Cleaning Apparatus TRIZ Cases

Introducing a banana-based aqueous fluid into the wellbore separates oil and water phases to remove filter cakes without damaging the geological formation.

A jet sub redirects driving fluid at an obtuse angle to mix with induced fluid for wellbore cleaning.

Skin profile analysis selects optimal wells for targeted acid injection, reducing operational costs while improving production performance.

Segmented plugs prevent fluid coning by absorbing pressure stress on cement barriers.

A ported sub positions cleaning tools above the packer to circulate debris uphole, preventing seal sticking and eliminating separate cleaning trips.

A hydrate inhibitor composition uses polar and nonpolar solvents with polymers to delay gas nucleation.

A debris removal tool uses a bottom-end fluid jet system to break up well bore obstructions while collecting material in a strainer basket.

A downhole tool creates a hydraulic barrier above the collection opening to restrict upward fluid movement and direct debris into the capture zone.

A variable flow diverter tool redirects pressurized fluid away from downstream components using a movable inner sleeve and spring mechanism.

A single-phase fluid disperses organic deposits and dissolves inorganic scale within a wellbore using solvents, surfactants, and co-solvents.

A sectional pumping apparatus integrates a submersible pump and swab tool within a concentric well casing configuration.

Active wall heating prevents hydrate and wax buildup, resolving reliability issues from unpredictable temperature changes.

Monoamine and diamine corrosion inhibitors in hydrochloric acid reduce steel corrosion rates to acceptable levels across 20°C to 135°C temperatures.

Magnetic retention prevents premature extension of downhole cleaning elements during run-in, avoiding shear pin failure from metal fatigue.

Radially inward protrusion cleans cone surface during running-in phase to maintain seal integrity.

Nested casing scrapers remove debris and burrs before the completion assembly encounters them, eliminating separate de-burring trips.

A thermochemical mixture generates heat and pressure to solubilize wellbore damage.

Acute angle fluid conduits direct bypassed drilling energy toward the annulus, preventing vortex formation and reducing solid particle accumulation risks.

Surge tool lowers casing pressure to draw annular debris through perforations, eliminating separate cleaning steps for reliable cement plugs.

A gas-liquid spacer acts as a phase-changing plug to separate injected natural gas from liquid pockets in subsea pipelines.

Viscosified remedial fluids deliver uniform placement in subterranean formations by self-diverting to low permeability zones, eliminating gel residue damage.

Merges stimulation vessel pumping with offshore injection systems to expand inhibitor treatment volumes, eliminating sulfate scaling and bacterial growth.

A wellbore cleanout tool uses an electromagnet and permanent magnet to attract metal debris into a movable sleeve collection basket.

Integrating the valve unit inside the pressure chamber eliminates external controls, resolving space constraints while maintaining operational reliability.

Spring-biased retractable mill blades span the entire inner circumference of a wellbore casing to clean interior surfaces.

Radial inlets and adjustable wrap sleeves on a remediation packer isolate contamination zones, enabling targeted vacuum extraction without removing clean water.

A mechanical cleaning tool with a radially movable body extends into restricted areas to rotate against surfaces.

Non-polymeric ester compounds keep paraffin inhibitor concentrates pumpable from -40°C to 60°C without excessive vapor pressure.

Coupled simulators model wellbore clean-up operations to optimize parameters, resolving instability from unknown effluent compositions.

Methanesulfonic acid solubilizes PMIDA to transport it deep into subterranean formations, resolving near-wellbore spending limits.

Shaped compressed pellets release well treatment agents from calcined porous metal oxide carriers, reducing fluid volumes needed for deviated wells.

A borehole plug replaces ratcheting teeth with a split lock ring to eliminate shear failure and milling time.

Substituted lactam activators react with hydrogen peroxide to generate active oxidizers that degrade cross-linked gels at low temperatures.

A protective sleeve fluidly isolates the production tree within a wellhead assembly common bore.

Centrifugal brakes regulate cleaning head rotation speed, eliminating complex motors and viscous fluids in downhole tubular washing.

Reactive scale precursors form insoluble barriers to seal annular spaces and cracks, preventing hydrocarbon leakage without costly mechanical interventions.

A downhole tubular cutter employs a gas generator to displace wellbore fluid, reducing axial movement and improving cutting efficiency for varying diameters.

Alkyl ethoxylate surfactants create hydrophobic barriers that reduce shale swelling and permeability while maintaining environmental acceptability.

Water-filled discharge heads prevent carbon deposition on insulating surfaces while generating shock waves to remove casing deposits.

A wellbore cleaning tool uses a moveable cup member to divert fluid flow through an internal filter for debris removal.

Specific additives suppress hydrate formation in viscoelastic surfactant fluids, reducing pipeline blockage risks and lowering surfactant requirements.

Iron control agent converts ferric iron to soluble ferrous form, preventing sludge formation and maintaining permeability during acidizing.

Hydrophobic fiber fluids remove drilling solids from casing strings, preventing cement contamination and preserving sheath strength in plugless operations.

ROV-deployed skid injects lift-gas to reduce hydrostatic head, enabling hydrate sublimation without heavy sea floor equipment.

Articulating segmented flow diverter bypasses fluid to prevent formation pressurization while capturing debris.

Encapsulated thermochemical reagents generate heat to activate acid-generating materials for in-situ chemical breakdown of wellbore filter cake.

A carrier fluid with clay maintains stable viscosity to transport wellbore debris.

Segmented microcapsules deliver acid precisely to perforations, eliminating over acidizing and reducing formation damage.