A single aspirating dispenser uses a boost pump and distribution valve to feed multiple appliances while maintaining vacuum pressure and lowering equipment cost.
A servo pressure regulator links gas pressure to air pressure, cutting compressed air use while preventing gas flow when air stops.
Alternating heated fragrance chambers with fan-directed airflow maintains scent perception while avoiding continuous high-power dispensing.
Foam-metal electrodes use capillary water supply to cut clogging, lower impedance, and stabilize electrostatic mist generation.
Airflow sensing triggers venturi atomization to dose probiotic aerosol by room volume and HVAC operation, reducing waste and contamination.
Low-speed recirculation keeps hot water lines warm without triggering the heater, reducing cold bursts and enabling fast reheating.
A unitary bracket secures the gas manifold to both the fire box and support frame, improving alignment and stability without special tools.
Side-accessible restrictor plates simplify gas burner conversion across gas types and pressures without disassembling gas lines.
Heated air from existing regenerators preheats fuel and oxygen-rich oxidant, enabling oxy-combustion retrofits with lower redesign cost.
Pressure-sensitive valves and nozzle paths let one heater switch between natural gas and propane while keeping BTU output and flame behavior stable.
Co-swirling fuel-air streams maintain axial velocity in a turbine premixer, reducing flame holding during hot hydrogen combustion.
A tapered gallery maintains uniform fuel velocity through injector passages, reducing stagnation, coking risk, and pressure requirements.
A side channel extending into the feed channel keeps the mass flow sensor at fluid temperature, preventing condensation without added heating.
Vaulted ceilings and floors let gas turbine injector passages exceed 60° swirl angles while remaining self-supported in additive manufacturing.
Internal and external flue gas recirculation cool the combustion zone, limit NOx formation, and reduce ducting and high-temperature material demands.