The use of innovative method of p-s wave seismic reflection technology in hydrocarbons exploration

This study endeavor aims to provide a very detailed explanation of seismic reflection survey-based hydrocarbon exploration. The purpose the research is determine why some oil industry wells still remain dry after being drilled. Emphasis was placed on potential application innovative methods with goal developing novel response this trend. A more in-depth examination arguments for using technology based (p-s) waves rather than p-wave alone exploration stressed in order fully understand approach. clears way dealing abnormalities and pitfalls that could be contributing need drill wells. According drilling suggestions, P-S wave used achieve spectacular result. precise location gas-trapped sandstone deposit at coordinates (5250m, 2200–2400m). indicates there 200-meter-wide gas-promising zone here as well, so recover formation gas, drillers must proceed depth 5250 meters starting between 2200 2400 below profile's surface, ideally 2300 meters. limestone's trapped gas (8750m, 600--900m). prospective deposits extended out by roughly 300m. Therefore, done 750m surface sidetrack about 150m both left right around 8750m (8.75km), retrieve reserve or gas. Thess findings are crucial hydrocarbons successful reduce likelihood digging industry.