Hydrogen Sensor from Organometallic Precursor

The Problem Sensors require excessive operation power which results in high cost and complex operation. The Solution Novel nanoscale sensors with ultra-low power consumption The Commercial Benefit Our innovative nanoscale sensors are easy to deploy, consume significantly less power, and is almost entirely disposable Market Potential The nanosensor market is expected to reach a CAGR of 79.83%…

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FUNCIONALIZED CARBON NANOTUBE COMPOSITE FOR USE IN LEAD ACID BATTERY

The Problem Lead Acid batteries are successfully used for over a century. The relative low cost, almost complete recycling cycle and maturity are the bases for further improvements and mitigations of some disadvantages in order to establish a viable power source for the 21st century. Present SLI lead acid batteries suffer from short cycle life…

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Efficient and Economic Selective Bromide Ions Removal and Recovery of Water

The Problem Development of bromine compounds markets is strongly affected by new global environmental regulations that forbids the production of wastewater containing bromide that are discharged to surface water systems. Furthermore, high bromide in conjunction with high organic carbon (OC) is widely recognized to be the worst-case scenario for drinking water plants. Inability to achieve low…

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Novel Multi-Application Disinfection Technology

The Problem Microbial infections represent one of the leading causes of death worldwide. Users of antiseptics and disinfectants are individual consumers as well as various groups and industries such as research institutions, food handlers, textile manufacturers, and healthcare providers. Antiseptics and disinfectants are a vital set of compounds for healthy living. The Solution A portable,…

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Economic, Useful Anode Catalyst for Use in a Redox Flow Battery

The Problem Current energy storage system batteries for stationary substation applications are extremely expensive. The Solution This innovation provides an anode catalyst having superior stability in a highly corrosive environment when operated in redox flow battery systems, while still exhibiting improved performance and that is durable and cost-effective. The Commercial Benefit Our cutting-edge Hydrogen Bromine…

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Novel, Low-cost Method for Fabricating Multi-metallic Hydrogen Oxidation Electrocatalyst Materials

The Problem In polymer electrolyte membrane fuel cells, the electrocatalysts, membrane, and metal hardware are expensive. So far, the electrocatalysts failed to reach a cost-effective level. The Solution The invention relates to the preparation of multi-metallic electrocatalysts. These electrocatalysts display higher activities than those synthesized by current methods. The Commercial Benefit Our multi-metallic electro catalysts: Display…

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