See how a barrier rib and dual air inlet design increase air flux through the humidifying filte
See how a heat pump uses cooling water to heat absorbing liquid in the regeneration tower, redu
See how standing acoustic waves agglomerate sub-200nm particles into larger clusters, reducing
See how segmented exchange chambers with hydraulic communication enable gas treatment above 10,
See how phase-exchange processes form concentration and temperature gradients to generate press
See how segmented exchange enclosures with hydraulically linked liquid baths enable gas flow ra
See how split-stream humidity control maintains photocatalyst at optimal water vapor levels to
See how a rotary nozzle and catalyst dilute hydrogen exhaust below explosive limits, reducing f
A split-airflow humidity loop keeps the photocatalyst in its optimal moisture range, speeding PCO oxidation while limiting toxic byproducts.
Moisture-rich load lock exhaust vaporizes solid by-products in a collection chamber, preventing discharge line clogging and gas leaks.
Pleated layers sandwich sorbent granulate to remove CO2, water, and VOCs from recirculated vehicle air while lowering pressure loss.
Ionized gas enlarges fine biomass boiler particulates into collectable agglomerates, cutting PM2.5 emissions and easing retrofit.
Fiber-reinforced polyamide with flame retardants cuts battery box weight while resisting heat, humidity, shock, and corrosion.
Ionized flue gas mixes with biomass exhaust to agglomerate PM2.5 into larger particles, enabling easier collection and retrofit control.
Ultrasonic waves cluster 1-50 nm particles before UV-C neutralization and filtration, cutting clogging, energy use, and filter waste.
Containerized PSA modules with rotary valve flow control upgrade biogas to transmission quality with high methane recovery and rapid site deployment.
Cooling then reheating the gas stream removes water before catalysis, preserving ozone stability and methane decomposition efficiency.
A controlled 50-100°C gas temperature keeps ozone active and prevents water condensation on the catalyst for more effective methane oxidation.
Particulate removal devices filter reactor exhaust before it reaches the fuel tank, preventing valve plugging and reducing inerting system maintenance.