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Changes to the Ambient Air Lead Standard – Obtaining Valid Results

Changes to the Ambient Air Lead Standard – Obtaining Valid Results
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The current National Ambient Air Quality Standards (40 CFR parts 50, 51, 53 and 58) for lead were published in 1978 to protect the public from the adverse health effects caused by lead. On May 20, 2008 the EPA published proposed changes to the NAAQS for lead; the final rule was published on October 15, 2008. These changes will affect the ambient air monitoring protocols required on industrial painting projects. This paper will focus on the practicalities of obtaining valid data from TSP-lead air monitors.

Product Number: 41209-510-SG
Author: Sarah F. Olthof, Lloyd M. Smith
Publication Date: 2009
Industry: Coatings
$0.00
$20.00
$20.00

The current National Ambient Air Quality Standards (40 CFR parts 50, 51, 53 and 58) for lead were published in 1978 to protect the public from the adverse health effects caused by lead. On May 20, 2008 the EPA published proposed changes to the NAAQS for lead; the final rule was published on October 15, 2008. These changes will affect the ambient air monitoring protocols required on industrial painting projects. This paper will focus on the practicalities of obtaining valid data from TSP-lead air monitors.

The current National Ambient Air Quality Standards (40 CFR parts 50, 51, 53 and 58) for lead were published in 1978 to protect the public from the adverse health effects caused by lead. On May 20, 2008 the EPA published proposed changes to the NAAQS for lead; the final rule was published on October 15, 2008. These changes will affect the ambient air monitoring protocols required on industrial painting projects. This paper will focus on the practicalities of obtaining valid data from TSP-lead air monitors.

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Causes of Coating Failures
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Causes of Coating Failures

Product Number: 41209-512-SG
Author: Kenneth B. Tator
Publication Date: 2009
$20.00

Industrial and marine protective coating systems are most commonly applied without incident and perform as expected over their anticipated service life. However, occasionally, a coating system will fail prematurely, for unexpected reasons, and with expensive consequences. This paper addresses those unexpected failures and provides reasons and remedies for such occurrences.
Coating and Lining Specifications for Concrete
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Coating and Lining Specifications for Concrete

Product Number: 41209-496-SG
Author: Kevin Morris
Publication Date: 2009
$20.00

This paper will discuss various considerations that should be weighed when writing a specification to line a concrete tank, secondary containment or industrial floor.
Ceveat Emptor! Preparing Cementitious Mortars for Support HighPerformance Lining Systems: Broom Finish or Blasted Surface?
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Ceveat Emptor! Preparing Cementitious Mortars for Support HighPerformance Lining Systems: Broom Finish or Blasted Surface?

Product Number: 41209-497-SG
Author: Vaughn O’Dea, Rick Schwab
Publication Date: 2009
$20.00

Cementitious repair mortars are commonly used to rehabilitate deteriorated wastewater concrete infrastructure prior to the application of high-performance lining systems. Commonly such repair mortars receive a broom finish creating a “profiled” surface prior to the application of a spray applied protective lining system. Other recommendations require that that the cementitious mortars receive a blasted (mechanically profiled) surface to impart a mechanical profile prior to top coating with a similar lining system. In the following paper the authors summarize the results of an investigation to quantitatively assess adhesion of a protective lining when applied to a broom finish surface verses a blasted surface.
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