THE ABILITY TO SAMPLE THE AIR AT ANY LOCATION AND VIEW IMMEDIATE RESULTS IS IMPORTANT FOR IDENTIFYING POLLUTION SOURCES BEFORE THEY BECOME A PROBLEM.
WHAT ARE POLLUTION SOURCES?
If you think volatile organic compounds (VOCs) only exist in industrial chemistry plants, then you are wrong. VOCs come from various sources, such as indoor paints, cleaning products, refrigerants, gas and fuel, vehicle interior material decomposition, polluted groundwater, electronics manufacturing, medicine production, food and beverage production, manufacturing plants, and so forth. Air monitoring can be used to identify pollution sources to prevent damage to human or environmental health. Landfill and biogas monitoring is important for protecting infrastructure and the general public. VOCs from landfills and biogases can cause negative health effects and corrosion, as well as a severe odor nuisance.
The NovaTest P100 and P300 can rapidly test ambient air in any location, making them useful devices for detecting harmful VOCs. They are is capable of detecting a wide range of compounds with high sensitivity in a single test, and the system automatically generates an instant report with calculated results. These features can be used to efficiently identify pollution sources so that they can be fixed as quickly as possible.
The DV3000 provides driving testing and mapping according to the wind direction with real-time results . Users can monitor on the road and recognizing the emission source immediately.
- Conventional air testing is conducted at intervals, making it difficult to distinguish changing conditions. Continuous testing with faster analysis is needed to provide the immediate feedback necessary for effective responses
- Comprehensive analysis often requires multiple tests with multiple techniques, making testing complex
- Effective air monitoring requires rugged equipment that can function reliably in changing conditions
- Automated sampling and rapid analysis of a wide range of VOCs with instantly calculated results provides immediate feedback that is easy to understand. Continuous testing can reveal dynamic changes and identify pollution events
- Multiple VOCs can be detected and analyzed in a single test that requires no professional GC background to perform
- Devices are designed to be used in the field and are very robust, with low maintenance and low consumable requirements
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This industry requires new and better technologies to effectively address the challenges of working with volatile organic compounds (VOCs). Better detection and monitoring technologies can help protect petrochemical facilities, employees, and the environment.
The presence of odor-causing compounds, such as sulfur organic compounds, is often a major reason for complaints about air pollution. Odors can be emitted from a variety of sources including petrochemical refineries, paper factories, fertilizer production, landfills, sewage treatment plants, and so forth.
Automotive vehicles release volatile organic compounds (VOCs) from various components and as by-products of combustion. Detecting these emissions and identifying their sources can help reduce public and environmental exposure.