External Electric Electrostatic Seperator TRIZ Cases
- Electrostatic Precipitator Ground Electrode Resistor Design
An insulating substrate with a surface resistor prevents spark discharges at narrow gaps, maintaining corona discharge efficiency for compact dust collection.
- Radial Electrode Dust Collector Grid Structure
Radial electrode grid prevents spark occurrence and enhances performance by expanding surface area in compact volume.
- Electrostatic Dust Collector with Inclined Mounting Frames
Inclined mounting frames support discharge electrodes to optimize gas flow, resolving the trade-off between high flow velocity and dust collection efficiency.
- Wet Electrostatic Precipitator Mist-Producing Element
A wet electrostatic precipitator uses a mist-producing element to mix liquid droplets with gas streams for particulate removal.
- Electrostatic Separator Perforated Plates Gas Flow
A filter cassette with perforated collector plates forces gas flow at an angle to improve particle capture efficiency.
- Electrostatic Binning Precipitator for Uniform Carbon Particle Sorting
An electrostatic binning precipitator charges and sorts solid carbon particles by size and density using independent voltage cells.
- Tubular Electrostatic Air Filter With Porous Foam Electrode
An inner open-cell foam layer boosts contaminant collection capacity while simplifying maintenance for industrial air cleaning systems.
- Electrostatic Precipitator Grid for Ultrafine Particle Removal
A secondary grid electrode within an electrostatic precipitator increases collection surface area, reducing re-entrainment and pressure drop issues.
- Wet Electrostatic Precipitator Quench Water Reduction
An evaporator converts precipitator bleed water into steam for reuse, cutting discharge by 100% and lowering fresh water consumption.
- Electrostatic Air Filter with Dual Ionization Devices
Dual ionization devices compensate for charge loss in an electrostatic air filter, reducing energy consumption and noise from dense media.