PURAFIL NEWS

Purafil Technical Director, Chris Muller, was recently named the recipient of the 2008 Maurice Simpson Technical Editors Award by the Institute of Environmental Sciences and Technology (IEST). Chris was nominated for his comprehensive, technical paper entitled, Comparison of Chemical Filters for the Control of Airborne Molecular Contamination. The paper was published in the 2007 Journal of the IEST, garnering Chris an award traditionally presented to authors of the best technical papers published by the IEST during the preceding year.

PURAFIL EVENTS

Purafil ESD and Kazmier & Associates will be exhibiting at the Kentucky Tennessee Water Professionals Conference, which will be held on July 20-23, 2008 at the at the Knovxille Convention Center in Knoxville, TN. Stop by Purafil ESD's Booth #528 to see our Engineered Solutions for the Water & Wastewater Market!

PURAFIL LITERATURE

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ENVIRONMENTAL ASSESSMENT


Purafil Environmental Reactivity Coupons
The Purafil Environmental Assessment service is the first step in a comprehensive, three-part AMC Control Program. It is a reliable and cost-effective means of determining the reactivity potential of AMC prior to the implementation of chemical filtration. Our Environmental Assessment service is based on the use of proven reactivity monitoring techniques. These techniques, unlike other monitoring methods, take into consideration the synergistic effects of multiple contaminants on process yield, product performance, and reliability.

We tailor our Environmental Assessment service to meet the specific needs of each of our customers. Our technical services team will work with you and your staff to provide the following services and recommend control solutions.

• Complete site inspection
• Use of Purafil patented reactivity monitoring devices

• Review of facility plans

• Interviews of process, facility, and equipment engineers and managers

• Review of maintenance logs

• Inspection of tools, circuitry and air handler equipment

• Investigation of surrounding facilities and possible emission sources

• Investigation of contamination movement against pressure gradients