Ahlstrom-Munksjö Filter Media Solutions and Technologies
Ahlstrom-Munksjö is a single-source supplier of filter media for static and pulse jet gas turbine air intake applications.
The company’s gas turbine air intake filtration solutions are based on many technology platforms. Our experience in various nonwoven technologies and chemistries has enabled us to provide various cutting-edge solutions for filter companies.
Modifiable filter media for operational environments
Media technologies and a selection of fibre composition and resin chemistries are carefully selected according to precise filter performance requirements.
We provide a comprehensive collection of media from 100% cellulose to 100% synthetic or microglass in several combinations for all phases of power generation air intake filtration. We also supply filter media offering solutions for a range of operational environments and temperatures, including high humidity, sand, salt, soot, dust, fog, and snow.
Ahlstrom-Munksjö is also able to modify products according to customer-specific performance requirements.
Three-layer filter media for power applications
Trinitex® technology offers filter media with high-quality mechanical filtration efficiency and low-pressure drop due to its unique three-layer assembly.
Each layer can be customised to provide precise properties and an optimal arrangement of strength, mechanical particle removal efficiency (even at small particle dimensions), and pressure drop. Trinitex® GT is simple to handle on rotary and knife pleating lines.
Trinitex® Advance GT for high-quality air purification
Trinitex® Advance GT is a platform product designed to cleanse air in industrial filtration applications. A line of products will be built over time using this platform, offering well-defined client advantages in various markets.
Microglass media technology for static filters
Microglass technology ensures consistent efficiency in the last stage of air intake filtration, ultimately sheltering the turbine from damage.
Ahlstrom-Munksjö Glass GT microglass media is available in a dual-layer design, which offers improved dust-holding capacity while sustaining the maximum possible efficiency. Microglass media is the finest choice for static filter F7-F9 and HEPA filter applications.
Reverse-pulsing and automated power media solutions for energy operations
Nano GT comprises Ahlstrom Munksjö’s cellulose-synthetic media layered with electrospun nanofibres on the upstream side. This construction develops an excellent reverse-pulsing behaviour and high mechanical efficiency at the lowest pressure drop, while it can also be customised with value-added treatments, including fire retardancy.
Fine Fiber GT media combines the advantages of our cellulose synthetic media and fine fibre melt blown technology to provide a media with excellent reverse-pulsing properties, as well as high dust-holding properties for lengthy pulse cycles.
Ahlstrom-Munksjö Cell Tech GT blended media is presented in different basis weights as well as cellulose-synthetic ratios. It has high-quality automated power and pleating properties on rotary machines, while it has deep corrugation, which offers optimal pleat separation.
Products and Services
Ahlstrom-Munksjö’s Half-Year Financial Report
This release is a summary of Ahlstrom-Munksjö's half-year financial report January-June 2017.
Gas Turbine Air Intake Media
High energy cost and demand worldwide have increased the focus on energy efficiency in many industries and market sectors. Specifically, the power generation sector is driven by the need for affordable electricity. One key contributor to energy efficiency are air intake systems of gas turbines.
Industrial Air and Gas Turbine Ahlstrom NanoPulse™
Ahlstrom NanoPulse™ is a portfolio of nanofiber coated cellulose/synthetic filtration media for reverse-pulse gas turbine and industrial air applications.
Ahlstrom-Munksjö has announced its Ahlstrom-Munksjö Trinitex® Advance W3000, which is a unique filtration media intended for pulse jet gas turbine use.Read more
NexTurbine™ 2016 held its 5th Annual Summit between 12-13 May in Shanghai, China.Read more