EWS Devices were deployed across remote open pit gold mine in Peru to provide connectivity to geotechnical data despite the lack of cellular coverage. Iridium VWT devices were connected to vibrating wire piezometers to log and transmit soil pore pressure data and the EWS Well-Cap was installed on groundwater bores across the mine to log and transmit groundwater level data.
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Rail Flood Monitoring, Alberta, Canada
During spring in Canada, snow melt runoff can cause rivers to swell and inundate rail bridges and culverts. The remoteness of most of Canada rail network means zero cellular coverage making it previously difficult to monitor. EWS Iridium Devices were paired with hydrostatic level sensors to provide river monitoring and flood warning systems for remote rail bridges and culverts in Alberta, Canada.
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Rail Culvert Flood Warning, Northern Territory, Australia
One of Australia's largest rail operators required flood warning on 100 low-lying culverts across it's network. The compact Iridium EWS-EMT devices paired with hydrostatic level sensors allowed un-matched scalability and enabled this mega project to be completed within 8 weeks where alternative technology would have taken years.
These sites will provide rail operators with remote data on culvert water levels with alert triggers for flood events from areas with zero cellular coverage.
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