Introduction
The SENSIT® EMQ.HS is a mobile emissions monitoring platform engineered for utility operators, leak survey professionals, and environmental monitoring programs. Mounted within a survey vehicle, the system utilizes high-sensitivity methane detection technology to identify, locate, and quantify methane emissions while collecting valuable survey and mapping data in real time.
Equipped with integrated GPS positioning, optional weather station inputs, and GIS 360 compatibility, the EMQ.HS provides operators with advanced mapping and emissions analysis capabilities. Its intelligent survey platform supports the Advanced Leak Detection Method (ALDM) while leveraging AI-driven analytics developed through years of field experience to improve leak identification and emissions quantification.
The result is a complete mobile solution that helps utilities and infrastructure operators efficiently monitor pipeline networks, assess emissions, streamline survey operations, and support environmental compliance initiatives.
Standard Features
The SENSIT® EMQ.HS includes a wide range of standard features designed to support accurate methane measurement and dependable operation:
- Methane measurement at ppb concentration
- Powerful 5 LPM sampling pump
- Methane selective sensing technology
- Integrated GIS 360 platform compatibility
Applications & Benefits
The SENSIT® EMQ.HS is ideal for methane emissions monitoring, leak detection programs, utility distribution system surveys, pipeline integrity assessments, environmental compliance initiatives, emissions quantification studies, and large-scale vehicle-based survey operations. Its compatibility with GIS 360 and ALDM methodologies provides operators with an efficient approach to identifying and evaluating methane emissions across extensive infrastructure networks.
By combining high-sensitivity methane detection with advanced mapping, GPS positioning, and AI-assisted analytics, the EMQ.HS helps operators accurately locate and quantify emissions while improving survey efficiency. Real-time data visualization, synchronized reporting, and emissions localization tools allow organizations to make informed maintenance decisions, support regulatory requirements, and better manage methane emissions throughout their systems.
