Covered geomembranes

Elis Tech’s eRover & eDipole technology, can check the integrity of covered geomembranes. This technology can examine covered geomembranes in a depth of up to one meter under the surface of sand, gravel or similar material.

The eDipole by Elis Tech represents the next generation of dipole leak detection technology. Engineered for precision and efficiency, the system logs data at 1-
metre intervals per second through integrated RTK GPS mapping, automatically generating a high-resolution 1m × 1m survey grid of the tested area.

When accompanied with a second unit, the eDipole achieves a 1m × 1m coverage per second, effectively doubling survey productivity and reducing overall testing time by up to 50% without
compromising data resolution or accuracy.

eRover works autonomously. There is no need to move heavy equipment, no need for water hoses to be set up for each lane of survey and just one or two technicians can operate the eRover on site. This significantly reduces the cost of survey. Unlike other readily available solutions, eRover is always ready for survey on dry surfaces without the need for traditional costly preparation works. This eliminates the expensive process of setting up many meters of water hoses in addition to the electrical testing equipment used when traditional methods are employed. eRover creates no additional costs connected with water transportation to remote locations that may not have a stabile water supply.

Survey reports can be cryptographically verified, offering trustless solution to customers and regulatory bodies. GPS tools guarantee precision and objectivity of the survey.

All our equipment complies with ASTM Standrards D7007-24 and D8265-23.

Automation saves time, as robots, unlike human technicians, can be operated almost non-stop, allowing our customers to finish months worth of work in only several days. This naturally results in cost savings.

The eRover & eDipole can be deployed on various cover materials.

• Sand
• Gravel
• Clay
• Exposed Geomembrane
• Snow
• Stone
• Soil
• Hard surfaces