Advanced Logic Technology (ALT) products

The Quick Link (QL) series of slim-hole logging tools can be combined in custom configurations to acquire more data in a single logging pass. Each QL tool can be used as a stand-alone probe or combined into a “string” or “stack” to yield multiple measurement parameters simultaneously. This innovative flexibility saves time in field acquisition and allows for purchases to suit budgets and projects, as needed. 

The QL43 probe line has been designed to standup against higher temperatures and pressures.With diameters of only 43mm (1 11/16”) the probes are available rated to 125°C (257°F) and 170°C (338°F) and withstand pressures of 700 bar (10160 psi). Ultrasonic televiewer, natural gamma, casing collar locator and deviation probes complement each other in the QL 43 probe line.

Acoustic Borehole scanner tools generates an image of the borehole wall by transmitting ultrasound pulses from a rotating sensor and recording the amplitude and travel time of the signals reflected at the interface between mud and formation (borehole wall).

The ABI85 is a new generation of high temperature and high-pressure acoustic imaging tool based on the well-known ABI40 televiewer technology. Dewar technology is applied to shield the electronics.  Maximum operating time is 10 hours at 275°C ambient temperature.

The SCOUT offers the unique combination of high performance, ruggedness and ease of use appreciated by logging operators worldwide. It supports all tools implementing ALT protocol including MSI/ALT tools with QL Telemetry and optimized for use with the 2nd generation acoustic and optical televiewers – collecting data at baud rates up to 500,000 bps.

Combining their long experience in the slimhole logging industry Mount Sopris and ALT have teamed up to develop M A T R I X, providing a single solution to the multiplication of telemetry standards seen in the logging tool industry over the last decade. Since its introduction in 2006 the system has become the system of choice for a diverse range of end users acquiring borehole data in the mineral exploration, groundwater, geotechnical, and environmental industries.

The OPAL acquisition system is based on a modern electronics design in which software control techniques have been used to the best advantage. The hardware incorporates the latest electronic components with embedded systems controlled via the specially developed LOGGER SUITE windows interface program