Interval Control Valves

Halliburton interval control valves (ICVs) allow operators to control flow into or out of an isolated reservoir interval, wherever selective control over production or injection is required.

eMotion®-HS Remotely Operated Circulating Valve
Provides high circulation rates without the need for any interventions during completion deployment - saving time and helping to reduce risk.
HS Circulating Valve
The Halliburton HS circulating valve is designed for use in SmartWell® and conventional completion systems.
HS Interval Control Valve (HS-ICV)
HS-ICV is designed for deepwater environments, and can withstand pressures up to 15,000 psi and temperatures up to 325ºF (163ºC)
MC Interval Control Valve (MC-ICV)
MC-ICV is a multi-position interval control valve that provides incremental flow control over individual reservoir zones, allowing optimization of reservoir architecture downhole and maximizing recovery.

Interval Control Valves

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Summary Summary HS Interval Control Valve
HS Series ICV Optimize Reservoir Performance in Deepwater and HPHT Environments
Summary Summary HS Auto-Gas Lift Valve
Halliburton WellDynamics® HS Auto-Gas Lift Valve is based on the HS-ICV designed primarily for SmartWell® system intelligent completion technology. It enables control of a gas cap to enhance the production from a deeper oil zone.
Summary Summary SmartPlex® Downhole Control System
The SmartPlex® downhole control system is an electro-hydraulic multi-drop system that provides simple and reliable zonal control of multiple valves (12) in a single wellbore with a minimum number of the control lines.
Summary Summary MC Interval Control Valve
MC interval control valves (MC-ICV) are multi-position valves that provide incremental flow control over individual reservoir zones, allowing optimization of reservoir architecture downhole and maximizing recovery.
Summary Summary Auto-Gas Lift: SmartWell® System Collaboration Driving Success in Indonesia
Collaboration was the key to success for a recent project in Jakarta, Indonesia, when two key Halliburton technologies helped a customer successfully complete its well and prompted significant interest in SmartWell® completion systems throughout Indonesia and the Asia Pacific Region.
Summary Summary Intelligent Completion in System Provides Operator Solutions in the Remote Niger Delta
The Nigerian subsidiary of an international oil company wanted to pilot test intelligent completion technology in one of the largest fields in the western swamp area. However, the remoteness and the peculiar operating environment in the Niger Delta made installation of surface equipment required to operate/communicate with the downhole intelligent completion equipment a challenge.
Summary Summary Intelligent Completion Technology Enables Selective Injection and Production in Mature Field Offshore China
One operator in the South China Sea was operating in a mature field that had been producing for approximately seven years, and had experienced a relatively steep production decline. The legacy single-string completions installed in the water injector wells prevented the operator from distributing injection rates across the heterogeneous reservoir. This affected the pressure maintenance of the field, resulting in a decline of the reservoir pressure at a higher rate than desired.
Summary Summary Successful Auto Gas-Lift Using Intelligent Completion Boosted Oil Production
A major customer operating in a mature field in Oman had a few wells that were shut-in due to insufficient reservoir pressure to sustain natural flow. This was adversely impacting field production and eroding project value.
Summary Summary Complex Subsea ESTMZ™ System and Intelligent Completion Technology Saves Customer Major Setbacks
The reservoir had gas accumulation over 1,200 feet in eight separate zones; however, only six zones were commercially viable. Initial data suggested that 40% of the gas resources were located in one zone, while another zone had a high risk of early water breakthrough.
Summary Summary First intelligent completion in UAE field maximizes production and alleviates infrastructure constraints
This was the first intelligent completion in the United Arab Emirates (UAE) offshore field. The client was evaluating the technology and its economic benefits and how it could alleviate some of the infrastructure constraints, like limitation of well slots that it faced with offshore platforms.
Summary Summary HS Circulating Interval Control Valve
The Halliburton WellDynamics® HS Circulating Valve is designed for use in SmartWell® and conventional completion systems.
Summary Summary Intelligent Completion Advances Target Improved Reliability in HPHT Conditions, Simplified Deployment
New technologies helping to provide real-time fluid characteristics, faster or remote actuations and optimized production over life of the well. Drilling Contractor September 2017 Issue
Summary Summary Intelligent Completions Play Key Role in Brazilian Presalt Development
Technology Helps Deepwater Remain Competitive Offshore Magazine Article
Summary Summary Completion design must advance to improve access to Lower Tertiary
Service providers working on next generation of multi-zone systems
Summary Summary Integrated Solution More Than Doubles Reservoir Contact
Halliburton Multilateral Services and Intelligent Completions Optimizes Oil Production Offshore Saudi Arabia
Summary Summary Asia: Swellpacker System and Gravel Pack Enable Zonal Isolation in OH SmartWell Completion
A major oil and gas operator in southeast Asia required good zonal isolation of a multilayered, unconsolidated, stacked reservoir possessing several oil, water, and gas zones. The unique trajectory of the horizontal wellbore made access to mechanical flow control devices costly and problematic, therefore making it necessary to remotely control or shut off the production from multiple zones in the advent of unwanted gas or water production. The use of gravel packing techniques and sand screens were selected as the preferred method of sand control for the single, horizontal section that includes three to five zones. A series of external annular barriers to limit or eliminate zonal crossflow was a requirement while ensuring that the gravel pack of the entire zone was not negatively impacted.
Summary Summary Single-Trip Multizone Cased-Hole Frac Packs and Intelligent Completions Improve...
Advanced Completion solution enables wells to remain fully functional after five years of production.
Summary Summary Interval Control Valves
Halliburton interval control valves (ICVs) allow operators to control flow into or out of an isolated reservoir interval, wherever selective control over production or injection is required.
Summary Summary eMotion®-HS Remotely Operated Circulating Valve
Provides high circulation rates without the need for any interventions during completion deployment - saving time and helping to reduce risk.
Summary Summary HS Circulating Valve
The Halliburton HS circulating valve is designed for use in SmartWell® and conventional completion systems.
Summary Summary HS Interval Control Valve (HS-ICV)
HS-ICV is designed for deepwater environments, and can withstand pressures up to 15,000 psi and temperatures up to 325ºF (163ºC)
Summary Summary MC Interval Control Valve (MC-ICV)
MC-ICV is a multi-position interval control valve that provides incremental flow control over individual reservoir zones, allowing optimization of reservoir architecture downhole and maximizing recovery.
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