6-stage UF system, with diafiltration, for the continuous fractionation of whey
© 2024 Messinger Engineering
6-stage UF system, with diafiltration, for the continuous fractionation of whey
© 2024 Messinger Engineering
We develop order-specific solutions, even for very difficult product requirements, reliably and in compliance with standard industry guidelines.
Membrane Filtration Plants and Systems are crafted in European workshops.
Ceramic MF system for the purification of enzyme
© 2024 Messinger Engineering
Small-scale production plant for ultrafiltration biotechnology
© 2024 Messinger Engineering
Production systems should not only meet current requirements, but also be equipped for future production requirements.
3-stage UF system with diafiltration
for the concentration of skimmed milk
© 2024 Messinger Engineering
Our membrane systems are designed to make it easy for operators to add, remove or replace modules.
Multifunctional pilot plant (winding modules and ceramics)
for tests
© 2024 Messinger Engineering
The sustainability of a membrane process depends crucially on the design. For a well thought-out design, an integrative understanding of process engineering, plant engineering and automation technology is of the utmost importance. A commitment to ecological and economic sustainability requires coordinated innovations in all three areas.
When it comes to maintenance, it is crucial that the number of parts is minimal, their quality optimal and their accessibility ideal. The systems must be easy to maintain and repair in order to minimize downtime and keep maintenance costs as low as possible.