Multiple Metal Hydrides TRIZ Cases
- Magnesium Aluminate Salt Synthesis for Stable Mg Battery Electrolytes
Chloride-free magnesium aluminate salts widen electrolyte stability windows while reducing corrosion and electrode decomposition in Mg batteries.
- Particulate Titanium Alloy Co-Reduction for Lower-Cost Production
Co-reduce TiO2 and alloying powders to make homogeneous titanium alloy particulates at lower cost.
- Low Oxygen Carrier Fluid Gasification Heating Value
Replacing air with an inert carrier fluid prevents oxygen combustion that reduces syngas heating value and causes feedstock sintering.
- Neopentasilane Synthesis via High-Boiling Alkylaluminum Solvent
A high-boiling alkylaluminum solvent enables neopentasilane production while keeping aluminum impurities in the residue for easy distillation separation.
- Gasifier Fines Recycling System for Slag Viscosity Control
Recycled fines act as fluxing agents to lower slag viscosity, preventing accumulation and plugging in high-ash IGCC operations.
- Metal Hydride Nanoparticles via Sonication and Multi-Dentate Coating
Multi-dentate metal-alkoxide coatings stabilize air-sensitive nanoparticles, preserving active metal content for energetic formulations.
- Fuel Processor Mantel Space Preheating via Reversing Air Flow
Reversing air flow in a mantel space preheats fuel for rapid start-up, eliminating heavy heating catalysts and complex gas supply systems.
- Hydride-Hydrate Hydrogen Generator Thermal Management
Coupling a hydride with a hydrate balances exothermic hydrolysis heat against endothermic phase transitions to prevent runaway temperatures.
- Stabilized Complex Hydrides for Hydrogen Storage
Stabilized complex hydrides combine aluminum borohydride with metal additives to resolve the trade-off between high hydrogen capacity and chemical instability.
- Titanium Hydride Powder via Combined Hydrogen-Magnesium Reduction
Combined hydrogen-magnesium reduction eliminates multi-stage processing and hydro-metallurgical treatment to produce high-purity titanium hydride powder.
- Aqueous-Phase Reforming of Lignocellulosic Biomass
Integrated acid hydrolysis and catalytic reforming produce hydrogen from lignocellulosic biomass at lower temperatures than traditional pyrolysis.
- Electrokinetic Hydrogen Co-generation from Water Microjets
High-pressure water flow through a metal orifice creates a charged microjet that produces hydrogen and current, bypassing costly thermal reformation processes.
- Ti-doped Aluminum Hydride Hydrogen Storage Kinetics
Ti(OCH3)4 doping in alkali metal aluminum hydride improves hydrogen absorption kinetics and storage density, addressing slow reversible reaction speeds.
- Zero-Valent Metal Hydride Complexes for Nanoparticle Synthesis
Ball-milled zero-valent metal hydride complexes synthesize alloy nanoparticles with controlled stoichiometry.
- Hydride-Zero-Valent Complexes for Nanoparticle Synthesis
Ball-milled hydride complexes overcome stoichiometric control limits in resistant cation synthesis.