Optimize drilling operations for floating rigs

While the mechanics of drilling a well are very similar for floating, bottom-founded and onshore operations, the po-tential safety and environmental consequences of an inci-dent ofshore,. . Another proactive step typically taken to mitigate the in-creased risks of ofshore operations is a shallow hazard assessment, which will examine the risks that might be. . Simultaneous operations plans (SIMOPs) are developed to consider additional risks that occur when two work activities are being done at the same time within close proximity to one another. Communication of SIMOPs risks and hazards during floating drilling. . Several proactive steps are typically taken to mitigate the in-creased risks of ofshore operations. One of these proactive measures is an environmental impact assessment (EIA), a. . Hazard assessments are also conducted for ofshore safe-ty concerns. Safety cases identify the hazards and risks of various operations, and then document how the risk is controlled and. [pdf]

Safety operations of drilling rig book

The IADC Drilling Manual has recently been updated and is now available in its 13th edition in the IADC Bookstore. This book is the definitive manual for drilling operations, training, maintenance and troubleshooting. [pdf]

Real people appear on the down-the-hole drill

A down-the-hole drill, usually called DTH by most professionals, is basically a jackhammer screwed on the bottom of a drill string. The fast hammer action breaks hard rock into small cuttings and dust that are evacuated by a fluid (air, water or drilling mud). The DTH hammer is one of the fastest ways to drill hard rock. The system is thought to have been invented independently by Stenuick. Origin of the nameDTH is short for “down-the-hole”. Since the DTH method was originally developed to drill large-diameter holes downwards in surface-drilling applications, its name originated from the fact that the percussion mechanis. . In DTH drilling, the percussion mechanism – commonly called the hammer – is located directly above the drill bit. The drill pipes transmit the necessary feed force and rotation to the hammer and the bit, along with the flui. [pdf]