Ethanol Emissions Detector complies with NSPS Subpart VV.
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Press Release Summary:
Rated intrinsically safe for explosive environments, 2020ComboPRO utilizes photoionization detection (PID) technology to detect ethanol leaks in ethanol fuel production plants. Portable instrument has 0.1-10,000 ppm measurement range and meets/exceeds requirements of NSPS Subpart VV specific to EPA Method 21 for fugitive emissions. Critical data is displayed in less than 3 sec, and audible/visual alarms alert operator when pre-defined limits are exceeded.
Original Press Release:
Photovac Introduces 2020ComboPRO for Compliance with NSPS Subpart VV Fuel Ethanol Emissions
WALTHAM, MA, March 26, 2008 - Photovac, Inc., the manufacturer of premium instruments for VOC analysis in air, soil, and groundwater, is pleased to introduce 2020ComboPRO for ethanol leak detection in fuel ethanol plants.
The measurement of ethanol leaks in fuel ethanol production facilities is essential for compliance with the air quality operating permit requirements of NSPS Subpart VV, and the 2020ComboPRO from Photovac offers this capability in a portable and easy to operate instrument. With its proven photoionization detection (PID) technology, the 2020ComboPRO measures ethanol leaks accurately and quickly. The large digital display prompts the operator through the basic operations, and critical data is displayed in less than 3 seconds. The 2020ComboPRO boasts a wide measurement range of
0.1 ppm to 10,000 ppm, and audible and visual alarms alert the operator when pre-defined limits are exceeded. The 2020ComboPRO meets and exceeds the requirements of NSPS Subpart VV specific to EPA Method 21 for fugitive emissions, also known as leak detection and repair (LDAR). And the 2020ComboPRO is also rated intrinsically safe for explosive environments.
For more information about the 2020ComboPRO and to locate the Photovac sales representative in your area, please visit the company's website at www.photovac.com.
About Photovac, Inc.
Photovac is the premier provider of hand-held instruments for superior detection, measurement, analysis, and monitoring of volatile organic compounds (VOCs) in air, soil, or groundwater. Every Photovac instrument is designed to be portable and rugged to perform flawlessly on site under the toughest field conditions. With over 25 years of experience in the technology of photoionization detectors, gas chromatographs, and flame ionization detectors, Photovac has provided hundreds of different applications to meet VOC analysis requirements.
For more information and to view the complete line of instruments, please visit the website at www.photovac.com
