Well stimulation using improved pulse gasdynamic technique
Krilov, Georgy V.
Well stimulation using improved pulse gasdynamic technique - 6 p.
Disponible en CD en formato PDF
Transcripción del abstract original del autor: The technique improves well productivity in the course of well conditioning and workover by generating "pressure-vacuum" pulses in the perforated zone. The pulses are the result of remotely controlled gas mixture detonation in deep well apparatus. The explosion pressure exceeds the overburden providing bottom hole area drainage, thus, the suction wave, caused by adiabatically expanded and condensed explosives, removes the contaminant. The suggested technique is peculiarity for environmentally safe procedure, multistage treatment without apparatus pulling up, safe operation, remote control, monitoring of explosion intensity, reduced well treatment and workover periods, low expenditures on make-up production.
CD I249 1 0013788
Well stimulation using improved pulse gasdynamic technique - 6 p.
Disponible en CD en formato PDF
Transcripción del abstract original del autor: The technique improves well productivity in the course of well conditioning and workover by generating "pressure-vacuum" pulses in the perforated zone. The pulses are the result of remotely controlled gas mixture detonation in deep well apparatus. The explosion pressure exceeds the overburden providing bottom hole area drainage, thus, the suction wave, caused by adiabatically expanded and condensed explosives, removes the contaminant. The suggested technique is peculiarity for environmentally safe procedure, multistage treatment without apparatus pulling up, safe operation, remote control, monitoring of explosion intensity, reduced well treatment and workover periods, low expenditures on make-up production.
CD I249 1 0013788
