Reducing rig-up time and complexity, resulting in a more efficient, safer fracture operations.
Operations at the wellsite have become increasingly complex with high treatment rates, multiple wells on a pad, and large amounts of equipment on location. The ExpressKinect™ system reduces rig-up time and complexity, while streamlining technology, resulting in a more efficient, safer fracture operations.
ExpressKinect™ System
With the increased complexity in multi-well fracturing cycle times and NPT have increased. The ExpressKinect™ system streamlined technology for maximum efficiency across fracture operations.
Integrated Well Completions
Streamlining fracture technology for greater efficiency.
02:10
Manifold pressure rating
Manifold BPM capability
Of high-pressure iron eliminated
To perform wellhead exchanges
The ExpressKinect™ manifold employs new, streamlined technology that reduces the number of lifts and connections required to connect each pump to the manifold trailer. ExpressKinect™ technology also greatly decreases the safety risk exposure of employees by reducing the number of required lifts and providing lift assistance, resulting in a 77 percent reduction to only 70 pounds per pump.
After stage perforating is complete on one well, the ExpressKinect™ Quick Latch is used to remove the used gun from the well and disconnect from the wellhead, all without a person entering the Red Zone® area—an area designated as unsafe to work during pumping operations. A new gun is then prepped and readied for operations on the next well. All of these wireline operations are now happening simultaneously with the fracturing operations, increasing overall treatment efficiencies and drastically decreasing nonproductive time on location.
The ExpressKinect™ wellhead connection unit (WCU) eliminates the need for zipper manifolds on multi-well pads by providing a single-line rig-up capable of reaching multiple wells, with the capability of handling 100 bpm at 15,000 psi. Wellhead exchanges are executed in less than 5 minutes, thus greatly reducing rig-up complexity and surface iron requirements, and improving cycle times between pads to drive efficiency.
