From streets to skylines, Minnesota uses SENSIT SPODs and CVCs to target VOCs—delivering precise air data to protect communities and public health.To improve air quality surveillance in urban environments, the State of Minnesota has launched a citywide monitoring initiative across Minneapolis using SENSIT’s SPOD sensors and Canister Valve Controllers (CVCs). This deployment aims to support the state’s public health and …

Approved and deployed in Louisiana, SENSIT SPOD earns EPA QAPP validation—delivering continuous air monitoring and VOC sampling with trusted precision.As part of an advanced monitoring initiative led by the U.S. EPA and Eastern Research Group (ERG), SENSIT SPOD sensors were deployed around a Louisiana manufacturing facility to track fugitive emissions and improve air quality assessments. This effort was guided by …

From Massachusetts to Maryland, environmental agencies trust SENSIT SPOD for real-time air data that drives compliance, enforcement, and cleaner industry.State environmental agencies in the New England region are ramping up efforts to monitor and manage industrial emissions more effectively. Faced with complex manufacturing environments and increasing regulatory scrutiny, departments of environmental protection (DEPs) in five states are adopting advanced tools …

From Rwanda to Norway, SENSIT monitors emissions worldwide—empowering industries to detect, reduce, and protect air quality across the planet.As global focus intensifies on air quality and emissions reduction, governments and industries around the world are turning to trusted technologies to meet their environmental goals. From urban centers in Asia to remote oil operations in Scandinavia, the demand for accurate, real-time …

Montrose and SENSIT team up with refineries to launch a smart SPOD sensor network—delivering 24/7 leak detection, cleaner air, and stronger community protection.Montrose Environmental Group has implemented a cutting-edge Leak Detection Sensor Network (LDSN) at major oil refineries, marking a significant step forward in monitoring emissions and regulatory compliance. Leveraging SPOD-based VOC sensors and the company’s proprietary Sensible EDP™ platform, …

SENSIT’s SPOD and FMD nailed 73% detection in METEC testing—ranking 2nd overall with high accuracy and just 8% false positives.SENSIT Technologies recently participated in the Advanced Detection Evaluation for Continuous Monitoring (ADED-CM) at the CSU METEC test center. Over a three-month period, 351 experiments were conducted with 783 controlled methane releases under varying environmental and operational conditions. This rigorous, real-world …

50% Methane Reduction Achieved—SENSIT FMD Delivers Real-Time Alerts and Pinpoint Leak Detection for Smarter, Faster Action.At one of California’s largest oil fields, operators deployed SENSIT’s TDLAS laser-based FMD for continuous methane surveillance across a 100-acre well pad. Using a network of remote solar-powered FMDs, the team monitored site-wide emissions with a detection threshold as low as 200ppb, providing real-time alerts …

SENSIT SPOD delivers standout VOC detection in South Coast AQMD’s latest AQ-SPEC evaluation, earning high marks for accuracy and data recovery.With Colorado’s revised Regulation 7 set to take effect in 2025, oil and gas operators face expanded air quality monitoring obligations during pre- and early-production phases. The updated rule emphasizes enhanced data quality, calibration standards, and whole-air sampling to better …

New changes to Colorado’s Regulation 7 emphasize stricter emissions monitoring—SENSIT’s SPOD meets and exceeds the latest requirements, ensuring reliable, real-time air quality data.With Colorado’s revised Regulation 7 set to take effect in 2025, oil and gas operators face expanded air quality monitoring obligations during pre- and early-production phases. The updated rule emphasizes enhanced data quality, calibration standards, and whole-air sampling …