Gasclam Meets Requirements of Technical Bulletin
The benefits of continuous ground-gas monitoring have been given significant recognition within the contaminated land industry due to the publication of a technical bulletin compiled by CL:AIRE. The paper, entitled 'The utility of continuous monitoring in detection and prediction of "worst case" ground-gas concentration' demonstrates how collecting continuous data can improve current site investigation methods.
It also reveals how more sophisticated methods, without the need for additional resource efforts, can be adopted and introduces analytical tools that allow for more appropriate risk assessment. The Ion Science Gasclam is said to be the only ground-gas monitor on the market to continuously measure VOCs, CH4, CO2, O2, H2S, CO, atmospheric and borehole pressures, temperature and water level, which meets the requirements discussed within the CL:AIRE (Contaminated Land: Applications in Real Environments) research bulletin. Topics of the CL:AIRE research bulletin include: 'Detecting and predicting "worst-case" conditions' and 'Processes controlling gas production and migration'.
It also reveals how more sophisticated methods, without the need for additional resource efforts, can be adopted and introduces analytical tools that allow for more appropriate risk assessment. The Ion Science Gasclam is said to be the only ground-gas monitor on the market to continuously measure VOCs, CH4, CO2, O2, H2S, CO, atmospheric and borehole pressures, temperature and water level, which meets the requirements discussed within the CL:AIRE (Contaminated Land: Applications in Real Environments) research bulletin. Topics of the CL:AIRE research bulletin include: 'Detecting and predicting "worst-case" conditions' and 'Processes controlling gas production and migration'.
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