GasClam Landfill Gas Monitor (0-100% CH4, 0-100% CO2, H2S, VOC)

Monitor CH4, O2, O2, CO2, CO, H2S and VOCs continuously, for up to three months!

Ground Gas Monitor is the first to give continuous, unmanned data collection. Ideal for landfill gas monitoring applications, the Ground Gas Monitor logs long-term, real trend information. A revolution in gas management and risk prediction, informed decisions can now be made on accurate, reliable data.

The ground gas monitor measures methane, carbon dioxide and oxygen concentrations as well as atmospheric pressure and temperature.

The ground gas monitor's sampling frequency can be set and is variable from two minutes, to once daily. Data is downloaded to a PC.

Manufactured from stainless steel, the Ground Gas Monitor is Intrinsically Safe, environmentally sealed and ingress protection rated IP-68. Battery operated; Ground Gas Monitor can be powered for up to 1 month based on hourly sampling.

Features:

Continuous Gas Monitor Features:

• Up to three months continuous data collection (dependent on frequency of datalogging)
  
• Secure unmanned operation
• Methane (CH4), Oxygen (O2), and Carbon Dioxide (CO2)
• Temperature, Borehole and Atmospheric Pressure
• Optional CO, H2S or VOC
• ATEX (IECEX) approved
• Battery operated
• Ingress protection rated IP68
• RS 232 communication
• Intrinsically safe

Benefits:

• Reduction of unnecessary site visits
• Complete data for a full site assessment
• Demonstrates full due diligence
• Meets all legislative needs
• Data including barometric pressure logged simultaneously
• Data can be downloaded on site for quick analysis
• Events captured with a time and date stamp
• Removal of any uncertainty in gas monitoring regime
• Assists with design of gas protection measures
• Validates operation for Biogas production
• Also can monitor greenhouse - gas emissions
• A post site development monitor for extra safety
• Optional Carbon Monoxide (CO) or volatile organic compound (VOC) sensor for specific applications
• Control vent boreholes to measure concentration build up times