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マグネシウム循環社会の提案者をないがしろにして、自分たちが最初の提案者だと主張する人たちがいます。これを戒めるページです。 Who proposed the magnesium recycling society? Recently, some organizations claiming to be a magnesium recycling society can be found here and there. As you can see at the top of our company, this was proposed by Professor Yabe of Tokyo Institute of Technology in 2005-2006. If you are a scholar, you should respect originality properly. As shown in the letter dated June 11, 2012 below, even after an investigation was conducted by the Tohoku University Headquarters and an apology was issued, the author completely ignored the proposer and did not provide references. It's hard to believe that there are still people who say they don't need it and still claim they were the first to propose it. History of Magnesium Recycling Society by Yabe

ミニカートにマグネシウム電池を搭載して走行した実験映像 Japanese Home English Home

テレビで放映された記録 A 12V DC output magnesium battery (center) is converted to 100V AC using an inverter (lower right) to supply electricity to the TV. In the figure below, electricity and TV are operating at the same time.

Home Desalination device without high salinity discharge 　　The population is expected to reach 9.73 billion by 2050, which will require 2.2 trillion tons of new water per year. Current equipment such as reverse osmosis desalination systems are forced to release seawater with high salinity, causing serious environmental damage in the surrounding waters. 　　We patented a device that produces only pure water and recovers substances contained in seawater as solids, and succeeded in manufacturing a testing machine. The device operates at low temperatures below the boiling point, works with solar water heaters and various waste heats, and is an environmentally friendly device. Four Major Technologies of Yabe Desalination 1. Evaporation at Low Temperature and Atmospheric Pressure 2. No Membrane used 3. Ultra-multistage in one stage container 4. Reuse latent heat Evaporation at Low Temperature and Atmospheric Pressure Ultra-multistage in one stage container Reuse latent heat Since a part of seawater is evaporated to pure water during this cycle, the same amount of new cold seawater should be introduced to the system, If the temperature of seawater is 20 degree centigrade, it must be raised to 40 degree but required energy is 4.2x20 J/g while latent heat of evaporation is 2400 J/g. Then required energy of this system will be 1/30 of latent heat. Then this system works economically with solar heating etc. Prototype device - Salt removed completely How to construct large system YouTube Video YouTube Video Experiment in Taizou, China December 10, 2019 Portable device capable of 1 Litter / hour carried from Japan . Polluted (Left) to Pure Water (Right) Improve Existing Facility Ordinary desalination plant like RO (Reverse Osmosis) exhausts high-salinity and polluted sea water back to ocean. In order to solve this problem, we propose to use our desalination device. This plan is named "Remora Strategy". In RO, 3 seawater input is converted to 1 pure In addition, production of pure water increased by 3 times. Out device should convert this exhaust to pure water, solving pollution problem. In addition, production of pure water increased by 3 times.

Sunlight Laser Magnesium Refinement by Laser Applied Physics Letter 2006 Laser can concentrates energy in time and space. By this concentration, it can move the pet-bottle containing water even with only 5W similar to Flash Lump. Water is splashed out by irradiation of laser, the pet- bottle moves in reaction to this evaporation. This can also be effective for magnesium refinement. Magnesium Refinement Experiment by Laser Using the laser for refinement seems to be very expensive. Estimating the cost, however, is not so expensive even with present devices. It is well known that semiconductor becomes very cheap once mass production starts.

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Return to Emergency 1.5 Billion People have no Electricity _cc781905-5c -bb3b-136bad5cf58d_ _cc781905-5cde-3194-bb3b-136 we can provide electricity by magneisum battery

問い合わせ Click here for inquiries about magnesium recycling society 6-27-1 Nishinippori, Arakawa-ku, Tokyo takashiyabe@icloud,com Surname Name email address message send the message has been sent. business hours Monday-Friday Saturday Sunday 10:00-18:00 rest holiday

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