Compatex TMPE

Compatex TMPE EPA protection for gas turbines APPLICATIONS Designed to address the need for increased engine availability in Clean Air high performance gas turbine power stations, Compatex TMPE provides defence against sub-micron particles, eliminating fouling Power Generation Clean Room Combining industry-leading pressure drop with unrivalled burst resistance, Compatex TMPE provides unbeatable performance for gas turbine final filtration. Providing enhanced protection against the smallest of particulate, Compatex TMPE reduces machine degradation, extends service intervals and removes the need...

EPA Filtration – the answer to compressor blade fouling Traditionallly, F8 or F9 filters have been employed in the final stage of a compressor air intake. Long regarded as the optimum balance between pressure drop and filtration efficiency, an F8 filter provides an average efficiency of between 90 – 95% @ 0.4 µm. This, whilst good, cannot prevent smaller particles reaching the compressor blades causing fouling and a subsequent fall in power output. On and offline engine washes may restore compressor performance, but bring with them costly servicing and even costlier downtime, along with gallons...

Unsurpassed Performance for Gas Turbines Whilst the primary purpose of a gas turbine filter is to remove harmful particulate from the intake air, its effect upon the overall performance of the engine is far greater than this. An air intake filter can be judged according to the three key elements detailed below. Fortunately, Compatex TMPE provides industry-leading performance for each of these aspects. Pressure Drop construction, Compatex TMPE provides pressure drop improves engine efficiency. unrivalled pressure drop performance Because of this, specifying such filters is without compromising...

Compatex TMPE E30 has a filter surface 480 times the area of this page. Filter Surface Area Whilst a filter's external dimensions follow a uniform structure, Compatex TMPE packs much more into its frame. Thanks to the latest developments in high-density glass fibre media and Conversely, not all applications or customers will require an innovative pleating technique, the latest generation of Compatex such low pressure drops from their intake filters. It is for TMPE filters boast up to 30 m of filter media – nearly 40% more than this reason that Compatex TMPE is available with smaller its predecessor....

Technical Data Filter Class – E10 Initial pressure drop at VL* Initial Efficiency EN 1822 (MPPS-DEHS) Filter Media Area (installed) Initial pressure drop at VL* Initial Efficiency EN 1822 (MPPS-DEHS) Filter Media Area (installed) Initial pressure drop at VL* Initial Efficiency EN 1822 (MPPS-DEHS) Filter Media Area (installed) Air Flow Rate VN (nominal service life) Initial pressure drop at VN* Air Flow Rate VL (long service life) Filter Class – E11 Air Flow Rate VN (nominal service life) Initial pressure drop at VN* Air Flow Rate VL (long service life) Filter Class – E12 Air Flow Rate VN (nominal...

Dimensions (mm) ▲ Gasket Options Application Parameters Recommended Final Pressure Drop 600 Pa Maximum Final Pressure Drop 800 Pa Static Burst Pressure (new filter) 5000 Pa Dynamic Burst Pressure (new filter) 5000 Pa Continuous Operating Temperature < 70°C Admissible Relative Humidity < 100% Recommended Max. Nominal Air Flow E10:4250 m7h | El 1:3800 m7h | E12:3800m7h Materials Specification Filter Media Micro glass-fibre bonded to paper Filter Frame Incinerable, halogen-free, recycled polystrol Flammability Class (standard) DIN 53438- K2/F2 Flammability Class (upon request) DIN 53438- K1/F1;...

In view of continuous research and development we reserve the right to modify specifications and dimensions without prior notice. For quoted standards, the issue valid at the print date of this leaflet is relevant. © MANN+HUMMEL VOKES AIR • 01/2015 • EN • 0013