Azure LEEP Freeze plus
Kidron UltraTemp equals
cool decision for dairy
Oct 9, 2009 8:46 AM
Azure Dynamics Corporation has received an order from Kidron Body Company for nine Low Emission Electric Power (LEEP Freeze) systems for Foster Farms Dairy. Azure’s LEEP Freeze system is coupled with Kidron’s UltraTemp cold plate to create a robust and reliable transport refrigeration system.
“Unlike other refrigeration technologies that can unexpectedly shut down, our LEEP Freeze with UltraTemp cold plate technology can maintain cold temperatures for a significant period of time even if the vehicle itself malfunctions,” said Jay Sandler, Azure vice-president of sales. “For a company like Foster Farms Dairy, it is critical to move products to the market in ideal temperatures on reliable transportation to preserve freshness. This system does that better than any other solution while also reducing operational expenses associated with fuel and maintenance.”
The LEEP Freeze system draws energy efficiently from a vehicle’s primary engine during normal driving and delivers it to the UltraTemp cold plate technology system, which allows the cold plates to maintain the set temperature during a typical multi-stop delivery route. The system can also be plugged into the electrical grid for off-duty charging. By eliminating the diesel engine that is part of a conventional refrigeration system, UltraTemp with LEEP Freeze can save up to a gallon of fuel per hour, maintains set-point temperatures even when the engine is off, and offers much quieter operation.
Jeff Foster, president and chief executive officer of Foster Farms, said, “We are committed to providing our customers with the freshest dairy products possible and are always mindful of ways that we can help improve the environment. In addition to having all the performance characteristics we required, the LEEP Freeze system significantly reduces greenhouse gas emissions and therefore was a natural selection for us.”
The UltraTemp with LEEP Freeze technology specified by Foster Farms can reduce carbon dioxide emissions by more than 26,000 pounds annually compared with an engine-driven mechanical refrigerating system.
For more information, visit www.azuredynamics.com.
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