Boiler Cleaning Apparatus TRIZ Cases

See how a non-removable three-dimensional collector device with reticular filtering captures li

See how automated temperature monitoring and valve control enable safe, frequent boiler limesca

A sealed recirculating basin with pump and filter removes tankless water heater scale while containing acidic spills, vapors, and sediment.

Hydrocyclone separation, VSA gas removal, and energy recovery help large direct steam generators raise steam output without diluting steam purity.

Hydrocyclone separation, oxygen-enriched air, and energy recovery help large DSGs limit steam dilution and lower operating cost.

Opposing nozzle rotation cuts fluid demand and reaction forces during steam generator cleaning.

Segmented ejection pipes extend parallel to flow direction to clean hard-to-reach outer coil turns, restoring heat transfer efficiency.

A nozzle mixes solid compounds with pressurized fluid to deliver targeted cleaning agents inside utility furnaces.

A pressure limiter integrates a hand-actuated drain cock with an automatic barrier assembly and helical spring.

Controlled gaseous explosion removes incinerator deposits without shutdown, reducing downtime and operational costs.

Draining circuit recovers thermal energy from tainted water to increase steam flow and power output without raising consumption.

Ceramic-coated tubular plates prevent iron oxide deposition via electrostatic repulsion, eliminating dispersing agents and reducing water pollution.

Angled-perpendicular nozzle removes thick and thin slag deposits through debonding forces, preventing thermal efficiency loss from unchecked accumulation.

Rotating stem plug with profiled foils creates high turbulence to dislodge trapped food residues and allergens from the steam side.

Angled cooling bores direct water flow from outer lanes to the center, removing solids that accumulate during natural circulation and cause boiler damage.

A high-pressure evaporator system uses a bubble generator to inject gas into heating elements.

Permanent magnet wheels enable the guide device to traverse vertical walls, overcoming rail installation complexity.

Automated hose conveying module navigates complex pipe-shaped guides to reduce manual labor and prevent corrosion in boiler plants.

A flexible lance uses a mechanical tool to detach hard deposits from steam generator tube sheets.

Dynamic lance positioning counters narrow clearance constraints to maintain jet alignment, ensuring effective sludge removal from tube sheets.

Branching recirculated carbon dioxide gas to seal equipment gaps and prevent outside air ingress.

Vacuum suction removes deposits without high-pressure water, reducing pumping complexity and cleaning time.

Rotating lance tube with articulating wrist expands cleaning range, reducing energy consumption and thermal shock damage during boiler maintenance.

Adsorbent vessels capture submicron microbead precursors in recycled water, preventing insulating layers on steam generator heat exchange surfaces.

Pressurized fluid system injects chemical mixture to alter ash chemistry and remove slag deposits without increasing device complexity.

Steam boiler operation uses EDTA additives to prevent scale formation while maintaining low chemical oxygen demand levels.

A dual-head sludge lance system cleans nuclear steam generator tube bundles using high-pressure fluid jets.

A waste heat boiler uses finned heating tubes connected to unfixed support assemblies to enable mechanical hammering and efficient dedusting.

Segmented spreading bars with pneumatic hammers create controlled access lanes, eliminating excessive tube flexure during deep boiler cleaning operations.

Periodic valve action creates high-pressure jets that dislodge accumulated sludge from steam generator spacer plates.

Reduced branching passage cross sections suppress pressure fluctuations and prevent abnormal temperature increases in steam turbine drain pipes.

A supercritical steam generator converts water to high-pressure vapor for injection into hydrocarbon formations.

A fueled engine drives compressed air injection into boiler walls to remove soot buildup and maintain heat transfer surfaces.