Надо знать неугомонный характер Сергея Доржиева. Кто-то другой давно остановился бы. Но у него всегда после конца - вновь начало:
Ах, вот оказывается, что... "Калмыки от шаманов отказались в 1640 году. Поезжайте в Тыву или Бурятию - там есть." Ну в Бурятии есть, и очень хорошо.
Dear guests, very soon we will start telling our stories in English too!
Russian Engineering pinned «Dear guests, very soon we will start telling our stories in English too!»
Projects: Rodnik, Oasis, Aqventus
Technology: Condensation of atmospheric moisture
Denoscription: a stand-alone moisture condensing unit, producing potable water for dry or saline lands.
The test unit accelerated a zero-velocity air flow up to almost 8 m/sec and heated the outcoming air to 38 deg. Rodnik is a complex water machine, though it has no moving parts, nor motors, no gears. It employs yet unstudied, but well known effect of splitting certain types of vortex flows into hot and cold streams. The streams diverge and then meet again at the condenser section, providing a significant temperature gradient. This is when and where the wind, trapped, split and accelerated by the upper part (the windtrap), finally gives away its moisture. Additional cold is delivered to the condenser from the deeper soil thanks to a system of reversed thermal syphones.
Under certain conditions, the test team has recorded a production rate of 545 liters in 24 hours. This outstanding production rate has yet to be repeated. When the weather is not optimal, the test unit produces several dozen liters a day. Still a very good result for an off-grid and stand-alone machine. You can see some photos and a video on Facebook: https://www.facebook.com/photo?fbid=2617754354924627&set=pcb.2617777221589007
Technology: Condensation of atmospheric moisture
Denoscription: a stand-alone moisture condensing unit, producing potable water for dry or saline lands.
The test unit accelerated a zero-velocity air flow up to almost 8 m/sec and heated the outcoming air to 38 deg. Rodnik is a complex water machine, though it has no moving parts, nor motors, no gears. It employs yet unstudied, but well known effect of splitting certain types of vortex flows into hot and cold streams. The streams diverge and then meet again at the condenser section, providing a significant temperature gradient. This is when and where the wind, trapped, split and accelerated by the upper part (the windtrap), finally gives away its moisture. Additional cold is delivered to the condenser from the deeper soil thanks to a system of reversed thermal syphones.
Under certain conditions, the test team has recorded a production rate of 545 liters in 24 hours. This outstanding production rate has yet to be repeated. When the weather is not optimal, the test unit produces several dozen liters a day. Still a very good result for an off-grid and stand-alone machine. You can see some photos and a video on Facebook: https://www.facebook.com/photo?fbid=2617754354924627&set=pcb.2617777221589007
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Next topic: What do we fly in the future? Project: ALTA Denoscription: anywhere take-off and landing aircraft
Коллеги, мы создали этот канал и чат к нему, чтобы собрать опыт внедрений (в основном неудачный) в нашей стране. Рассчитываем воспользоваться мощью коллективного разума в анализе и обобщении этого опыта. Наверное, скоро это всё пригодится
Russian Engineering pinned «Коллеги, мы создали этот канал и чат к нему, чтобы собрать опыт внедрений (в основном неудачный) в нашей стране. Рассчитываем воспользоваться мощью коллективного разума в анализе и обобщении этого опыта. Наверное, скоро это всё пригодится»