NevadaNano MPS™ Methane Gas Sensors

The MPS™ Methane Gas Sensor product family provides a revolutionary solution for methane gas emissions detection in various industries. This intelligent sensor is designed to provide rapid detection and precise quantification of methane gas, all with factory-calibrated accuracy.

 

It features built-in environmental compensation and automated self-testing for unmatched reliability. Intrinsically safe, robust, and highly resistant to toxic substances, this sensor delivers digital or configurable analog output without the need for additional electronics. With no field calibration required, it stands as the industry standard for performance and cost-effectiveness. 

 

The MPS™ Methane Gas Sensor is available in two options: A 29 mW version with a 2-second update rate and a 15 mW version with a 4-second update rate. 

 

Quantitative Methane Detection

Methane is a critical Green House Gas (GHG). NevadaNano's MPS™ (Molecular Property Spectrometer™) Methane Gas Sensor provides quantitative detection of Methane across a wide dynamic range, from low parts per million to 100% pure methane. MPS ™ Methane Gas Sensor allows companies to detect critical GHGs in order to meet their Environmental Social Governance (ESG) goals

 

Lifetime Calibration

Designed for open air detection of methane gas plumes, the MPS™ Methane Gas Sensor rapidly detects and quantifies methane gas emissions with unparalleled speed and accuracy. The sensor's factory calibration lasts for the 15-year demonstrated lifetime of the sensor, ensuring consistent and dependable results and eliminating the need for time-consuming, and expensive field calibrations.

 

Unwavering Reliability

With built-in environmental compensation and automatic self-testing, you can have unwavering confidence in fail-safe operation even in the harshest conditions. The MPS™ Methane Gas Sensor is programmable, doesn't poison or drift. Intrinsic safety, rugged, robust design, and resistance to toxins make this sensor the ultimate choice for your critical methane gas detection requirements.