactive Compounding
Mixing and Kneading in a LIST KneaderReactor with its unique geometry is simple and efficient
Physical Recycling
LIST kneading reactor technology enables efficient physical recycling by removing impurities and ensuring consistent polymer quality.
Polycondensation
Highly flexible LIST KneaderReactors enable the polycondensation of various polymer grades in one single machine
Process Intensification
LIST KneaderReactors are the first choice for efficient and profitable Process Intensification
Pyrolysis
LIST kneading reactor technology enables controlled pyrolysis with efficient heat transfer and uniform conversion of complex feedstocks.


