how to make your own website

Downhole Wear Sensor Technology for Artificial Lift Completions.

Cobalt Downhole Wear Sensing technology was developed (patent pending) to overcome rod-to- tubing wear in wells with hide side impact loads, highly abrasive fluids, high velocity fluids, highly deviated CSG wells. Vertical wells can also be subjected to abrasive wear issues due to localized sand concentrations.

In all PCP and RRP well completions, the only existing method of determining sucker rod wear is "predictive" based on well failure history... or just a guess... or wait until tubing failure.

CobaltSENSOR and Ensenium™ tracer technology takes away the guesswork of downhole wear and allows operators to schedule well servicing operations, versus "unscheduled" workover rig call-outs.

Artificial Lift Wear Sensor

Tubing failures due to rod wear results in high well maintenance costs and lost production. CobaltSENSOR utilises Ensenium™ technology (patent pending) to detect sucker rod guide EWV wear indication and prevent premature rod-to-tubing wear and reduce costs per well. 

The sucker rod has a history of nearly one hundred years. The first metal sucker rod patent (U.S.528168) in the United States by Samuel M. Jones in October 30, 1894.

In the past 30 years, many new materials and technical advances have been developed in the manufacturing of sucker rods, such as frequency induction, infrared temperature measurement, coupling production, advanced forging technology, rolling external threads, extrusion technology, friction welding, shot peening, surface induction quenching and other metallurgical engineering innovations.

Sucker Rod Guides and tubing wear protection devices have been around since the 1940's. Originally starting as a rod scraper, the first device applied to the rod body was a metal flat, tack-welded to the sucker rod in effort to scrape paraffin from the tubing and distribute rod side-loading across the tubing wall. Sucker Rod Guides have evolved primarily to plastics, over-molded directly to the sucker rod body and “snap-on” versions for centralizing the sucker rod to prevent tubing wear.

CobaltSPIRAL Sucker Rod Guides and CobaltSENSOR offer a technological advancement not previously available since the first sucker rod was produced more than 100 years ago. 

Cobalt Extreme is an Australian energy services company specializing in abrasion resistant technologies and services for the oil and gas industry and related products for industrial markets. Cobalt operates through a network of manufacturing and service facilities located in Australia, USA and Canada, and is valued for quality products, patented technology and proven capability to provide innovative solutions.

Copyright (c) 2018 Cobalt Extreme

Sucker Rod Guides, Sucker rod couplings, Sucker rod management, used sucker rods, Australia, snap on rod guides, OPS rod guides, PL5 couplings, sucker rod centralizers, Welldog, qteq, firetail, hurracan, Downhole Permanent Presure Gauges, Sucker Rod Guides, PDHG, Downhole Reservoir Monitoring, Welldog, CobaltSPIRAL, CobaltSENSOR, CobaltCLEAN, CobaltULTRA, Inteligent Downhole Tracer, downhole wear detection, Downhole Fluid conditioning, PCP Screens, Downhole Corrosion prevention, Downhole Abrasion, overmolded rod guides, injection molded sucker rod guides, Downhole Sand Control, Downhole Sand Management, Wellhead pressure, downhole temperature gauges, Downhole memory gauges, Downhole Memory gages, Wear resistant steel plates, Abrasion resistant coatings, PCP Pump Wear, Downhole Abrasion simulator, Drillpipe Thread protectors, Sucker rod inspection, Coho, Tubular racking systems, sucker rod guide polymer, hollow sucker rod guides, downhole cables, Downhole chemical treatment screens, EndurAlloy Boronized tubing, Downhole Calcite prevention, Calcite inhibition, sandscreen damage sensor, ARPMAX polymer, Ensenium tracer, drillpipe thread protectors, sucker rod inspection, hollow sucker rod inspection, Norris sucker rods, Tenaris sucker rods, Schlumberger sucker rod, Kudu.