AirSurvey is an easy to use tool to make WiFi coverage site surveys. Passport Network authentication services Passport provides authentication services for. About the Survey The Schaefer Center for Public Policy at the University of Baltimore is conducting a community survey as part of the evaluation of the Baltimore City Police Department's Aerial Investigation Research Pilot Program. This program is commonly referred to as the 'Surveillance Plane'. Tsunami Compressed Air Solutions offers a CFM Test Kit and Air Survey Kit with LCD screen so you can verify that your air system is supplying clean, dry air. Available separately or together in our Tsunami Air Prep Kit.
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New York City Community Air Survey (NYCCAS) Across the United States and in New York City, air quality has improved over the last 20 years as a result of measures implemented to meet Environmental Protection Agency (EPA) regulations. To improve services to students and families, we need information on what districts and charter management organizations are doing and plan to do to address COVID-19. From mid-May through July 2020, we are asking school district and charter management organization leaders to respond to a nationally representative survey of school districts and charter management organizations—more than 2,500.
Across the United States and in New York City, air quality has improved over the last 20 years as a result of measures implemented to meet Environmental Protection Agency (EPA) regulations. In 1990, the revised Clean Air Act allowed for the EPA to better enforce regulations reducing air pollutant emissions, limiting the degree of air pollutants across the nation. Nevertheless, air quality in New York City and many other metropolitan areas still does not meet clean air standards, while new scientific studies link air pollution to various public health issues including asthma, heart disease and certain cancers.
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As part of the New York City environmental sustainability plan known as PlanNYC, several initiatives have been launched to reduce local emissions beyond the steps required by Federal and State regulations. PlaNYC acknowledged that better information was needed to understand how air quality varies between neighborhoods to better target and prioritize air quality improvement efforts in the future. As a result, The Barry Commoner Center for Health and the Environment and the New York City Department of Health and Mental Hygiene launched the New York City Community Air Survey (NYCCAS) in December 2008.
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The NYCCAS program monitors pollutants that cause health problems such as fine particles, nitrogen oxides, elemental carbon (a marker for diesel exhaust particles), sulfur dioxide and ozone. NYCCAS air pollution measurements are taken at 100 locations throughout New York City in each season. Monitors are mounted 10 to 12 feet off the ground on public light poles or utility poles along streets and in some parks. The portable ambient air monitors use battery-powered pumps and filters to collect air samples.
The analysis of the monitoring data involves the use of statistical models, developing associations between measured pollution and sources near the monitoring sites such as traffic density or boilers in buildings. The NYCCAS statistical model provides estimates of air pollution concentrations across New York City.
Compressed air surveys evaluate and document system components, run-times, pressures, uses, and losses in order to identify areas for system improvement. Our capabilities for leak detection include compressed air, nitrogen, propane, argon, medical air, etc. Survey reports also include a full economic analysis, calculated costs, and recommendations for system improvements.
Evaluation
We conduct an initial “walk-through” system evaluation to identify & visually tag any obvious problems such as loud leaks or damaged piping. We document any misuse of air caused by open valves, rags placed over pipes or any unattended equipment. Leaks are marked for identification with a fluorescent paper tag. Each leak is identified with an American Plant Maintenance tag.Air Survey Corporation
If plans are not available, our engineers start at the compressor & work outward to locate leaks. If plot plans are available the plant will provide a print of the compressed air system & plot plan that APM can utilize to record & map air leaks. The purpose of the plot plan is to help the fitter locate any identified leaks.
During the evaluation we will check all drain traps, quick connection points & other usage points. We will determine the best route for inspection which will help identify leak locations & make them easier to find for repair.
Survey
We will document leak locations, applications and pressures as well as any comments pertaining to any existing installations. We will start at the compressor / supply side & end at the point of use. Utilizing ultrasound technology, we will scan for any compressed air (gas) leaks & identify them such as Compressed Air, Oxygen, Argon, Nitrogen, Medical Air & Steam).
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Results
After the completion of the survey we present two bound copies & an electronic copy of our findings. Compressed air applications & specific recommendations for station improvements are also included. All leaks are documented with a leak number (for identification in the report), type of gas, applications, location description, leak size in Cubic Feet per Minute (CFM), and note if repairs were made during the survey. We provide recommendations for better efficiency & specific description of the leak.We provide an annual savings analysis for each type of leaking compressed gas & a return on investment calculation. This calculation is based on the estimated costs associated with energy usage and compressed air (gas) loses
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For more information on how our team can help your facility maintain its compressed air system, please contact us, or visit our clients page to see examples of our work.