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<classification authority="sudocs">GA 1.13:GAO-01-313</classification>
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 <subject>Air pollution control</subject>
 <subject>Environmental monitoring</subject>
 <subject>Environmental research</subject>
 <subject>Pollution monitoring</subject>
 <subject>Research and development</subject>
 <subject>Water pollution control</subject>
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<titleInfo>
 <title>Environmental Protection: Wider Use of Advanced Technologies Can Improve Emissions Monitoring</title>
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<abstract>The Environmental Protection Agency&apos;s (EPA) mission is to protect
human health and to safeguard the natural environment. This	 
includes regulating pollution generated by facilities such as	 
sewage treatment plants, power generation plants, chemical	 
manufacturers, and pulp and paper mills. Monitoring is a key	 
component of the efforts by both the government and private	 
parties to address these threats. Many of the technologies that  
are currently used to monitor environmental conditions have been 
in use for several decades. In recent years, however, a number of
technologies have been identified that may offer improved	 
measurement and performance capabilities. Concerned that many of 
these improved technologies are not being used to their full	 
potential, GAO&apos;s report (1) identifies technologies whose wider  
use can improve the monitoring of pollutants entering the	 
nation&apos;s air and water, (2) determines the extent to which these 
improved technologies are being used and steps that EPA can take 
to encourage their wider use, and (3) identifies the factors that
influence the development of new technologies and steps that EPA 
can take to encourage greater development of new technologies.	 
GAO found that several monitoring technologies exist that can	 
improve the capability to measure the emission or discharge of	 
pollutants from stationary air sources, wastewater sources, and  
nonpoint water sources. These technologies offer improvements	 
over older, more commonly used methods by detecting pollutants at
lower levels, reducing monitoring costs, and increasing the	 
reliability of monitoring results. GAO further found that the	 
primary barriers preventing wider use of these technologies	 
differ considerably across stationary air, wastewater, and	 
nonpoint water sources. Specifically, (1) entities responsible	 
for stationary air sources may not make greater use of advanced  
technologies because of their potential to identify instances of 
noncompliance and violations, (2) wastewater dischargers are not 
allowed to use the advanced technologies because EPA has yet to  
approve them for Clean Water Act compliance monitoring, and (3)  
entities responsible for nonpoint water sources have been	 
discouraged from using the technologies because of cost concerns.
Lastly, GAO found that equipment manufacturers tend to develop	 
new technologies only when strong prospects exist for a return on
their investments. Accordingly, many of the constraints that	 
impede the use of existing advanced monitoring technologies have 
limited such investments. Without regulatory requirements,	 
manufacturers have little incentive to bring new technologies to 
market. In the absence of private investment, EPA and other	 
agencies have sponsored some research in this area, but EPA has  
limited resources and research conducted by other agencies does  
not always provide results that are acceptable for regulatory	 
purposes.</abstract>
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<identifier type="preferred citation">GAO-01-313</identifier>
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 <searchTitle>GAO-01-313; Environmental Protection: Wider Use of Advanced Technologies Can Improve Emissions Monitoring;
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<subject>
 <topic>Air pollution control</topic>
 <topic>Environmental monitoring</topic>
 <topic>Environmental research</topic>
 <topic>Pollution monitoring</topic>
 <topic>Research and development</topic>
 <topic>Water pollution control</topic>
 <topic>EPA Continuous Emissions Monitoring</topic>
 <topic>Systems</topic>
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