Advanced Geosciences, Inc.

19 products found

Advanced Geosciences, Inc. Products

  • Marine-Borehole Passive Electrode Cable

    Marine-Borehole Passive Electrode Cable

    AGI’s marine and borehole passive electrode cables are waterproof, multi-conductor cables used for resistivity, induced polarization (IP) and self-potential measurements. They require the use of the Multi-Electrode SwitchBox or Multi-Electrode Switchbox Grid when more than 4, 7, 9 or 11 electrodes are used...

  • Switch Box Grid

    Switch Box Grid

    A Switch Box with a grid of sealed connectors for custom electrodes. The all new Switch Box Grid is used to connect electrodes using wires terminated with banana plugs. The Switch Box Grid is available for the SuperSting WiFi and the SuperSting R8 models, it is not compatible with the SuperSting R1 instrument.

  • MiniSting - Model Rapide R17S - Electrical Resistivity Meter

    MiniSting - Model Rapide R17S - Electrical Resistivity Meter

    The MiniSting R1 is a high-powered, induced polarization (IP) and electrical resistivity instrument used for testing grounding grids, soil resistivity testing for corrosion protection design, and more. This single-channel tool is engineered to be the best tool for manual resistivity jobs—ease of use, low cost, and...

  • PowerSting - High Powered External IP Transmitter

    PowerSting - High Powered External IP Transmitter

    The PowerSting system is a series of external high-power transmitters—5-kilowatt, 10-kilowatt, and 15-kilowatt—specifically engineered for the SuperSting instrument. The PowerSting system is a fully...

  • SuperSting - Model R8 - Adapter Box for Earth Resistivity Monitoring Instruments

    SuperSting - Model R8 - Adapter Box for Earth Resistivity Monitoring Instruments

    Rapid SP measurements with the SuperStingR8 Wi-Fi. SP on 8 channels and multi-electrode AGI Switch Box or Dual-Mode cables. Receiver Test to test SuperStingR8 functions and calibration. IP Test load to test SuperStingR8 induced polarization measurements. Connect remote or infinity electrode wire when needed for deeper exploration depth. Connect single conductor wire to the ABMN ports for VES/1D/manual resistance tests (wenner 4 pin, schlumberger and...

  • Passive Graphite Electrode Cable for Groundwater Imaging

    Passive Graphite Electrode Cable for Groundwater Imaging

    AGI’s passive graphite electrode cable (U.S. Patent 6,674,286) is used in corrosive environments and where electrolysis—metal contact with water—can occur. Instead of thermoplastic—which is less expensive and easier to apply—we use thermoset polyurethane which ensures that our...

  • Passive Electrode Cables

    Passive Electrode Cables

    AGI’s passive electrode cables are waterproof, multi-conductor cables used for resistivity measurements, self potential and induced polarization (IP) measurements. They require use of the

  • PowerSting Transmitter Node

    PowerSting Transmitter Node

    AGI’s PowerSting Transmitter Nodes make it possible to automatically inject a high-power direct current (DC) into the ground along a survey line for high-powered induced polarization (IP) and resistivity...

  • Active Electrode Cables

    Active Electrode Cables

    AGI’s active dual-mode electrode cables (U.S. Patent 6,404,203) are used for ultra-sensitive automatic induced polarization (IP) measurements using nonpolarizable electrodes. The dual-mode...

  • Model OBEi1 - Deep Marine Ocean Bottom Electrical Imager 1

    Model OBEi1 - Deep Marine Ocean Bottom Electrical Imager 1

    The OBEi1 Deep Marine is a state-of-the-art ocean-bottom electrical imager. A remotely operated underwater vehicle (ROV) carries the OBEi1 and is pulled behind a boat with a cable system at roughly one kilometer in depth. The cable—which typically spans approximately 1 kilometer behind the ROV—uses a Kevlar-strength member, water block inner seal, and ruggedized marine jacket. The OBEi1 sensor has 56 AGI graphite electrodes (US...

  • SuperSting - Marine Resistivity Module

    SuperSting - Marine Resistivity Module

    The SuperSting Marine Resistivity is an add-on module to the SuperSting Wi-Fi, our multi-channel electrical imaging system. It allows for the collection of streaming marine (towed cable) data. Items in this module allow hydrographic surveys with continuously recording electrical resistivity imaging data which contain positional data from a GPS receiver, along with the depth profile measured with 200Khz echo sounder.

  • SuperSting - Landfill Monitoring System

    SuperSting - Landfill Monitoring System

    The SuperSting Monitoring System is an add-on module to the SuperSting Wi-Fi, our multi-channel electrical imaging system. It monitors landfills, well sites, dams, and other unattended locations where changes of resistivity conditions over time must be recorded and analyzed.

  • Non-Polarizable Electrode

    Non-Polarizable Electrode

    These chemically neutral Non-Polarizable Electrodes are indispensable for surveys requiring precise, sensitive measurements. Simply add distilled water as needed before use in surveys. Non-Polarizable Electrodes are essential for induced polarization (IP) and self/spontaneous potential (SP) surveying—methods useful for identifying leakage in dams, locating minerals, and searching for chlorinated solvents...

  • High Voltage Electrode Warning Covers

    High Voltage Electrode Warning Covers

    High Voltage Electrode Warning Covers alert curious onlookers that an electrical resistivity imaging survey is in progress. The high-visibility, bright yellow covers alert passerby that there is dangerous voltage at a given place and provide a visible warning that protect buried electrode stakes from being tripped over, trampled on, or removed. These covers are must-haves to ensure the safety of your...

  • AGI FlexLite - Passive Electrode Cable

    AGI FlexLite - Passive Electrode Cable

    FlexLite Passive Electrode Cables; AGI FlexLite Cables are 35% lighter and utilize half of the previous volume while maintaining the same low noise and rugged design. AGI has eliminated extra space not needed in the previous design and utilized more advanced materials and construction technologies.