.pdf asset-performance field_planning_color fit_for_purpose_color production_optimization_recovery_color kpi-box kpi-money kpi-time ::before

An operator in Indonesia had completed 11 wells in a deepwater multi-layer gas reservoir using conventional cased-hole multizone gravel packing operations. They were looking for an economical single-trip solution that would offer similar or better sand control productivity, despite having intervals of varying lengths.

They reached out to Baker Hughes, a GE company (BHGE), to explore utilizing the GeoFORM™ conformable sand management system. The GeoFORM system was successfully deployed by the same operator in the Adriatic Sea to realize significant efficiency gains and reductions in rig time. The GeoFORM system’s modularity and flexibility lets you customize the completion and stimulation design to best match the reservoir. Unlike conventional sand control techniques, the GeoFORM system leverages unique shape-memory-polymer (SMP) material—a filtration media that expands downhole and conforms to the borehole wall. GeoFORM system deployment is faster and offers much greater completion design flexibility compared to conventional multizone gravel or frac-pack completions.

The 8 ½-in. open hole was drilled with waterbased drill-in fluid (DIF) and displaced with calcium chloride (CaCl2) brine. The open hole length was 408 m (1,339 ft) with three gas producing zones of different interval lengths. To maximize production, GeoFORM system joints were combined with MPAS™ open hole packers to isolate the lowest zone with the most potential for water production and provide selectivity between the segments. The GeoFORM joints were spaced out and installed across the three zones without sacrificing reservoir contact, and a seal assembly stabbed into the lower completion sealbore enabled isolation for the upper intelligent completion.

Download the PDF to read the full case study.

Challenges & Results


  • Conventional cased-hole workover options had become uneconomic
  • Multilayer reservoir with significant variance in thickness of sand layers
  • Wells required sand control and isolation of gas-water contacts


  • Provided an effective alternative to single trip multizone operations
  • Completed three zones in a single trip
  • Reduced operational time by six days, saving $4.8M USD
  • Enabled precise zonal isolation and selective production
  • Enabled economic, high rate sand-free production of gas