gas DETECTION AND monitoring

Gas emission monitoring in industrial environments, buildings or home can be source of hazards for people and materials (risk of anoxia, explosion, fires), create performance and economical losses (natural gas in distribution pipelines), environmental contaminations (decline of vegetation, greenhouse gas emissions). That is why accurate, reliable, with a fast-response gas detectors have become essential for any gas monitoring application.

Our Solutions

To detect the presence of hazardous gas, eLichens has developed low-power NDIR gas sensors and connected natural gas emission monitoring stations that continuously monitor and record data within a specific perimeter to ensure that no gas leaks occurs. Our eLichens Cloud platform simplifies Greenhouse Gas (GHG) emission reporting, offering users to export compliance data with a single click.

ULTRA-LOW-POWER GAS SENSORS

Key Features:

Small and compact design for an easier integration
Ultra-low-power consumption
Very low peak current
Simple digital communication UART interface
High accuracy with almost NO drift over time
Factory calibrated with temperature compensation
Fast response time
Certified for use in Explosive Atmospheres (ATEX/IECEx/UL HazLoc)

eLichens Avolta COnnect -
10%LEL NATURAL GAS Detector

eLichens NDIR micro-sensors are integrated into natural gas detectors to measure different gas and parameters depending on the application.

The station is able to alert people when a specified concentration of a methane gas has been detected thanks to an audible alarm, and a LED which turns orange for trouble or red for the alarm. The detector is also connected to a control system.

P2M50 EmiVolta
- For low-emission natural gas monitoring

Low-emission methane leak monitoring, especially with advanced technologies like P2M50 EmiVolta, significantly enhances Leak Detection and Repair (LDAR) programs in industrial settings, ultimately leading to substantial savings and improved safety.

By accurately detecting, quantifying, and localizing even small, low-emission leaks, facilities can prioritize repairs more effectively, minimizing the cumulative loss, reduced operational costs and increased profits.

Furthermore, proactive monitoring prevents the accumulation of potentially explosive gas mixtures, thereby improving workers and site safety by mitigating explosion and fire hazards.

The use of connected solutions makes it easy for companies to collect comprehensive data on these emissions, streamlining the compliance reporting needed to effectively attain their fixed GHG emission reduction objectives.