Desalination Animation by Oceanit

This is an animation of Oceanit's capabilities in designing seawater desalination plants.
High-pressure reverse osmosis tubes remove most salt ions from the non-potable water as it moves through the spiral wound membrane inside the tube.
Visit www.oceanit.com/ to learn more.

[@eddybrevet6816]

Utilize the pressure from the depth of the sea in the process of reverse osmosis

[@popeye0shing]

brine can be used for chloro-alkali industry to make chlorine, hydrogen and sodium hydroxide by electrolysis

[@gowthamsahith5132]

Thank you very much i want a breif explaination of dissailination this video helped me alot thanks dude

[@geovanni4073]

YES to RO Water , All you need a is good Reputable Service Provider , and your maintenance is minimal. Blend the RO Permeate water to stay under MCL.

[@marcvslicinivscrassvs7536]

Hopefully RSPs don't turn out as bad as ISPs

[@nattsurfaren]

It is not fair that Brian have to leave.

[@g4m3r43v3r]

id rather go for solar desalination. heck its cheaper and green tech

[@michelereynolds145]

where's the closed captioning?

[@Oceanit]

Hi Michele, if you hover your cursor over the video window, you will see a toolbar at the bottom of the video with icons on the right hand side. Clicking the icon button with "CC" will turn on closed captioning.

[@Barskor1]

Cold Steam the efficient way to use the sun or composting and rocket stoves as heat sources to produce electricity and or distilled water explained from basic concept to employment. Water boils in a vacuum at 75 F or 24 C
Two open containers one full of water the other empty connect them at the bottom and water will reach an equilibrium 50 50. If one is sealed except for the connection the other will remain empty because of the vacuum created in the sealed container.
Gravity will overcome this vacuum if the containers are taller than 34 feet.
If the tanks are 40 feet tall the tanks will reach an equilibrium of water levels at 34 feet leaving six feet of hard vacuum in the sealed tank. This makes a vacuum pump set we need two of them if we were going to distill water as the cold side open tank is used to collect the distilled water from it as the continuous input of water needs to go somewhere.
Each sealed tank has four valves three at the top two of those on opposite sides (B&C) one at the very top (D) one at the bottom on the side (A), water-based vacuum pump operations are, Close bottom tank valve A and top tank valve C. Open top tank valve D. Fill sealed tank through top side valve B. Close valve B and D when full. Open bottom valve A.
This primes the system to let the warm water in that will vaporize and run through the system when you partially reopen valve B (to control flow rate) and open valve C to its fullest.
For only power generation need one pump set and one vacuum tank so we can have a Hot side and a Cold side one to boil the water and one to have the low pressure/vacuum to draw the steam in through the turbine then the cooling coils then to the tank.
At the bottom of the cold side, tank is a return pipe with the one way valve to the heat source the one-way valve prevents expansion back to the cold side and as the hot side vacuum chamber is the only outlet for the expanding water and it is drawn by the vacuum the cycle proceeds.
You can combine the two and get power generation and distilled water keeping the return line from the power generation system will let you switch if you don't need distilled water on a continuous basis in large quantities.
I am going to make one feel free to make one as well it is open source.

[@iftw.]

guys im from mrs cho's class 🤓🤓🤓🤓

[@imammanzoorpirzada]

Aplmo