ظنوا أنها نهاية البئر.. لكن ما وجدوه على عمق 330 متر صدم الجميع!

If you're facing a drilling problem where fine sand, hot water, and steam are coming out of the well, this video is for you! I'll reveal in detail innovative engineering solutions for dealing with the phenomenon of boiling sand and high groundwater pressure at specific depths, such as 330 meters. In this video, we discuss one of the most complex and common problems encountered in artesian well drilling: the phenomenon of hydrostatic boiling, or "boiling bottom." When drilling equipment penetrates a confined aquifer with immense hydrostatic pressure, the hot water acts as a lift, continuously pushing fine sand upwards. This prevents the drill bit from reaching the bottom of the well and making any progress. Together, we'll learn about field drilling crisis management strategies, including: How to determine groundwater productivity and pressure through pumping and salinity testing before proceeding. The correct method for lowering casing to isolate collapsing sand. How to control high pressure by increasing the density and weight of drilling fluid (mud weight/bentonite). A practical comparison between the efficiency of rotary rigs and percussion drilling rigs in dealing with hydrothermal veins. This video serves as a practical guide for drilling contractors, geological engineers, and landowners interested in well drilling technology and avoiding equipment loss at depth. Has your drilling rig suddenly stopped descending while drilling a deep well? In this video, we answer a frequently asked and important technical question: What do you do if you encounter immense pressure and the emergence of steam and fine sand at great depths (such as 330 meters)? We will discuss the phenomenon of "boiling bottom," which acts as a hydraulic cushion preventing the drill bit from advancing, and explain the difference between being satisfied with the current depth and advanced engineering solutions such as well casing and adjusting the drilling fluid density. In this video, you will learn: ✅ The reasons for the emergence of hot water and steam during drilling. ✅ What is the "Quick Sand Effect" and how does it hinder drilling? ✅ Technical Solutions: When should we use a rotary rig? ✅ Tips for testing water productivity and quality before deciding to continue. Timestamps: 00:00 Introduction to the drilling rig stall problem. 01:12 The phenomenon of steam and hot water escaping. 01:48 The scientific explanation of high hydrostatic pressure. 03:32 Why is fine sand considered a "hydraulic barrier"? 03:56 When is the current depth sufficient? (Pump and salinity test). 04:46 Engineering Solutions: Casing and heavy drilling fluids. 06:42 Conclusion and golden advice for every well owner. Join our community and share experiences: 👇 Share your problems and experiences in the comments! What is the strangest phenomenon you have encountered while drilling? 👇 #WellDrilling #Groundwater #DrillingProblems #ArtesianWells #WellEngineering #DrillingEquipment #Geology 🌐 Follow us on our platforms: Official Channel Blog: https://www.water-life77.com Our Facebook Page:   / water-life-255609481574708   📚 Professional Training Courses: To register or inquire: WhatsApp: +962790660617 📩 For business inquiries and paid services: [email protected] Follow us on LinkedIn: linkedin.com/in/water-life-traning