Cameron a Schlumberger Company products

The eNode land seismic solution revolutionizes acquisition economics by reducing field logistical effort: It enables scalable, fit-for-purpose survey geometries in all terrains while lowering capex, opex, and HSE impact. Current acquisition geometries can be deployed at substantially lower cost and in less time, or receiver grid density can be increased more economically than by using alternative receiver technologies.

Schlumberger companies Cameron and M-I SWACO offer the industry`s only complete original equipment manufacturer (OEM) deepwater MPD system. A key component of this system is the integrated MPD riser joint, comprising the Cameron riser gas handling (RGH) system and the below-tension-ring rotating control device (BTR RCD) from M-I SWACO.

VERSA-CHOKE modular drilling choke technology enables high-end pressure management in a wide range of pressures and temperatures. A modular design enables easy component replacement. The ability to reverse trim significantly improves choke operation life and reduces maintenance costs. The unit has the capacity to easily hot swap the actuator without requiring disassembly of internal components, reducing maintenance time.

From the wellhead connector to the manifold system, we offer complete systems for containing wellbore pressure and diverting formation fluids and gases. Our focus is on the safety of drilling operations, so we design, engineer, and test technologies that meet and often exceed regulatory requirements.

The ability to drill in deeper waters is an ever-increasing advantage in today’s market. One of the most important variables to determining drilling depth capabilities is the amount of usable fluid subsea for activating controls from surface.

In 2009, Cameron delivered the industry’s first 20,000-psi large-bore drilling BOP stack. Building on Cameron’s leading high-pressure technology, Cameron delivered the industry’s first 25,000-psi large-bore drilling BOP stack in 2010 and a second one in 2014. Today, Cameron is still the only field-proven 25,000-psi BOP technology leader.

The spider serves as a hangoff point for the riser during BOP running. We offer split spiders and gimbals to accommodate rotary tables of 49.5-in, 60.5-in, and 75.5-in diameter and are qualified up to 2,500,000 lbm hangoff capacity. Our spiders are designed so that the only moving parts are the spider dogs. For improved safety, the 75.5-in spider dogs completely cover the open hole when hanging off a riser joint. The shock mount gimbal allows up to a 5° movement in all directions. This spider design can be configured to accommodate our Robo-Spider system for risers.

Cameron choke manifold systems manage well pressure fluctuations encountered during drilling by diverting flow through a series of valves and chokes. Cameron was the first to provide 20,000- and 25,000-psi choke and kill manifolds for high-pressure drilling operations. Service applications range from noncorrosive to extreme sour oil and gas. Our manual and hydraulic drilling chokes allow maximum operational flexibility and control in working pressures from 5,000 to 20,000 psi, as well as field-replaceable components that simplify maintenance. All manifolds can be controlled remotely or via a local control panel.