Page 20 - ISCC'22

25 th INTERNATIONAL S YMPOSIUM
October 11-13, ON CONTAMINATION CONTROL AND
Antalya TURKIYE | 2022 CLEANROOM TECHNOLOGY
20

f Customized filter configuration: HEPA filter and / or activated carbon filter
f Microorganism and virus inactivation with UVC irradiation
f Power supply via standard mains connection
f Depending on size, air cleanliness class and atmospheric pressure, several FFU
units are used in parallel
f Monitoring systems: particles, VOC, pressure, temperature
f Optional extras: FFU-integrated cooling modules, fire-retar¬dant materials, clean-
room-suitable floors, lighting, rigid doors, viewing windows, crane access (from above),
mat. hatches, etc.
f Fabric shell‘s virtually free of outgassing substances and discharges any electro-
static build-up
f Chemical-resistant materials (H2O2, isopropanol, ultraclean water, etc.)
f For GMP-controlled applications all kind of used materials have to be washable /
autoclavable /sterilisable
Structure and framing

f Optimal cleanroom environment designed to customer requirements
f Tailormade, technical textiles to achieve specific and desired permeability
f Customized dimensions for single CAPEs: from 2m x 2m x 2m up to 15m x 15m x 8m
f Material and personnel locks
f High modularity:
f complex systems can be built up from several basic systems
f systems of the same size can be combined as modules
CAPE – f nearly all interfaces to machines and process equipment configurable
FLEXIBLE, f Textile elements washable / autoclavable
PORTABLE, f In case of breakage, damage, production adaption, the materials used for the
setup of flexible cleanrorom environments are replacable within a short time.
CLEANROOM It can be assumed that the cleanliness-related design of the mobile cleanroom systems
SYSTEM has not yet been completed and that further special applications will be developed for
the increasingly short-term requirements.