BREAKTHROUGH ENGENUITY LLC

Where Engineering meets Ingenuity

6840 E 112th ST S

Bixby, OK 74008-2062

(A Tulsa Oklahoma Suburb)

CALL MY CELL PHONE @1-918-231-9698





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ALL RIGHTS RESERVED

ENGINEERING SERVICES

Breakthrough Engenuity LLC

 Oil and Gas Industry Focused Professional Engineering and Design Services

CALL FOR SUPPORT

KOTREAT ... INGENIOUS INGENUITY!.

 Office:1.918-298-6841

Breakthrough Engenuity LLC

"Where Engineering Meets Ingenuity"

​​Breakthrough Engenuity LLC is a dedicated to

innovative design engineering.   Our expertise and

experience combine with out-of-the-box engineering

ingenuity to meet your today needs with extraordinary

results for tomorrow.  We avoid the "because we've always done it that way" paradigm in every case!  We simply won't use copy-cat designs or sacrifice process or operating efficiencies for any reason. 


​Innovation is the name of the game for us.  Two examples ​are our patented "KoTreat" water-oil-gas-solids separation system, and our MorOilTM  NGL condensate capturing system


With our self-contained and patented "MorOil" system we'll condense your NGLs to put more stock tank barrels of your most valuable light oil into storage.  This adds oil sales revenue, and eliminates smoking flares  in the process!


Our ingenious "Kotreat" system combines the benefits of a free water knock-​out and horizontal heater treater for easier and more efficient separation.  You get a properly sized vessel every time.  Operators love it as they have only one high-performance separation vessel ​to operate instead of two!  We provide the engineering and design services for each new KoTreat system at no added cost so each one fits your applications perfectly!


Breakthrough's engineering expertise spans over five decades of the field of innovative oilfield process equipment facilities design.  Successful new vessel and facilities designs in 21st century shale oil operations prove that we are committed to always stay up to date.  These are examples of the ways we build upon this knowledge base of design maximization, enhanced product features, manufacturing guidelines, superior process quality, and ongoing engineering and technical consultation in the field of separation.  Our demand for creative solutions consistently offers cutting edge designs, superior in-field performance, and generate a competitive advantage for you in today's industry.   We have a proven history of developing innovative solutions in the fields of separation, and in the design of uniquely efficient production facilities, and our twenty granted patents are proof of the many ways we help you achieve your performance and engineering goals.


Depend on us for your facility designs.  We'll include our patented and proprietary design services wherever we can to increase your competitive advantage.  Our focus is in following key areas of interest:


​1.         Oilfield related pressure vessel design and optimization.


2.         Oilfield related combustion processes.


3.         Oilfield related natural gas processing and conditioning.


4.         Oilfield related instrumentation and automation unrelated to water treatment plants/processing.


5.         Oil and gas industry related process system optimization.


6.         Oilfield crude oil dehydration to pipeline specs.


​7.         Oilfield facilities design to prevent fires.


8.         Oilfield chemicals and their most effective application methodology.


9.         Oil and gas process equipment sizing for optimum separation.








































The patented "KoTreat" is a Free Water KnockOut (FWKO) and a Horizontal Heater Treater, built in a single ASME Code pressure vessel. 


The inlet is into the FWKO end where oil and gas are separated from free water.  Gas exits the vessel downstream of a "serpentine vane demister".  Water exits to a HWSB Skim Tank for polishing its quality by removing the roughly 1% entrained oil to produce water with less than 50 ppmv total suspended solids, suitable for reuse.  Oil flows into the heater treater section where it is evenly distributed under the firetube for uniform heating to reduce its viscosity so all water of emulsion can readily separate, leaving this section at less than 0.1% BS&W typically.