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- เผยแพร่เมื่อ 12 ก.ย. 2024
- An ingenious solution to prevent food contamination. Floating parts inside our tubular heat exchangers eliminate thermal stress, which leads to cracks and corrosion. This also enables easy maintenance and inspection, keeping food products safe. Discover the magic inside Tetra PakThe magic inside Tetra Pak® Tubular Heat Exchangers!
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Wonderful video!
Oh I did like your new product and how it was designed. It gave me insight into design aspects of my own I am working on. Thank you for making this video. = )
Advanced heat exchange products will use ultra low vibration of materials used to cause ultra low temperatures. Interested in chatting about a few design concepts? Removing mechanical parts that cause vibration like a Stirling cycle piston or using a compressor for atmospheric elemental cooling will be a must for moving into a new way of thinking to address heating a cooling needs of the future. Also for making components that will be used with super conductors. I would enjoy speaking to a technical team to share some ideas if the interest in what's been posted is there? = )
Here is just one application of this technology, a tetra pak heat exchanger with a drum motor generator with a super conductor has its bearings that also drives a fan to force air through heat exchange. A component part that generates air conditioning and high frequency electricity. Recreational vehicles would just love them you could even replace the diesel power generator most bus conversions all have in their noses or have semi tractor trailers that produced their own cooling and power needs to drive in hub electric motors for goods and food transport. Bonus, another component part a Joe cell used with liquid air to produce hydrogen gas that could operate combustion engines and jet engines. Imagine that? Vehicles and aircraft that all operated simply off atmosphere with no need for fossil fuels? These are just simple concepts the more complex concepts require understanding what has been posted. If your group is interested in learning more this would be very nice. Has I look for other groups that will be interested in my design concepts and technology upgrades. Do have a wonderful day.
Would a Stirling cryogenic cooler 35 watts that turned air into liquid that filled a tank with a bell siphon that filled a tetra pak heat exchanger that had a 35 watt fan to force air through heat exchanger where the liquid air boiled off into vapor that returned to tank to be turned back into liquid air to start cycle all over again be a new cheaper way to provide air conditioning at a much lower cost? If your interested in learning more I would enjoy speaking with a technical team to produce a stand alone refrigeration system using graphite power cells. I also have a stand alone heating system has well. An a concept for a heating and cooling central air conditioning system has well. Which can also be a stand alone system. Novartis