Staged Combustion TRIZ Cases
- Multi-Fuel Burner Arrangement for Heating Device Reliability
See how segmented single-fuel burners with selective activation improve heating reliability and
- Dark radiator
See how a hydrogen-fueled dark radiator uses exhaust gas recirculation through a secondary burn
- Hybrid Catalytic Combustion for Zero-NOx Domestic Water Heating
Staged rich and catalytic combustion cuts flame temperature and NOx while recovering heat for domestic hot water and heating loads.
- Submerged Combustion Melter for Controlled Hollow Glass Fiber Voids
Submerged burners create bubble-rich molten glass, while a connected forehearth stabilizes entrainment to form consistent hollow glass fibers.
- Programmable LNA Branch Switching for Linearity and Impedance Match
Multiple binary-weighted LNA branches switch bias and matching elements to preserve linearity, noise figure, and impedance across gain modes.
- Programmable LNA Branching for Stable Gain and Impedance
Binary-weighted LNA branches adjust gain and bias while preserving impedance, linearity, and low noise without attenuator modules.
- Submerged Combustion Melter for Consistent Hollow Glass Fiber Voids
Submerged burners create and control entrained bubbles in molten glass, enabling hollow fibers with consistent void regions and fewer fining steps.
- Submerged Combustion Glass Fiber Voids From Controlled Melt Bubbles
Controlled submerged combustion bubbles are used to form consistent voids in glass fibers, reducing fining needs and fiber breakage.