Fluid Removal TRIZ Cases

Thermotolerant microbes metabolize residual hydrocarbons as carbon sources, reducing tar sands contamination and improving recovery yields.

A downhole gas-separator compressor turbine device recycles produced gas to lift hydrocarbon fluids.

Coated curing agent particulates prevent premature wellbore setting by releasing hardeners only after downhole coating degradation.

Helical holding device holes segment the perforating gun structure, eliminating manual withdrawal time while maintaining stability under pressure loads.

Dissolving salts in alcohol internal phases increases invert emulsion fluid density without adding weighting solids.

A control system determines optimal diverter quantities using real-time downhole data to redistribute fracturing fluid flow.

Pumping cement upward through the annulus prevents fouling fracture valves while ensuring stable wellbore isolation.

Intersecting low-permeability strata with horizontal well laterals establishes fluid flow paths that reduce counter-current flow.

A turn-over suspension mandrel directs pressurized gas through a coil beneath the production packer.

Patterned openings in a non-swelling polymer coating regulate fluid infiltration, delaying packer expansion while maintaining adhesion under downhole pressure.

Base pipe flow restriction openings distribute radial fluid flow through sand screens, reducing peak flux below erosion thresholds.

Dynamic slip expansion anchors tubulars while higher release loads prevent sealing damage.

A computational fluid model predicts viscosity and rheological behavior of Newtonian and non-Newtonian fracturing fluids.

Pseudo-phase relative permeability curves approximate multiphase flow using single-phase simulation parameters.

A modular measurement system quantifies throttling coefficients of supercritical carbon dioxide fracturing fluids under varying temperatures and pressures.

A shrouded closing sleeve redirects treatment fluids away from the wellbore annulus to prevent slurry dehydration near the tool.

Hydraulic pressure through a control line displaces a piston to open the closure mechanism, reducing power requirements and component count.

Segmented flow restrictions and removable blockages in adjustable flow control devices balance production rates while preventing water and gas coning.

A relative permeability modifier injection method optimizes fluid production ratios by adjusting flow control devices between fully open and closed configurations.

A thermokinetic model predicts hydrogen sulfide generation during steam injection using compositional reservoir simulation.

An extendable shifting tool enables secure hydraulic control of a mechanical formation isolation valve within a completions assembly.

A biodegradable ball seat degrades via chemical treatment fluid to clear flow passages in downhole tubulars.

Injecting aqueous urea solutions into reservoirs to trigger thermal decomposition and increase rock wettability.

Modifying fracturing fluid chemistry to alter rock surface wettability and detach hydrocarbons from mineral surfaces.

Segmenting diesel engines from auxiliary systems via central electrical generation reduces parasitic loads and idle time.

A downhole cutting tool uses a radially expandable mechanical locking arrangement to secure the device within a well casing during abrasive jet operations.

Hydrophobically modified polyethyleneimine stabilizes oil-in-water emulsions to suspend sand, preventing premature settling and costly encapsulated breakers.

A downhole acoustic stimulation tool generates plasma shockwaves to treat geological formations.

Miniature single edge notch beam specimens from drill cuttings undergo three-point bend testing to generate load-displacement data.

Moving wet polyacrylamide gel in transportable units eliminates capital costs for drying infrastructure while reducing raw material logistics.

Selective oxidizers react with non-alkane fuels to generate downhole heat, reducing wax viscosity and eliminating surface energy loss.

A hydraulic ram system extends engaging means against the riser interior to deploy an isolation plug, resolving time-critical leak containment needs.

A pump-down adapter positions downhole tools using fluid pressure differentials.

Energetic event generating material creates a pressure pulse to form planar fractures, reducing near wellbore complexity and enhancing fracture conductivity.

Transparent actuator member provides visual position indication through a housing window without external power.

A perforation and fracture tool uses evolved gas to drive a cone mandrel for setting slips and seals.

Bonded hollow structures with internal openings enhance permeability, resolving limited fluid flow in borehole filtration.

An embedded gas lift pipe with a one-way valve lifts bottom hole liquids without compromising packer sealing integrity in high pressure wells.

Variable resistance zones and trapezoidal wire wraps balance flow to prevent surface erosion while maintaining particle filtration.

Turbulence promoters reduce fluid fallback and increase two-phase velocity in gas lift wells.

A stimulation simulator models chemical reactions in porous media to determine optimized injection parameters.

Emulsion curing of pre-catalyzed resin produces fully dense polymer derived ceramic particles, eliminating porosity and flaws from traditional sol-gel methods.

Flow-conveyed fibrous plugging devices wedge into restricted wellbore areas to seal fluid communication, eliminating complex deployment mechanisms.

Acidic nanosilica dispersion reacts with polyamine activators to form a stable gelled solid, controlling severe lost circulation without damaging the formation.

Offsetting pumping intervals across multiple wellbores keeps combined fluid flow below equipment limits while maintaining high stimulation throughput.

Swellable shock attenuator material absorbs explosive impact energy to maintain perforation gun string alignment and prevent structural damage.

A WCP-1 chemical system solubilizes carbonate reservoirs to create conductive channels for hydrocarbon flow.