Halliburton delivers reliable single-trip systems for any multizone application up to 15,000 psi.Talk to an expert
With over 25 years of experience and successful operations stemming with our STMZ™ single-trip multizone system, our XSTMZ™ and ESTMZ™ systems offer enhanced features engineered for your openhole or cased hole applications, saving you days of rig time over stacked sand control systems.
Let us help you address your most complex deepwater and ultra-deepwater challenges, allowing you to maximize asset value, every step of the way.
Deep Water case study
The ESTMZ allows more reservoirs to be stimulated in a shorter amount of time. It has delivered more than $200 million in cost savings across the Gulf of Mexico.
our committment to sustainable energy
XSTMZ™ Xtreme Single-Trip Multizone System helps reduce emissions and improve energy efficiency for our customers across the globe.
Offshore CASE STUDY
ESTMZ single-trip multizone frac pack completions combined with HS-ICVs and DataSphere® ROC™ permanent downhole gauges improve operational efficiency for complex subsea gas reservoir in Indonesia.
Deep Water case study
ESTMZ system avoids fluid losses in complex deepwater multizone completions.
READ CASE STUDY
Designed for deepwater and ultra-deepwater offshore completions, Halliburton offers a portfolio of single-trip multizone completion systems which enable several intervals within a well to be isolated and treated during a single trip of the workstring in cased or openhole applications. The portfolio includes:
Xtreme Single Trip Multizone (XSTMZ™) System
Designed for ultra-deepwater projects, the XSTMZ system efficiently and reliably completes wells in extreme conditions while delivering greater power -- 50% increase in pressure capacity rated up to 15,000 psi, saving days of rig time.
Enhanced Single Trip Multizone (ESTMZ™) System
Designed for deepwater, offshore, and ultra-deepwater completions, the ESTMZ system has been the leading single trip multizone completions systems for over 10 years, with the highest rated frac and proppant rating in the industry and rated to 10,000-psi differential pressure.
Single-trip system experience
Differential pressure (psi)
Potential days saved on rig time
Increase in pressure rating over conventional systems
Halliburton EquiFlow® inflow control devices help delay and reduce the flow of unwanted fluids, stimulate balanced and accelerate production.
Whatever your challenge, Halliburton experts stand ready with solutions using the most effective, reliable, value-added sand control screens technology in the business
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