Improving Plant Efficiency
Precision Industrial Airflow Measurement Solutions
Semiconductor
Foundries
Stack airflow
Refineries
Pharmaceutical
Pressurization
Carbon Black
FD Fan Inlet
Seed Dryers
Primary Airflow
Secondary Airflow
Coal-Fired Power
Individual Burner
Cement Manufacturing
Fiber Manufacturing
Pill & Candy Coating
Chemical Plants
Sugar Refineries
Dust Collection Systems
Optimizing airflow in dust collection systems is crucial for product quality and offers important benefits such as extending filter life, energy efficiency, and cost savings. To get the best results, the airflow must be accurately measured to achieve an optimal airflow control strategy.
Area Pressurization
Maintaining positive air pressure in clean rooms to avoid the risk of contamination is an important part of the operation and maintenance of labs in the pharmaceutical industry.
True O2 Trim Solutions
Measuring O₂ off the back end of the boiler is inefficient and inaccurate. Direct, accurate measurement at entry point of all air lines helps users create the perfect air/fuel ratio.
Biomass Boilers
Measuring the airflow into the combustion chamber is necessary to calculate the perfect air to fuel ratio. A system that is running too lean or too rich results in either performance or cost issues.
Paint Booths
Airflow in paint booths, for instance in the automotive industry, is critical to achieving full coverage while avoiding the problems associated with over-spray.
Airflow to Industrial Furnaces, Heaters, and Boilers
Measuring the airflow into the combustion chamber is necessary to calculate the perfect air to fuel ratio. A system that is running too lean or too rich results in either performance or cost issues.
Zero Emission Facilities
Zero emission facilities require accurate airflow measurement in processes required to bring down their CO2 emissions, like natural ventilation using eco-cylinders.
Technologies
How We Achieve Unmatched Airflow Accuracy
Air Monitor Launches New YouTube Channel with Factory Tour Video
We are excited to announce the launch of the new Air Monitor Corporation YouTube channel! This channel is dedicated to…
Pitot Averaging Flow Stations with AUTO-Purge III (Part 2)
Part 2: Why Dirty Airflows Demand Special Measurement Solutions In Part 1, we explored how pitot averaging technology delivers superior…
Pitot Averaging Flow Stations with AUTO-Purge III
Part 1: Understanding Pitot Averaging Technology for Industrial Airflow Measurement Industrial facilities handling cement, materials, or process gases face a…
From Mill to Burner: Transform Your Plant with Precise Primary Airflow Monitoring
Air Monitor’s latest Application Guide—focused on Primary Airflow in Coal-Fired Power Plants—presents invaluable insights and practical solutions for professionals seeking…
Industrial Airflow Monitoring FAQs
Gain Insight on How Airflow Measurement Can Help You
Accurate, continuous airflow measurements are essential for demonstrating and maintaining compliance with environmental regulations, such as the U.S. EPA’s 40 CFR Part 75 for coal-fired boilers. Such data allows for calculation of pollutant emissions and supports reporting requirements. A power plant using the Air Monitor CEMS system can maintain continuous emissions monitoring, enabling proactive adjustments to combustion parameters to ensure emissions stay within permitted levels year-round.
Real-time monitoring enables early detection of abnormal conditions, such as blockages or leaks, that could lead to equipment failure. Predictive analytics, fed by continuous data streams, can alert operators before minor issues escalate into major breakdowns. Reduce unplanned downtime by implementing real-time airflow and pressure monitoring to allow maintenance teams to intervene proactively. For example, when a sudden drop in measured airflow signals a developing blockage in a kiln’s ductwork, technicians can address the issue promptly, preventing a costly shutdown.