OUR FILTER SOLUTIONS FOR GAS TURBINE AIR INTAKE
FILTER MEDIA
Nonwoven with Nanofiber
MecNa™ is our revolutionary air filter media which addresses the common issue of reduced lifespan due to low dust holding capacity in current nanofiber filter media. The uniqueness of MecNa™ is its revolutionary 3D nanofiberstructured media design because unlike continuous electrospun fibers MecNa™ embeds individual nanofibers within the filter media, enhancing both durability and performance.
This particular construction overcomes the typical limitation of reduced lifespan of filter elements due to low dust holding capacity, ensuring high initial resistance to airflow. Additionally, since it relies on mechanical filtration, you can count on consistent efficiency without any particle removal efficiency dropping problems commonly seen in electrostatic filter media.
Paper-Meltblown Combinations
A combination of cellulose based media with meltblown is an ideal choice for protecting your gas turbine from debris and other particles.
It is highly durable and resistant to corrosion, making it a better option compared to traditional woven wire mesh filters commonly used in gas turbines. The unique properties of cellulose-based media offer superior filtration efficiency and resistance to extreme temperatures, pressures, and other conditions associated with gas turbines. Additionally, the small size of the fibers ensures that the media can capture smaller particles effectively, which helps improve the overall performance of your turbine.
Meltblown-Spunbond Composite
GESSNER's meltblown-spunbond filter media composites are another option when it comes to protecting your gas turbine from contaminants. Synthetic filter media is made from polyester or polypropylene fibers that provide more efficient filtration. Synthetic filter media also has superior chemical resistance and can withstand higher temperatures than natural fibers such as cotton or wool. As such, synthetic filter media is a great choice if you need a secure barrier against contaminants while still allowing air to pass through the system efficiently.
Our synthetic gas turbine filter media are F9 approved accoring to EN779:2012 and ePM1: 80% according to ISO 16890. Our very good pleatiability results in sharp pleats. Additionally, our media provide a good air permeability to efficiency ratio, offering higher efficiency at low pressure loss. The material can be used as a static medium but also for reverse pulse applications for high dust load environments. Gas Turbine media by GESSNER are OEM approved but also available in the aftermarket.
CATALYST CARRIER
CRANEGLAS™ glass wet-laid nonwoven material is an advanced catalyst carrier designed specifically for applications like gas turbine air intake . This innovative material boasts a thin hydrophilic structure with controlled wicking properties, ensuring optimal moisture management and efficiency. The even distribution of flow throughout the material enhances performance, while its affinity to most reacting agents makes it highly versatile. The material is engineered for easy slitting and dynamic strength, facilitating seamless downstream processing and integration into your systems.
