View source for 20240035348. FRICTION REDUCTION ASSEMBLY simplified abstract (IMPULSE DOWNHOLE SOLUTIONS LTD.)

=FRICTION REDUCTION ASSEMBLY=


==Organization Name==

[[:Category:IMPULSE DOWNHOLE SOLUTIONS LTD.|IMPULSE DOWNHOLE SOLUTIONS LTD.]]


[[Category:IMPULSE DOWNHOLE SOLUTIONS LTD.]]

==Inventor(s)==

[[:Category:Douglas Kinsella of Sturgeon County (CA)|Douglas Kinsella of Sturgeon County (CA)]][[Category:Douglas Kinsella of Sturgeon County (CA)]]

[[:Category:Kevin Leroux of Beaumont (CA)|Kevin Leroux of Beaumont (CA)]][[Category:Kevin Leroux of Beaumont (CA)]]

[[:Category:Troy Lorenson of Edmonton (CA)|Troy Lorenson of Edmonton (CA)]][[Category:Troy Lorenson of Edmonton (CA)]]

[[:Category:Dwayne Parenteau of Edmonton (CA)|Dwayne Parenteau of Edmonton (CA)]][[Category:Dwayne Parenteau of Edmonton (CA)]]

==FRICTION REDUCTION ASSEMBLY - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240035348 titled 'FRICTION REDUCTION ASSEMBLY

==Simplified Explanation==

The patent application describes a friction reduction tool and assembly that can be activated to generate fluid pressure pulses during downhole operations. The assembly consists of a variable choke assembly with a rotary component and a stationary component. These components have passages that align and disalign when the rotary component rotates with respect to the stationary component, driven by a rotor. The rotary component, stationary component, and rotor all have a central bore that allows fluid flow from above to below the assembly.

* The patent application describes a tool and assembly that can reduce friction and generate fluid pressure pulses in downhole operations.
* The assembly includes a variable choke assembly with a rotary and stationary component.
* The rotary and stationary components have passages that align and disalign when the rotary component rotates.
* A rotor drives the rotary component, causing the alignment and disalignment of the passages.
* The assembly has a central bore that permits fluid flow from above to below the assembly.

Potential Applications:
* Oil and gas drilling operations
* Well stimulation and hydraulic fracturing
* Geothermal drilling
* Mining operations

Problems Solved:
* Reduces friction during downhole operations
* Generates fluid pressure pulses for various applications
* Improves fluid flow and circulation in the wellbore

Benefits:
* Increased efficiency and effectiveness of downhole operations
* Enhanced wellbore cleaning and debris removal
* Improved well stimulation and reservoir productivity
* Reduced wear and tear on drilling equipment
* Cost savings through optimized drilling and production processes


==Original Abstract Submitted==

a friction reduction tool and assembly are selectively activatable to produce fluid pressure pulses in downhole operations. the assembly includes a variable choke assembly having a rotary component and a stationary component, each with passages that enter into and out of alignment when the rotary component rotates with respect to the stationary component when driven by a rotor. the rotary component, stationary component, and rotor each have a central bore defining a central passage permitting fluid flow from above the assembly to below the assembly.



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