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<p>The presented work is fully practical. Hydrogeological (water) well logging is very different from a petroleum well logging in terms of equipment and budget. A water uplift well cost is quite low, and it is not make a big economic sense to use automatic well logging systems for it. Hence, a lot of engineers are trying to "invent" their own resistivity logging tools or just use a conventional AMNB equipment for surface electrical prospecting to explore the water wells. It is feasible, because a water depth and, consequently, the logging cable length is usually limited by 200 m, it is not hard to pull the cable manually. Such a solution is very cheap and easy to implement. However, the process of logging take time and includes hundreds of steps. So, errors in the process is often.</p><p>The aim of this work is to adapt electric resistivity imaging system SibEr for well logging, simplify the logging process and create the possibility for a well drilling team to make the well logging themselves, including the recommendation of the filter installation depth.</p><p>The solution includes:</p><p>- Hardware: well logging cable with 32 (24) takeouts at the bottom hole end with 20 cm spacing;</p><p>- Embedded software for resistivity and induced polarization data acquisition;</p><p>- Data processing software to create the logging report with diagrams and suggested filter intervals.</p><p> </p>

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