Whether for vertical or highly deviated wells in mature or green fields, traditional gas lift without intelligent control is inefficient. Silverwell gives you the flow data you need without expensive intervention.
Inaccurate data from a gas-lifted well can reduce production by around 20%. For Single-String gas lift completions, problems include low injection pressure and limited (55-60º) deviation. Lack of real-time and high-frequency data for trouble shooting and analysis are another drawback. Expensive downhole surveys and buildup test data, and inaccurate or non-existent wellhead and fluid gradient data, are further complexities. Add in valve interference and multi-point injection along with high intervention costs for orifice changes and trouble shooting and the obstacles can seem daunting.
DIAL's auto-unloading capabilities empower you to automate your well unloading operations. Where there’s low injection pressure, DIAL takes advantage of the full casing pressure, increasing drawdown. DIAL delivers intelligent control, flow gradient, injection rate and temperature data to optimize well production, allocate gas, calibrate well models and allocate production accurately.
In a highly deviated wells, DIAL offers deeper injection (over 80º deviation), eliminates multi-pointing and avoids well intervention.
Silverwell covers you at every stage of your Single-String gas lift operations. From support during gas lift and completions design to procuring, manufacturing and testing all equipment to the highest industry standards and installing and monitoring your DIAL system. We help you extract the maximum value.
Transforming Dual-String completions into intelligent, real-time systems, eliminating gas robbing, multi-pointing, and costly interventions while maximizing production from both strings.
DIAL helps increase uplift, reduce downtime and your total cost of ownership (TCO) by executing dynamically the injection strategy, adjusting depth and orifice size remotely with minimum human intervention.
Reduce your surface facilities and intervention cost by controlling the gas zone used to lift the oil zone. Allocate gas from your gas zone accurately.
Redefine what's possible for your wells.
