Particulatizer converts fuel tank vapors into micro-particles absorbed by liquid medium, recovering lost fuel while eliminating environmental emissions.
An integrated elastomeric discharge flap reduces installation space while maintaining high pre-separation efficiency in heavy-duty filter systems.
Predictive modeling optimizes cooling water flow and temperature profiles to increase water and acid recovery from fossil power plant flue gases.
Segmenting the integral metal unit into separate components reduces manufacturing cost and weight while maintaining air-tightness.
An integral adhesive collar merges support and bonding functions, eliminating installation time and preventing unfiltered air leaks.
A composite filter media structure integrates a nanofiber layer deposited via electro-blown spinning onto a bicomponent synthetic fabric substrate.
Deflecting members reverse exhaust flow direction to create turbulence, ensuring thorough mixing before the SCR catalyst.
Zero platinum group metal catalysts convert toxic gases across varying oxygen levels using oxygen storage materials to maintain activity under lean conditions.
An aerosol concentrator separates charged particles from ambient air using an electric field to deliver a concentrated stream to particle detectors.
A horizontal abatement filter uses a movable dry element to maintain continuous air purification in leather spray chambers.
An exhaust gas cleaning catalyst uses an axially varying precious metal concentration to minimize thermal damage and chemical degradation.