New Casing Sharing Technology

 

Conventional Completions must be placed to produce oil or gas far enough from the water contact to prevent conning.  Our technology removes the need for work-overs and can produce across the full range of oil gas and water as shown here.  Within a single reservoir our casing sharing crossover production shroud or multi-production/injection crossover can be used for water disposal, flood or shut-off while providing for gas blow-down.

 

Two Wells through One Well Bore MPIX versus Conventional Dual Completion

 

Conventional technology for two independent flow streams through a single casing provides parallel tubing strings that can provide divide the flow capacity in half, but cannot provide 2-for-1 Well Costs.  As shown to the left, Oilfield Innovations' patented technology can provide the flow of two wells through a single production casing to provide 2-for-1 Well Costs.

 

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Casing Sharing Technologies Comparison of MPIX to Conventional Dual Compleition

 

Oilfield Innovations Multi-Injection-Production-Crossover (left above) illustrates that two (2) full size sub-surface safety valves (SSSV) can be used to control full size flow streams, whereas conventional parallel dual strings (above right) must cut the flow rate in have and use half sized SSSV.

 

Dual Flow Smart Completion

 

Oilfield Innovations have patented a "magic" crossover that can control two full sized flow streams through a single well bore production casing. Controlling the internal tubing above and below a crossover can, like magic, provide 2-for-1 Well Costs.  Watch the above Video.

 

Howl Oilfield Innovations Multii Produciotn Injection Crossover MPIX Works

 

Our MPIX tool is a simple crossover with no moving parts.  The key to understanding how it works is to realise that is it uses a simplistic switching of internal and annular flows, as shown to the left.  Why crossover flow streams?  Its simple.  Conventional tools control the internal flow stream of the tubing.  By putting conventional field proven flow control systems on both sides of the crossover, two (2) independent flow streams can be controlled.  All conventional completion jewellery can be applied to both flow streams simply by placing them on either side of our Multiple-Injection-Production-Crossover (MPIX).  Its not magic... it is simple oilfield engineering at its best.

 

Multi Production Injection Crossover MPIX Well Integrity NORSOK style Diagram

 

Well Integrity throughout the life of an explosive hydrocarbon well is a critical factor of well design.

 

Oilfield Innovations' Pipe-in-Pipe Concentric Flow Multi-Injection-Production-Crossover (MPIX) has the same well barriers as conventional wells but provides 2-for-1 well costs.

 

The primary barrier comprises a conventional cap rock, production casing, production packer, tubing and sub-surface safety valves (SSSV) arrangement.

 

The secondary comprises a conventional production casing wellhead, annulus valve, tubing hanger and production tree valves.

 

Conventional "A" annulus pressure monitoring of well integrity is applicable for both flow streams.

 

 

More MPIX Examples

 

There are as many different configurations for our MPIX 2-for-1 Well Tool as there are completion string components in the Oilfield. Press the above buttons to read about a few featured examples.

 

 

 

 

 

Disclaimers: Oilfield Innovations Limited (OILtd) does not promise that the site or any content, service or feature of the site or new technology will be error-free or that any defects will be corrected, or that your use of the site or technology will provide specific results. The site and its content are delivered on an “as-is” and “as-available” basis. All information provided on the site is subject to change without notice. OILtd cannot ensure that any files or other data you download from the site will be free of viruses or contamination or destructive features. OILtd disclaims all warranties, express or implied, including any warranties of accuracy, non-infringement, merchantability and fitness for a particular purpose. OILtd disclaims any and all liability for the acts, omissions and conduct of any third parties in connection with or related to your use of the site and/or any OILtd technologies or services. You assume total responsibility for your use of the site and any linked sites or new technologies. Your sole remedy against OILtd for dissatisfaction with the site or any content is to stop using the site or any such content or technology. This limitation of relief is a part of the bargain between the parties. The above disclaimer applies to any damages, liability or injuries caused by any failure of performance, error, omission, interruption, deletion, defect, delay in operation or transmission, computer virus, communication line failure, theft or destruction of or unauthorized access to, alteration of, or use, whether for breach of contract, tort, negligence or any other cause of action. OILtd reserves the right to do any of the following, at any time, without notice: (1) to modify, suspend or terminate operation of or access to the Site, or any portion of the Site, for any reason; (2) to modify or change the Site, or any portion of the Site, and any applicable policies or terms; and (3) to interrupt the operation of the Site, or any portion of the Site, as necessary to perform routine or non-routine maintenance, error correction, or other changes.

 

 

 

New Casing Sharing Technology
Two Wells through One Well Bore MPIX versus Conventional Dual Completion
Casing Sharing Technologies Comparison of MPIX to Conventional Dual Compleition
Dual Flow Smart Completion
Howl Oilfield Innovations Multii Produciotn Injection Crossover MPIX Works
Multi Production Injection Crossover MPIX Well Integrity NORSOK style Diagram
More MPIX Examples
New Casing Sharing Technology
Two Wells through One Well Bore MPIX versus Conventional Dual Completion
Casing Sharing Technologies Comparison of MPIX to Conventional Dual Compleition
Dual Flow Smart Completion
Howl Oilfield Innovations Multii Produciotn Injection Crossover MPIX Works
Multi Production Injection Crossover MPIX Well Integrity NORSOK style Diagram
More MPIX Examples
New Casing Sharing Technology
Two Wells through One Well Bore MPIX versus Conventional Dual Completion
Casing Sharing Technologies Comparison of MPIX to Conventional Dual Compleition
Dual Flow Smart Completion
Howl Oilfield Innovations Multii Produciotn Injection Crossover MPIX Works
Multi Production Injection Crossover MPIX Well Integrity NORSOK style Diagram
More MPIX Examples
New Casing Sharing Technology
Two Wells through One Well Bore MPIX versus Conventional Dual Completion
Casing Sharing Technologies Comparison of MPIX to Conventional Dual Compleition
Dual Flow Smart Completion
Howl Oilfield Innovations Multii Produciotn Injection Crossover MPIX Works
Multi Production Injection Crossover MPIX Well Integrity NORSOK style Diagram
More MPIX Examples