Continuous cleaning of forming wires, press felts and dryer fabrics - Paper Technology International 2023 - Paper Technology International 2023 - Flipbook - Page 69

Continuous cleaning of forming wires, press felts and dryer fabrics - Paper Technology International 2023

PAPERTECHNOLOGYINTERNATIONAL
Continuous cleaning of forming wires, press felts and dryer fabrics - Paper Technology International 2023
Figure 1a & 1b: Clean a dirty dryer fabric within 12-24 hours and then maintain
this cleanliness 24 / 7.
Power Cleaner
ProJet’s Power Cleaner systems all use a highly reliable
traversing beam with a single oscillating cleaning head with multiple
nozzles and high pressure water, all designed for the specific
position in the machine. The cleaning head is equipped with vacuum
and air knives leading to the following features and benefits:
•
•
•
•
Figure 2: Power Cleaner 2.0 on Bottom Fabric.
The vacuum and debris discharge system allows
the Power Cleaner to operate completely mist free,
opposed to conventional showers, leading to a much
cleaner machine and work environment.
Debris and contaminants are discharged, away from
the manufacturing process, eliminating the risk for recontamination.
The head can be sent to particular trouble zones,
providing targeted and more efficient cleaning than
conventional showers.
The head can parked outside the paper machine,
allowing for nozzle changes during the production
process
ROI calculator
ProJet understands that each client application is unique.
For that reason, ProJet developed an automated ROI-calculator that
will be applied to each application and produced paper grade.
By contacting
info@projetinc.us or
info@pro-jet.nl ProJet
ProJet will perform a no-charge
ROI calculation of any Forming Wire,
Press Felt or Dryer Fabric application.
After inputting the process parameters
provided by customers, they will be
provided with a ROI-Analysis of each
specific application and investment
justification.
Figure 3: ProJet clean.
Figure 4: Strip- & Zone cleaning.
69

Paperturn flipbook system