Ensure cleaner ambient air for a healthier community
AI in Environmental Monitoring & Pollution Control
-5/1/2024, Omniscent, Inc. announced a new VOC analyzer capable of detecting and measuring EPA new ruling (HON) which includes
Early units will be available in Q4 with production in Q1-2025
3/1/2024, Omniscent, Inc announced introduction of OMNI-2240EB which capable of detecting and measuring Ethylene dichloride (EDC) and benzene. The new analyzer can separate and measure each compound with LOD < 2ppb. Production units are available starting 5/1/2024
-11/27/2023, Omniscent, Inc. has signed an agreement with Montrose Environmental Group, a leading provider of comprehensive, environmentally-focused solutions.
– 05/05/2023, The Royal Commission Environmental Protection & Control Department (RC EPCD), the sole authority for drafting and implementation of Environmental Policy and Regulations in the Industrial Cities of the Kingdom of Saudi Arabia, has officially recognized and approved the Omniscent Micro Gas Chromatograph (GC) Analyzer Model 2200 for EDC, BTEX, and VOCs to install Fence-line Ambient Air Quality Monitoring.
– 02/10/2023 Omniscent Signs distributor agreement with GeoTek Consulting, a Bahrain company to facilitate sales of its VOC products in Saudi Arabia
Omniscent uses advanced MEMS technology to detect, measure fugitive emission of carcinogenic chemicals from refineries and petrochemical companies in real-time and inform plant managers.
Omniscent uses advanced MEMS technology to detect, measure fugitive emission of carcinogenic chemicals such as Styrene, Ethylene dichloride (EDC) from petrochemical companies in real-time and inform plant managers.
Omniscent VOC analyzers detect and speciate various VOCs in communities next to industrial plants and refineries. Real-time detection allows plant managers to take immediate actions to correct the faulty valves, pumps and broken seals.
Omniscent VOC analyzers are mounted on mobile vans and used by CARB team to monitor several communities around Los Angeles area. The low power, small size and easy to use features of Omniscent VOC analyzer makes a ideal instrument for regulatory agencies’ applications .
According to EPA, concentrations of many VOCs are consistently higher indoors (up to ten times higher) than outdoors. VOCs are emitted by a wide array of products numbering in the thousands. Using Omniscent VOC analyzer indoor air quality can be monitored for dangerous chemicals such as benzene and toluene.
It is proven elevated certain VOCs in human breath is indication of onset of certain disease such as lung cancer and tuberculosis. Omniscent new MEMS technology (MPCA) is capable of detecting eight (8) VOCs indicator of lung cancer.
Omniscent uses advanced MEMS technology to detect, measure fugitive emission of carcinogenic chemicals from refineries and petrochemical companies in real-time and inform plant managers
Omniscent uses advanced MEMS technology to detect, measure fugitive emission of carcinogenic chemicals such as Styrene, Ethylene dichloride (EDC) from petrochemical companies in real-time and inform plant managers.
Omniscent VOC analyzers detect and speciate various VOCs in communities next to industrial plants and refineries. Real-time detection allows plant managers to take immediate actions to correct the faulty valves, pumps and broken seals.
Omniscent VOC analyzers are mounted on mobile vans and used by CARB team to monitor several communities around Los Angeles area. The low power, small size and easy to use features of Omniscent VOC analyzer makes a ideal instrument for regulatory agencies’ applications.
According to EPA, concentrations of many VOCs are consistently higher indoors (up to ten times higher) than outdoors. VOCs are emitted by a wide array of products numbering in the thousands. Using Omniscent VOC analyzer indoor air quality can be monitored for dangerous chemicals such as benzene and toluene
It is proven elevated certain VOCs in human breath is indication of onset of certain disease such as lung cancer and tuberculosis. Omniscent new MEMS technology (MPCA) is capable of detecting eight (8) VOCs indicator of lung cancer.
The sensor can differentiate between different VOCs and reports individual gas levels separately. Users can examine concentration levels of each VOC and take corrective action if needed.
Our sensor helps you monitor and alert Environmental Health & Safety teams when high emission levels of VOCs, such as benzene, toluene, methylal, styrene, and m/o- xylene, are detected.
