- Custom Engineering and Design Capability
- Complete Air Sampling System Design
- Custom Battery / Solar Operated
Custom Engineering and Design Capability
- ANSI/HPS N13.1-1969/1999/2011/2021 stack sampling location qualification testing
- ANSI/HPS N13.1-1969/1999/2011/2021 stack sampling
system design - Custom air sampler design
- Integration of radiation detectors and air sampling systems
ANSI/HPS N13.1-1969/1999/2011/2021
Design Considerations
ANSI/HPS N13.1-1969/1999/2011/2021 requires that sampling systems satisfy the following design criteria; (1) representative particles from the stack flow must be drawn into the sampling probe, (2) particle losses on the inner surfaces of the probe and from the probe outlet through the sample transport line to the particulate sampler or monitor must be minimized, and (3) the particulate sample must be accurately analyzed as required by the US regulations, e.g., for record-keeping and/or alarm annunciation.
ANSI/HPS N13.1-1969/1999/2011/2021
Stack Sampling Location
Qualification Testing
The primary consideration in stack sampling is to have a well-mixed, representative sample entering the sample probe. This insures that the concentrations of particulates exiting the stack are accurately represented by the sample being extracted. HI-Q has the expertise and instrumentation needed to perform the qualification testing required by ANSI/HPS N13.1-1969/1999/2011/2021 to determine whether the stack air is well mixed at the sample location.
ANSI/HPS N13.1-1969/1999/2011/2021
Stack Sampling System Design
HI-Q has an established reputation for delivering high quality sampling systems and equipment for the environmental and nuclear industries. Once it has been established that the sampling location is well-mixed, HI-Q can recommend the appropriate sample probe based on the stack and sample flow rates. HI-Q has the expertise to recommend either multi-point sample probes or a shrouded probe depending on the Customer’s needs. From the sample probes to the air sampler, HI-Q can deliver the sample system including; (1) selection of the appropriate size of tubing to minimize particle losses, (2) design of a manifold system for multi-point sample probes, (3) provide installation drawings for the sample probe assembly, and (4) perform analysis required to verify that the particle loss from the sampling location to the sampler is less than 50%. HI-Q can meet all of the current industry standards required for our sampling systems.
Custom Air Sampler Design
For applications that do not fit HI-Q’s standard product line of air samplers, HI-Q can design an air sampler to a Customer provided design specification. In many cases, the custom sampler will be a modification of HI-Q’s standard product. If special features are required, HI-Q can propose a design that will meet the need.
Integration of Radiation Detectors and Air Sampling Systems
HI-Q has provided complete radiation monitoring systems with real-time detection capability. HI-Q has the expertise to work with radiation detector manufacturers to provide the sample flow control and pumping system for any airborne monitoring application.
Complete Air Sampling System Design
Since 1973 HI-Q Environmental Products Company’s engineering staff has designed and developed hundreds of “Custom, Turn-Key” Air Sampling Systems. Among these custom units are Complete Solar Powered Air Sampling Systems, which require Low Amp Draw, DC driven vacuum pumps. Let HI-Q’s experience work for you.
Our solar-powered air sampling systems utilize fully integrated power supplies designed to provide safe and reliable power generation without the need and expense of installing utility power. The sealed, maintenance free batteries are designed for deep cycle operation and extended life in solar applications. The aluminum array support structures and battery enclosures are strong yet lightweight and corrosion resistant for harsh marine or severe weather locations. The solar power systems are designed to withstand rugged transportation to remote sites, single-lift integral lifting lugs and/or forklift slots are provided. Optional helicopter handling features are also available.
- Continuous or Timer Controlled Sampling
- Adjustable Flow Metering Valve
- External or Internal Battery Operated
- Fully Customizable Configurations
- Low Amp Draw
- Solar Powered
Download Solar Power Air Sampling Station Installation PDF file
Ordering Information
Due to the uniqueness of sampling requirements, please contact our Sales/Engineering department for a complete quotation for your particular application. For solar powered air sampling systems we require the following information: sampling flow rate, sampling media (type and size), sampling run time and installation location.
Since 1973 HI-Q Environmental Products Company’s engineering staff has designed and developed hundreds of “Custom, Turn-Key” Air Sampling Systems. Among these custom units are Complete Solar Powered Air Sampling Systems, which require Low Amp Draw, DC driven vacuum pumps. Let HI-Q’s experience work for you.
Our solar-powered air sampling systems utilize fully integrated power supplies designed to provide safe and reliable power generation without the need and expense of installing utility power. The sealed, maintenance free batteries are designed for deep cycle operation and extended life in solar applications. The aluminum array support structures and battery enclosures are strong yet lightweight and corrosion resistant for harsh marine or severe weather locations. The solar power systems are designed to withstand rugged transportation to remote sites, single-lift integral lifting lugs and/or forklift slots are provided. Optional helicopter handling features are also available.
- Continuous or Timer Controlled Sampling
- Adjustable Flow Metering Valve
- External or Internal Battery Operated
- Fully Customizable Configurations
- Low Amp Draw
- Solar Powered
Download Solar Power Air Sampling Station Installation PDF file
Ordering Information
Due to the uniqueness of sampling requirements, please contact our Sales/Engineering department for a complete quotation for your particular application. For solar powered air sampling systems we require the following information: sampling flow rate, sampling media (type and size), sampling run time and installation location.