Innovation

We are very lucky to have a very innovative person on our team.  Playing around this week with a small tool a brand new technology is found.  This is what sets us ahead.

Carbon Impregnated Filters

Carbon Impregnated filters are used to dissipate static discharge.  Huh?
When static electricity builds up  across a filter (because if the partials passing by the filter) there is a chance that a spark may occur from the fabric of the filter to the nearest steel ground.  This happens much as wearing socks on the carpet and touching metal.  The spark can cause disastrous results in and explosive environment.  A dust as simple as wood can explode into a huge fire.
There are various methods to prevent this.  Screen printing a carbon film on the filter media, weaving in stainless, or carbon wires into the media, or spraying a conductive material on the filter.  The the theory is that the discharge will travel up the filter which is grounded through a separate ground wire or tail.

Don't take a chance.

Cool new toys

Yesterday we installed a new Doppler radar system that controls our waste system.  It will monitor and  help us and collect information on what our usages are.  This is the first step for us to begin developing a water recycling system.  Recycling some of our water is one of our goals for next year.  Lots of challenges with this however, as cross contamination can be a big problem in our industry.

This device will also tell us in gallons the actual usages, and monitor flow rates.  Pretty cool.

Pasturization System Update

Our newly installed pasteurization process is reducing the risk of contamination for food filters.  "The project has performed better than I had ever expected", according to Walker who designed the system.  We are getting results that have been verified by Graduate Students at Washburn University.  "There is nothing alive left." according to one reseacher.

The Pasteurization process will superheat the filters to a set temperature, for a specific time under vacuum conditions to effectively kill all yeast, and mold spores. The entire process is computer controlled, and graphed for documentation.   This combined with the distainer process previously implemented gives double protection to the manufacturer.

This is unheard of in the filtration industry.  Not even a new filter is subjected to this type of sanitation.

Cellouse, or Paper Filters.

Sometimes it is difficult to understand decisions.   We have been cleaning filters for a particular company for about 6 months.  We have been trying to educate them on the polyspun media verses the cellulose filters.  There were two rejects last week when we cleaned their filters. We called them to visit on how much longer a polyspun filter will last in their system, and how much stronger they are.  They still want to purchase the paper.
I really thin this is penny wise,  This would be a perfect opportunity to try out a couple polyspun filters.  Click the link below (youtube) to see the difference yourself.

Vist the youtube visit our website

Dry Pasturization to clean a filter?

Visit our web siteWe made some huge steps this week.   Our dry pasteurization system went on line.  Dry pasteurization at a filter cleaning company?   YES, this is yet another part of our food filter cleaning program.  After the filters are cleaned the filters are inserted into a special chamber that heats them.  Why heat?  Well in a controlled environment dry pasteurization will kill mold, fungus, and yeast spores.  Keeping consistent and controlling the process is the key to success.  The system we installed uses computer controlled and will monitor and adjust the temperature and humidity, and cycle times.  Not only is this accomplished but, all the variables are graphed and documented so our "cleaned food filters" offer yet another  level of safe sanitation.

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