Fluid Removal TRIZ Cases

Upstream droplet coalescence enlarges water droplets before downstream channels screen them, helping mature wells admit oil while excluding water.

Modular sections combine shaped-charge holders into configurable guns, expanding perforation layouts while reducing operational complexity and cost.

A wireline-set collet baffle plugs and perforates casing for fracking without initial ports, sliding sleeves, or costly milling.

Controlled methane pyrolysis forms proppant particles that limit settling and fine generation, helping preserve fracture conductivity during hydraulic fracturing.

Hydrophobic associations improve viscosity and stability in aqueous coatings, addressing microbial attack and pH sensitivity.

A closed circuit uses grinding, cyclone separation, and filtration to dissolve fine polymer powder while limiting dust and clogging.

Sliding sleeves and plug-and-perf zones use SMP seals and isolation valves to match frac stages to borehole conditions and improve well productivity.

Gravity-driven cartridge alignment keeps perforating charges aimed consistently while toolless assembly preserves grounding contact.

On-site reforming supplies CO and CO2 near the reservoir, avoiding costly gas shipment while adapting injection ratios and reusing by-products.

An impeller-turbine coupling transmits motor power while common driver-side fluid cools and lubricates the booster, reducing external hardware.

A remotely actuated valve lets packers set hydraulically while preserving pipe-string flow for single-trip OHGP and sand-control deployment.

Separable gun bodies align receivers with barrels to enable reloadable downhole perforation and reduce replacement costs.