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

A customer that had drilled a new test well in methane hydrate off the east coast of Japan was in quest of a viable sand control solution following a 2013 production test that was terminated after only six days. The 2013 test well, which had been completed using the most widely relied on sand control method—gravel-packing—had quickly succumbed to sand production. In early 2014 a collaboration began between the customer and Baker Hughes, a GE company (BHGE), to identify a solution that could enable sustained sand-free production from the challenging reservoir type.

The new project began with a close evaluation of the 2013 production test. The teams found that when the well was brought online, the wellbore enlarged from 8.5 to 12 in. (21.6 to 30.5 cm) as the formation depressurized. This caused the gravel in the annulus to shift, exposing the underlying sand control screen which quickly began to erode. Sand particles smaller than 100 μm entered the production string through the compromised screen, ultimately resulting in equipment failure.

Based on the anticipated downhole conditions, the BHGE team recommended its GeoFORM XTreme™ conformable sand management system, which leverages patented shape memory polymer (SMP) material to reliably fill the entire annular space with a permanent filtration media. As an added layer of defense against sand, the GeoFORM XTreme system contains BeadScreen™ flowback control cartridges installed directly into the holes in the production liner. Constructed of metal beads fused together using a proprietary bonding process, the BeadScreen cartridges offer increased burst and collapse ratings and improved erosion and plugging resistance compared to conventional sand screens.

Download the PDF to read the full case study.

Challenges & Results


  • Extremely unconsolidated methane hydrate formation
  • Broad range of particle sizes from 20 to 200 μm
  • Ongoing wellbore subsidence
  • Low BHT of 32 to 54°F
  • Test well located in water depths in excess of 3,300 ft
  • Conventional sand control methods had failed in previous tests


  • Enabled longest-ever sand-free production test in methane hydrate
  • Produced up to 0.5 MMSCFD of gas and 3,100 BPD of water
  • Avoided known failure risks associated with conventional sand control methods
  • Eliminated gravel packing logistics and risks