Minimize Costs and Extend Well Lifetime
DrillPlan by Schlumberger offers cutting-edge water management solutions that can significantly minimize water-related costs and extend the producing lifetime of your wells. When the expenses associated with water lifting, handling, hauling, and disposal start impacting the economics of your wells and fields, opting for an engineered approach becomes crucial. Whether your well requires a simple cement squeeze to shut off troublesome perforations or a conformance frac to access untapped reserves, Schlumberger provides the technology and expertise needed to effectively manage your costs.
Enhanced Sweep Efficiency and Recovery
In addition to addressing water from producing wells, the advanced water control and gas control technologies offered by DrillPlan can also be utilized in enhanced oil recovery (EOR) operations that rely on water and gas flood strategies. By implementing solutions to shut off breakthrough zones, you can enhance sweep efficiency and prepare the well for new perforations, ultimately optimizing recovery processes.
Portfolio of Solutions
The portfolio of water management solutions offered by DrillPlan includes innovative offerings such as ZoneTROL XT, a zonal water conformance system, AllSeal for water and gas conformance services, xWATER which provides integrated water-flexible fracturing fluid delivery, and FoamSEAL, a stable crosslinked foaming gel. These solutions cater to a range of water management needs, providing tailored approaches for various challenges faced in the oil and gas industry.
Enhanced Efficiency with Technology
DrillPlan by Schlumberger goes beyond conventional methods to offer advanced technology and engineering solutions that revolutionize water management in the oil and gas sector. Through efficient water control and gas control technologies, operators can significantly boost efficiency, reduce costs, and improve overall operational performance. By leveraging these technologies, operators can navigate complex challenges related to water production and effectively enhance the productivity of their wells.