AIR QUALITY MONITORING
State-of-the-art eNose technology.
Intelligent software.
Expert knowledge.
Some gases are toxic, dangerous or unpleasant. eNoses measure odorous and non-odorous gas mixture changes in ambient air.
The air around us is a mixture of various gases. Although mainly comprising nitrogen and oxygen, the air also contains smaller amounts of water vapor, argon and carbon dioxide. The smallest particles present in the ambient air are called trace gases. Despite the fact that the trace gas concentration in the ambient air is much lower than of the main components, their effect can be substantial. Trace gas emissions may lead to odour nuisance or other gas related safety risks.
In some industries these gas emissions during normal operations cannot be excluded. Gas emissions, whether or not fragrant, could spread over a large area downwind and do not stop at the site boundaries of a company. It is also possible that the emission source is located outside the premises of the company. Chances are that the company unfairly will be held responsible for causing nuisance. This may lead to risk of possible penalties and revenue losses that are a result from downtime of the companies operations. As gas plumes disperse they can affect not only companies in the source area, but could also have impact on residents in the nearby communities.
eNose as an early warning tool! Detection of annoying and hazardous emissions before they can affect employees and local residents in the emission source area.
To be able to identify and detect the rise and spread anomalous emissions at an early stage, eNoses continuously monitor the air composition. eNose networks provide real-time data that suits in the information provision applicable for operational terminal & plant management and HSE management. eNoses are a tool to create situational awareness that is instrumental to our clients.
The eNose technology already proved its applicability and capabilities for clients worldwide:
• Petrochemical industries
• Waste water treatment plants
• Sewage treatment plants
• Landfills
• Composting
• Remediation of contaminated soil
• Agriculture environmental protection agency
• Port authorities
• Food industry
Besides the success in these markets the eNose technology seems to be a promising technology for the detection of instance lung cancer and other medical conditions by detecting the volatile organic compounds in exhaled breath that indicate the medical condition.
Wouldn’t it be great to have a tool that informs in real-time about the rise and spread of emissions?
The air quality monitoring concept offered by Comon Invent is based on 3 main elements:
eNose
- eNose networks are designed for continuous gas emission detection
- eNose networks provide information about the rise and spread of gas emissions
- eNose networks contribute to a proactive odour & gas emissions management
Real-Time Monitoring
• Comon Invent Websuite
• Service level agreement
Consultancy
• Expertise in data analysis
• Assistance with reporting
• Site visits and odour assessments
• Operator training and advanced user training
AIR QUALITY MONITORING
State-of-the-art eNose technology. Intelligent software. Expert knowledge.
Some gases are toxic, dangerous or unpleasant. eNoses measure odorous and non-odorous gas mixture changes in ambient air.
The air around us is a mixture of various gases. Although mainly comprising nitrogen and oxygen, the air also contains smaller amounts of water vapor, argon and carbon dioxide. The smallest particles present in the ambient air are called trace gases. Despite the fact that the trace gas concentration in the ambient air is much lower than of the main components, their effect can be substantial. Trace gas emissions may lead to odour nuisance or other gas related safety risks.
In some industries these gas emissions during normal operations cannot be excluded. Gas emissions, whether or not fragrant, could spread over a large area downwind and do not stop at the site boundaries of a company. It is also possible that the emission source is located outside the premises of the company. Chances are that the company unfairly will be held responsible for causing nuisance. This may lead to risk of possible penalties and revenue losses that are a result from downtime of the companies operations. As gas plumes disperse they can affect not only companies in the source area, but could also have impact on residents in the nearby communities.
eNose as an early warning tool! Detection of annoying and hazardous emissions before they can affect employees and local residents in the emission source area.
To be able to identify and detect the rise and spread anomalous emissions at an early stage, eNoses continuously monitor the air composition. eNose networks provide real-time data that suits in the information provision applicable for operational terminal & plant management and HSE management. eNoses are a tool to create situational awareness that is instrumental to our clients.
The eNose technology already proved its applicability and capabilities for clients worldwide:
• Petrochemical industries
• Waste water treatment plants
• Sewage treatment plants
• Landfills
• Composting
• Remediation of contaminated soil
• Agriculture environmental protection agency
• Port authorities
• Food industry
Besides the success in these markets the eNose technology seems to be a promising technology for the detection of instance lung cancer and other medical conditions by detecting the volatile organic compounds in exhaled breath that indicate the medical condition.
Wouldn’t it be great to have a tool that informs in real-time about the rise and spread of emissions?
The air quality monitoring concept offered by Comon Invent is based on 3 main elements:
eNose
- eNose networks are designed for continuous gas emission detection
- eNose networks provide information about the rise and spread of gas emissions
- eNose networks contribute to a proactive odour & gas emissions management
Real-Time Monitoring
• Comon Invent Websuite
• Service level agreement
Consultancy
• Expertise in data analysis
• Assistance with reporting
• Site visits and odour assessments
• Operator training and advanced user training
AIR QUALITY MONITORING
State-of-the-art eNose technology. Intelligent software. Expert knowledge.
The air around us is a mixture of various gases. Although mainly comprising nitrogen and oxygen, the air also contains smaller amounts of water vapor, argon and carbon dioxide. The smallest particles present in the ambient air are called trace gases. Despite the fact that the trace gas concentration in the ambient air is much lower than of the main components, their effect can be substantial. Trace gas emissions may lead to odour nuisance or other gas related safety risks.
In some industries these gas emissions during normal operations cannot be excluded. Gas emissions, whether or not fragrant, could spread over a large area downwind and do not stop at the site boundaries of a company. It is also possible that the emission source is located outside the premises of the company. Chances are that the company unfairly will be held responsible for causing nuisance. This may lead to risk of possible penalties and revenue losses that are a result from downtime of the companies operations. As gas plumes disperse they can affect not only companies in the source area, but could also have impact on residents in the nearby communities.
eNose as an early warning tool! Detection of annoying and hazardous emissions before they can affect employees and local residents in the emission source area.
To be able to identify and detect the rise and spread anomalous emissions at an early stage, eNoses continuously monitor the air composition. eNose networks provides real-time data that suits in the provision of information applicable for operational terminal & plant management and HSE management. eNoses are a tool to create situational awareness that is instrumental to our clients.
The eNose technology already proved its applicability and capabilities for clients worldwide:
• Petrochemical industries
• Waste water treatment plants
• Sewage treatment plants
• Landfills
• Composting
• Remediation of contaminated soil
• Agriculture environmental protection agency
• Port authorities
• Food industry
Besides the success in these markets the eNose technology seems to be a promising technology for the detection of instance lung cancer and other medical conditions by detecting the volatile organic compounds in exhaled breath that indicate the medical condition.
Wouldn’t it be great to have a tool that informs in real-time about the raise and spread of emissions?
The air quality monitoring concept offered by Comon Invent is based on 3 main elements:
• eNose networks provide information about the rise and spread of gas emissions
• eNose networks contribute to a proactive odour & gas emissions management
• Service level agreement
• Assistance with reporting
• Site visits and odour assessments
• Operator training and advanced user training