CamPulse - Gas Turbine Inlet Air Filtration | Campulse Cambrane Hemipleat / 1 The CamBrane is a...
2
The CamBrane is a composite media which is extremely efficient on small particles and airborne salt. The membrane layer acts as a barrier to submicron particles and is impermeable to water, stopping salt from penetrating the filter. Filter Media The pre-filter synthetic media has a high dust loading capacity along with excellent performance in both dry and humid conditions. The supporting base of the membrane is a robust synthetic substrate that gives strength to the filter and allows it to meet the high burst strength requirement of gas turbine applications. The combination of these five media layers provides the Cambrane with excellent properties for use in gas turbines applications. The E12 EPA grade filtration, with 99.5% efficiency at the Most Penetrating Particle Size, offers considerable improvements in engine protection resulting in lower engine degradation and prolonged service intervals without need of shutdowns for compressor cleaning. HemiPleat TM The wider spacing of the HemiPleat™ design exposes more media to the air stream and results in lower pressure drop, stable performance in high humidity and improved dust release during pulse cleaning. Overall, the HemiPleat TM lowers energy cost through fuel savings and the high efficiency lowers engine power degradation. Key features • CamBrane media has 99.5% MPPS pure mechanical effi- ciency - Certified E12 according to EN1822 • New multi-layer membrane media with non-discharging fiber shell. • Proven HemiPleat technology • Water & salt resistant CamPulse Cambrane Hemipleat ™ www.camfil.com/ps Water repellant Submicron size fine fibre media (fiber) Durable core layer Submicron size membrane (transparent) Strong synthetic substrate (solid gray)
Transcript of CamPulse - Gas Turbine Inlet Air Filtration | Campulse Cambrane Hemipleat / 1 The CamBrane is a...
CAMFIL | Campulse Cambrane Hemipleat / 1
The CamBrane is a composite media which is extremely efficient on small particles and airborne salt. The membrane layer acts as a barrier to submicron particles and is impermeable to water, stopping salt from penetrating the filter.
Filter Media
The pre-filter synthetic media has a high dust loading capacity along with excellent performance in both dry and humid conditions. The supporting base of the membrane is a robust synthetic substrate that gives strength to the filter and allows it to meet the high burst strength requirement of gas turbine applications. The combination of these five media layers provides the Cambrane with excellent properties for use in gas turbines applications. The E12 EPA grade filtration, with 99.5% efficiency at the Most Penetrating Particle Size, offers considerable improvements in engine protection resulting in lower engine degradation and prolonged service intervals without need of shutdowns for compressor cleaning.
HemiPleatTM
The wider spacing of the HemiPleat™ design exposes more media to the air stream and results in lower pressure drop, stable performance in high humidity and improved dust release during pulse cleaning. Overall, the HemiPleatTM lowers energy cost through fuel savings and the high efficiency lowers engine power degradation.
Key features
• CamBrane media has 99.5%
MPPS pure mechanical effi-
ciency - Certified E12 according
to EN1822
• New multi-layer membrane
media with non-discharging fiber
shell.
• Proven HemiPleat technology
• Water & salt resistant
CamPulse Cambrane Hemipleat™
w w w.camfi l .com/ps
Water repellant
Submicron size fine fibre media (fiber)
Durable core layer
Submicron size membrane (transparent)
Strong synthetic substrate (solid gray)
