Post by account_disabled on Mar 13, 2024 0:58:19 GMT -5
at a Time as Necessary as the Current One, Researchers from the Polytechnic University of Valencia Have Developed a System That, Using Air as a Coolant and Electrical Power, Maintains the Cold Chain of Vaccines at Temperatures of Up to -200 ºC. It Can Be Applied to All Types of Cameras, from Small Ones Plugged into a Van's Cigarette Lighter to Large Containers on Boats and Trucks. the Logistics in the Distribution of Coronavirus Vaccines Is Posing a Challenge for Health Officials on a Global Scale, Especially in Cases Like Pfizer's, Which Requires Storage at Temperatures as Low as -70ºc. the System Uses Exclusively Ambient Air as Refrigerant, Is 100% Autonomous with Electrical Power and Scalable, and Can Be.
Applied from Small Chambers in Vans to Large Containers in Trucks. in This Context, Researchers from the Polytechnic University of Valencia (Upv) Have Developed an Autonomous Ultra-Cold AOL Email List Container (Cau) That Allows the Transport of Vaccines or Other Medical Materials That Require Very Low Temperatures. It Is Capable of Reaching Up to -200 ºC Using Electrical Power and Simply Ambient Air as a Cooling Fluid. This System Is Scalable for All Types of Cameras, That Is, It Can Be Applied from Small Ones Carried by Medical-Pharmaceutical Material Delivery Vans to Large Industrial Refrigerators, Merchandise Containers or in Storage and Distribution Logistics Centers. “With It We Could Cover the Entire.
Process of Both Transportation and Storage of the Vaccines, Ensuring at All Times That the Chambers Are Maintained at the Required Temperature to Guarantee Their Correct Conservation,” Highlights Vicente Dolz , Researcher at the Cmt-Motores Térmicos Institute . the Upv. in This Center Is the Prototype of the Cau Instrumented and in Operation. a Greener Alternative to Dry Ice to Refrigerate Vaccine Containers, Dry Ice (Frozen Co 2 ) Is Currently Used , Which Sublimes at -78 ºC, or Liquid Nitrogen, Which Evaporates at -196 ºC. “But This Technology Has Some Drawbacks, According to Scientists: “It Is Not Easy to Control the Temperature and the Bulbs. If They Are Subjected to Too Extreme Temperatures.
Applied from Small Chambers in Vans to Large Containers in Trucks. in This Context, Researchers from the Polytechnic University of Valencia (Upv) Have Developed an Autonomous Ultra-Cold AOL Email List Container (Cau) That Allows the Transport of Vaccines or Other Medical Materials That Require Very Low Temperatures. It Is Capable of Reaching Up to -200 ºC Using Electrical Power and Simply Ambient Air as a Cooling Fluid. This System Is Scalable for All Types of Cameras, That Is, It Can Be Applied from Small Ones Carried by Medical-Pharmaceutical Material Delivery Vans to Large Industrial Refrigerators, Merchandise Containers or in Storage and Distribution Logistics Centers. “With It We Could Cover the Entire.
Process of Both Transportation and Storage of the Vaccines, Ensuring at All Times That the Chambers Are Maintained at the Required Temperature to Guarantee Their Correct Conservation,” Highlights Vicente Dolz , Researcher at the Cmt-Motores Térmicos Institute . the Upv. in This Center Is the Prototype of the Cau Instrumented and in Operation. a Greener Alternative to Dry Ice to Refrigerate Vaccine Containers, Dry Ice (Frozen Co 2 ) Is Currently Used , Which Sublimes at -78 ºC, or Liquid Nitrogen, Which Evaporates at -196 ºC. “But This Technology Has Some Drawbacks, According to Scientists: “It Is Not Easy to Control the Temperature and the Bulbs. If They Are Subjected to Too Extreme Temperatures.