Eagle Filters is pleased to announce the completion of Phase-II of the expansion project of its “State of the Art” ...

How to facilitate the process and overcome challenges ?

New Saana 300 Respirator product line has been added by FFP3 versions after CE testing in Finland.
 

Eagle Filters has now published new foldable respirator series, Saana 300 including both professional and consumer models.

Eagle Filters' Quality System is now certified to ISO 9001:2015 and Environmental Management System to ISO 14001:2015 by Bureau Veritas. 

Saana-hengityssuojaimet ovat nyt saatavilla kaikille verkkokaupasta www.saanarespirators.com / Saana Respirators are now available for everyone at www.saanarespirators.com

The first product of the high-end Saana product line has been certified and are availble as FFP2.

The first FFP3 class respirators designed and made in Finland are now availailable.

Mass production of high quality respirators has started at Eagle Filters manufacturing plant in Kotka.

How do you know how much you have left?

Eagle Filters aloittaa korkealuokkaisten hengityssuojainten tuotannon Suomessa. Kotkan uuden tuotantolaitoksen rekrytoinnit ovat parhaillaan käynnissä ja rekrytoinneista vastaa Go On Yhtiöt.

Soot - How can something so tiny cause so much problmes for GT and in Filtration ?

Filtration challenges when Protecting GT performance in Coastal Environment

Why isn´t 100MW GT producing 100MW after the start up?

At Eagle Filters, we have been monitoring the recent ‘competition’ in the filtration industry regarding who can put the most surface area into a single Gas Turbine (GT) inlet air filter with great concern.

Eagle Filters has introduced our own answer to reducing the world’s plastic pollution problem – replaceable pre-filter panels.

When nature starts to wake up after the long winter period, you may admire the first flowers and first green leaves on the trees as miracles of the Spring...

Some insights into a very common issue during winter from our Head of Sales Pertti Sundberg

Gas turbine (GT) users are often asking us if we can define the remaining lifetime of filters and if we could offer remaining lifetime assessment services for our filters. As much as we would like to take a few of the filters to our test bench to measure the increased weight and dp as well as do a few microscope pictures to see the material status, we really don’t recommend doing once a year analysis of GT inlet air filters, but we always recommend doing continuous monitoring of the filter condition.

With a recent post I made the claim that the power industry is needlessly wasting several billion euro each and every year. The calculation, although well founded, didn’t give an individual plant manager the real feeling for the actual potential of the benefits from inlet air filtration upgrade so we felt we needed to make a simple tool for the plant managers to quantify the gains.​​

I’ve been communicating a lot about degradation and fouling these past few months, but a recent discussion with a company representative offering Gas Turbine (GT) upgrades at one of the fairs I visited lately really gave me a new aspect to degradation particularly.

The power industry is needlessly wasting several billion euro each and every year. They are losing billions because OEM´s have set the standards for Gas Turbine (GT) inlet air filtration to a very low level.

Imagine a misty Sunday evening, when the operators in the control room of a gas turbine room are just performing a shift change, changing the information on the daily events, no-one really paying attention to the monitors when it happens: compressor efficiency suddenly drops several percentage points and the control system is unexpectedly requesting an online-washing.

I have now been active in my role as Head of Sales for Eagle Filters for around 6 weeks now and facing the typical problem of how to expand a business to new markets.