The ozone laundry system uses highly reactive oxygen to clean clothes more quickly and thoroughly with less energy, water, and chemicals. This technology reduces labor, chemical costs by up to 60%, and hot water costs by over 80%, extending linen life.
The world's first Dynamic Voltage Restorer (DVR) has entered commercial service on Duke Power's system, correcting a severe voltage sag at Orian Rugs in South Carolina. The DVR uses advanced power electronics to rapidly inject energy onto the line and restore 100% voltage within 30 cycles.
Researchers are exploring e-beam processing to extend the shelf-life of foods, reduce the need for preservatives, and increase food safety. The technology has shown promise in delaying ripening of fruits and vegetables, inhibiting sprouting of vegetables, and reducing microbial contamination.
The PowerDigm solid-state transfer switch is being installed at Ford Motor Co.'s Sheldon Road Plant to protect against costly power interruptions. The switch can sense disturbances in one power source and automatically switch to a different source, improving reliability and reducing outages.
Researchers at Purdue University developed chilled-aeration technology to control pests in stored grains without using chemical fumigants. The method is economically competitive with fumigation and reduces total energy consumption. For fresh-picked produce, the technology increases marketability by cooling it immediately after harvesting.
The Electric Power Research Institute is developing new opportunities in aquaculture, including recirculating systems that use waste heat and advanced technologies like ozonation for water disinfection. These innovative solutions aim to increase U.S. seafood production and meet growing global demand.
The Central Park Wildlife Center will introduce a state-of-the-art electric-based water system using ozone to purify its aquatic exhibits. The ozone system destroys parasites, viruses, and bacteria, leaving cleaner water for the animals and better visibility for visitors.
The USABC will focus on reducing the costs of mid-term electric vehicle batteries and developing long-term lithium-based battery technologies. The research aims to increase range and improve electric vehicle performance, promoting a cleaner transportation system and reducing dependence on foreign oil.