One of the main problems in the development of gas condensate wells is the increasing water cut during production period. This factor significantly affects well operation modes and in the most cases does not allow achieving full drainage of gas reserves and, consequently, the planned gas and condensate recovery factors (GRF/CRF). Taking into account the indicated circumstance, there is an urgent need for an operational forecast of watering, which requires the development of a specific methodology individually for each operational facility. The main key factor in the operational forecast of watering is the express application of the results based on analysis of newly received well logging and well testing data for monitoring field development, as well as selected samples of reservoir fluids when compiling well operation parameters.

One of the main problems in the development of gas condensate wells is the increasing water cut during production period. This factor significantly affects well operation modes and in the most cases does not allow achieving full drainage of gas reserves and, consequently, the planned gas and condensate recovery factors (GRF/CRF). Taking into account the indicated circumstance, there is an urgent need for an operational forecast of watering, which requires the development of a specific methodology individually for each operational facility. The main key factor in the operational forecast of watering is the express application of the results based on analysis of newly received well logging and well testing data for monitoring field development, as well as selected samples of reservoir fluids when compiling well operation parameters.