A continuous zipper opens the reusable bag into a flat sheet for thorough machine washing and restored filtering performance.
Alternating adsorbent and diffusion layers distribute contaminants evenly, preventing single-layer clogging that reduces fluid distribution efficiency.
Segmented lid paths isolate air discharge from liquid outflow, preventing air accumulation and engine defects during sudden flow rate increases.
Orienting the strainer parallel to flow minimizes surface area normal to the path, preventing turbulence and premature nozzle shut-off.
Tapered micropores in a metal filter use Bernoulli lift forces to eject solid particles, preventing clogging and eliminating the need for frequent backwashing.
Inline refractometry and density sensors measure filtrate parameters to monitor solid cake filtration processes in real time.
A laminated filter uses water flow pressure to press filter element laminations against baffle structures, eliminating mechanical springs.
Applying a porous glass layer to ceramic channels resolves the trade-off between high volume throughput and limited catalytic contact area.
Snapping closures and fabric hoods seal leaf filter bags, reducing scale accumulation and labor costs.