MultiLift Sand Management System - The ultimate in sand mitigation.
In ESP pumped wells, dealing with sand is a big issue; especially in unconventional well completions where multi-stage fracking sand will flow back during production. ESPs commonly suffer from severe damage caused by frac sand and other residual solids that routinely cut short ESP performance. Failure modes include pump erosion, sand accumulation, plugging, electrical and mechanical stresses and inability to bring the pump back on after a shutdown.
Sand from the reservoir formation and/or proppant return is an inevitable by-product in the majority of oil fields. Multilift’s field proven Sand Management System is the ultimate, proactive sand management strategy vital to protect the ESP and keep production flowing smoothly.
The Sandguard and Cyclone are essential for over and under sand protection system for electrical submersible pumps (ESP), for radically improved well performance.
SANDGUARD TM - Eliminating the number one cause of ESP failure in unconventional wells: Sand Fallback
Many wells produce substantial amounts of solids that cause havoc for ESP systems. ESPs will trip or switch off frequently for reasons of power failure, pump off and production shutdowns. When the ESP shuts down for any reason, previously pumped sand in the tubing will fall back and build up on the pump and in the tubing. Attempting restart will destroy ESP and cause a costly workover.
As the central feature of Forum's Sand Management System, SandGuardTM is a revolutionary new tool that captures fallback sand and quarantines it away from the pump, making restarting of the ESP trouble free.
SandGuardTM is simple to install with the ESP and is positioned just above the pump discharge. The clever design captures fallback sand and solids in its inner chamber to protect the pump, then, automatically self-flushes empty after trouble free ESP restart. SandGuard is then ready to protect the pump at the next shutdown and all subsequent shutdowns.
Proven though hundreds of installations, SandGuardTM has demonstrated enormous increases in ESP run times in sandy wells.
Restarting a sand-plugged pump causes catastrophic harm:
Damaging upper stages
Putting stages into down thrust
Torque twisting and broken shafts
Pump shut downs continue to happen throughout the life of the well and sand is always a concern at start up.
SANDGUARD Case Study
Captured sand is collected in SandGuard’s inner chamber and automatically flushes itself empty after every restart. This process is repeated endlessly, making it ready to protect the pump at every shutdown.
Extending ESP Run Life
Forum's Cyclone is designed to extend the run life of ESPs in sand-producing wells. Developed using proven vortex technology with no moving parts, Cyclone can be retrofitted to any ESP well and is deployed efficiently by suspending it directly below the ESP, requiring no downhole preparation.
The high-efficiency centrifugal action within Cyclone’s chamber separates sand and suspended solids – sending desanded fluid to the ESP and sand and solids to a ‘tailpipe’ below, preventing the sand from being produced through the pump.
High-efficiency vortex/cyclone design
Machined from solid billet 80,000 yield steel
High efficiency separation
Packer-type lantern rubber element
Field-changeable rubber element
Lock-down swivel 2-3/8” stub connection to motor
Max separation at low and high rates
Creates very heavy wall thickness
Separates gas first
Captured top and bottom for max security and flexibility
Enables quick change and rerun of Cyclone without it leaving the rig floor
Alleviates need to rotate either motor or tailpipe
One size for all flow rates
Resistant to washout, longevity of use and cost savings in reusability
May prevent gas damage to pump
One size fits all casing weights per casing OD
Cost savings in inventory/ease of application
Eliminates logistics and costs of replacement tool on workover