Ion Science GasClam 1 In-Situ Borehole Gas Monitor

In-Situ Below Ground Borehole Gas Monitor.

SKU
GASCLAM1

Designed for in-situ below ground gas monitoring applications, the GasClam 1 Borehole Gas Monitor has the capability of monitoring a variety of gases with temperature, barometric and borehole pressure for up to three months. It also has the capability for 1 month of continuous un-manned data collection with hourly sampling, which reduces unnecessary site visits.

All relevant data logged using the GascClam 1 are logged simulateously and can be downloaded on site for quick analysis. The GasClam 1 measures a range of gasses such as carbon dioxide and oxygen concentrations and temperature and atmospheric pressure with an option for CO, H2S and VOC.

 

For more information on the Ion Science GasClam 1, contact your local Air-Met office.

Ion Science GasClam 1 Features Include:

  •  Easy installation in a secure 50mm or 2 inch borehole
  •  Measures methane, oxygen and carbon dioxide
  •  1-Month of continuous un-manned data collection 
  •  Optional CO & H2S or VOC plus water depth
  •  Explosion proof
  •  Programmable borehole venting
  •  Runs on two standard D-cell batteries 
  •  Temperature borehole and atmospheric pressure

Ion Science GasClam 1 Specifications 

Memory  65000 time/date stamped readings
Power Internal x 2 Alkaline D-cells or rechargeable battery pack
Battery Life 1 month (based on hourly sampling with rechargeable battery pack
Case High Quality Stainless steel
Weight 7kg or 13.2lb
Dimensions Overal Length 85cm or 33 inches
Borehole Tube Length 78cm or 30 inches
Head Diameter 10.9cm or 4 inches
Borehole Tube Diameter 4.3cm or 1 inches
Protection IP-68 (continuous submersion)
Operation Temperature 5°C to +50°C or 23°F to 122°F
Approvals  CE, EMC, ATEX D105 X, Ex II 2G, Ex d ib (ib) IIB T4
Approvals Pending IECEX UL and CSA


Ion Science GasClam 1 Applications include

  • Landfill
  • Brownfield and disused coal mines
  • Petroleum storage
  • Filling stations
  • Refineries
  • Below ground carbon capture