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58 Results for 'Energy storage, delivery & resource efficiencies'
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Technology
Producing Methyl Vinyl Ketone from Levulinic Acid
Levulinic acid is a biomass-derived compound that can be obtained inexpensively in high yields from a variety of waste cellulose-containing materials. It has been identified as a top biomass-derived c...
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James Dumesic, Ryan West | P09350US01
Technology
Cost-Effective Synthesis of HMF from Fructose
Increasing demand of petrochemical resources to produce the energy and chemical materials required by industrialized societies with growing populations combined with a diminishing supply has resulted ...
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James Dumesic, Yuriy Roman-Leshkov, Juben Chheda | P06305US
Technology
Improved Electrochemical Double-Layer Capacitor Using Organosilicon Electrolytes
Although a battery can store significant amounts of energy, it cannot deliver it quickly. But a battery can be used to charge a capacitor, which then can provide much power all at once.
Supercapacit...
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Robert West, Viatcheslav Dementiev, Robert Hamers, Kiu-Yuen Tse | P08415US
Technology
Multi-Mode Liquid Cooling System for Electronics, Including Computers
To remove the substantial heat generated by today’s most powerful microprocessors, many high-performance and personal computers use liquid cooling, rather than air cooling, technology. Research ...
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Timothy Shedd, Adam Pautsch | P05107US
Technology
Efficient Method for Pretreating Lignocellulosic Materials to Produce Paper with Improved Properties
To make paper from wood, wood first must be transformed into pulp. However, current pulping techniques require high amounts of energy or large quantities of wood and can result in poor quality paper.
...
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William Kenealy, Eric Horn, Masood Akhtar, Ross Swaney | P07307US
Technology
Non-Inverter-Based Distributed Energy Resource for Use in a Dynamic Distribution System
Distributed energy resources (DER), the combination of distributed power generators, energy storage devices and renewable sources of energy, are frequently located at customer sites where the energy r...
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Robert Lasseter, Shashank Krishnamurthy | P07269US
Technology
Nanoporous Insulating Oxide Electrolyte Membrane Ultracapacitor and Button Cell
Metal oxides presently are used in the manufacture of electrochemical capacitors, which are found in almost every electrical device. However, these materials are expensive and tend to undergo redox re...
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Marc Anderson, Kevin Leonard | P06293US
Technology
Metal-Coated Vertically Aligned Carbon Nanofibers
Although electrochemically active materials with high density and surface area have many potential uses in electrocatalysts, batteries, fuel cells and sensors, creating these materials can be challeng...
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Robert Hamers, Kevin Metz | P06357US