NevadaNano is charging forward and proud to announce the hiring of Karl Roberts, European Sales Director The Scoop on Roberts Karl Roberts is a B.A. (Hons) Business Administration graduate, based in Liverpool, UK. For the past 5 years, Karl has been at MSA Bacharach with 2 years of this time in the role of Sales […]
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Molecular Property Spectrometer™ (MPS™) sensors set new industry standard in sensor technology for accuracy and long-term stability. NevadaNano, the world’s leading innovator in gas detection sensor technology, announced the results of five years of continuous operation for its MPS™ Sensors. The sensors, manufactured and calibrated in early 2017 have been running continuously for 5 years.
MPS™ Sensors First to Achieve Five Years of Accurate Readings With No Calibration Read More »
This write-up was originally featured on Gasworld Gas detection sensor technology manufacturer NevadaNanotech Systems has expanded its Molecular Property Spectrometer™ (MPS™) refrigerant product family with gas sensors for A1, A2L and A3 refrigerants. NevadaNanotech latest sensor innovations are the first to meet the new North American Standards Developing Organizations and global IEC/CENELEC standards as well
Gasworld Feature: NevadaNanotech unveils news integration-ready refrigerant gas sensors Read More »
Summary of Findings from 2020 AHRTI Report, “Refrigerant Detector Characteristics for Use in HVACR Equipment-Phase I” Emerging global HVAC regulations require the implementation of low-global-warming (LGW) refrigerants, many of which are flammable (A2L). As such, new standards require the use of sensors for detecting refrigerant leaks to prevent the possibility of flammable gas conditions or
2020 AHRTI Report: NevadaNano Technology Leads the Way Read More »
The Story Behind the Company The NevadaNano team was featured on Kolo8 News this past week talking about their company, their MPS Gas Sensors, and the positive impact they’ve had on the Reno community. Check out the article and the video below to learn more!
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Automated Machine Learning To test our state-of-the-art air quality sensors in different environments, we use automated machine learning from DataRobot in order to build powerful predictive data science models. Because of DataRobot, NevadaNano sensors are accurate and reliable. “We’re not well informed about the environments that we live, work and play in. We are here to respond
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Don’t Have Time To Read The Post Now? Download a Copy. [contact-form-7 id=”3613″ title=”All About Methane Gas Sensors Download Form”] [Updated April 2020] Methane gas is an odorless, colorless gas that is highly flammable or combustible at 100% Lower Explosive Limit (LEL) concentrations. For many manufacturers around the world, detecting hazardous levels of methane gas
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NevadaNano today announced that the U.S. Army has awarded the company and the University of Utah’s DARC Lab the next round of funding for the “Autonomous Broad Spectrum Environmental Sentinels” Small Business Technology Transfer (STTR) program, started in 2014.