Model 202 Ozone Monitor Certified as a Federal Equivalent Method (FEM) by the EPA

Designation of the Model 202 Ozone Monitor as a Federal Equivalent Method (FEM) was published in the Federal Register on April 27, 2010. As a designated FEM, the Model 202 Ozone Monitor may be used by states and other monitoring agencies under 40 CFR Part 58, Ambient Air Quality Surveillance, for monitoring for compliance with the Clean Air Act. 2B Tech will apply for FEM designation of the Model 205 Ozone Monitor in the near future. The Model 205 is a dual beam derivative of the Model 202 and may be thought of as two Model 202 Ozone Monitors operating in tandem.

GO3 Project Instrument Package

The GO3 Instrument Package provides everything needed for continuous measurements of ozone and meteorological parameters and the capability to upload data to the GO3 database where measurements are displayed on an overlay in Google Earth. Measured parameters include ozone, temperature, barometric pressure, humidity, wind speed, wind direction and rainfall. The package includes the GO3 Ozone Monitor with a silent, long-life pump, Davis weather station, weather station mounting stand, notebook computer with data collection and uploading software installed, 50 feet of Teflon-lined Tygon inlet tubing, external ozone zeroing cartridge, external battery and charger for personal ozone monitoring, filter holder and pack of 10 Teflon particle filters, associated cables and power packs, and operating manuals. More details are provided here.

Global Ozone (GO3) Project

2B Technologies sponsors the GO3 Project as an outreach project for high school students around the globe. In this project students construct an ozone monitor from a kit, continuously measure ground-level ozone outside their schools and upload their data to an overlay in Google Earth. Students discuss their results with other students, teachers and scientists on the GO3 Social Network. 2B Tech contributes ozone monitoring stations for many of the schools and a full time Outreach Coordinator for the project. 2B Tech is currently seeking additional sponsorship through corporations and government grants. See: go3project.com

Model 410 Nitric Oxide Monitor

The Model 410 NO Monitor was launched as our newest product on 4 January 2010. The Model 410 has improved precision and baseline stability in comparison to our popular Model 400 NO Monitor. The Model 410 incorporates a heated ozone scrubber that quantitatively passes NO so that internal measurement and correction for ambient ozone is not necessary. This results in improved performance at the expense of a slightly larger size and higher power consumption. The Model 410 may be used in combination with the Model 401 NO₂ Converter to measure NO_x and NO₂ in addition to NO. More details are provided here.

Model 106 Series for Industrial Ozone Applications

The Model 106 was launched on 10 June 2009. This new instrument makes use of the "Ozone Monitor on a Board™" technology released earlier as an OEM product (see below). One of three different optical benches may be chosen for different ranges of ozone concentration. The Model 106-L has specifications similar to that of our popular Model 202 for low ppb level measurements. The Model 106-M is best suited for the range 0-1000 ppm for monitoring ozone levels in industrial applications such as fruit and vegetable warehouses, water treatment, soil remediation, sterilization, etc. The Model 106-H is designed for measurements of ozone at percent levels in-line with a high concentration (up to 20 wt%) ozonizer. More details are provided here.

Ozone Monitor on a Board™

The Model OEM-106 was launched on 15 January 2009. This complete ozone monitoring instrument, based on the absolute method of UV absorbance, has a footprint of only 8 x 10 inches and depth of 2.5 inches.  This OEM instrument was designed for low cost of construction, thereby reducing the retail price, while maintaining excellent accuracy and precision.  One of three interchangeable optical benches may be chosen for measurements of ozone ranging from the low ppb to the per cent level. More details are provided here.