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Used in cryogenics and to cool materials for studying superconductivity, liquid helium is extremely cold, colorless, odorless, non-flammable and inert. It does not react with other compounds or elements in ordinary conditions.
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Resources Plans Try Business Research and publish the best content. Join Free MVSEngg 6 views | +0 today Follow MVSEngg Curated by MVS Engg Scooped by MVS Engg onto MVSEngg Manufacturing and Uses of Liquid Helium Scoop.it! Scooped by MVS Engg Scooped by MVS Engg Safest Water Electrolysis Hydrogen Generators Manufacturing and Uses of Liquid Helium From www.mvsengg.com - October 9, 10:41 AM Used in cryogenics and to cool materials for studying superconductivity, liquid helium is extremely cold, colorless, odorless, non-?ammable and inert. It does not react with other compounds or elements in ordinary conditions. As helium is non-corrosive, exceptional materials of construction are not essential. In spite of that, materials should be appropriate to be used at extremely low temperatures of liquid helium. All vessels and pipes should be designed and selected with utmost care so it can withstand the pressure and temperature involved for the transportation and use of liquid helium. How is it Manufactured? From www.mvsengg.com - October 9, 10:41 AM Used in cryogenics and to cool materials for studying superconductivity, liquid helium is extremely cold, colorless, odorless, non-?ammable and inert. It does not react with other compounds or elements in ordinary conditions. As helium is non-corrosive, exceptional materials of construction are not essential. In spite of that, materials should be appropriate to be used at extremely low temperatures of liquid helium. All vessels and pipes should be designed and selected with utmost care so it can withstand the pressure and temperature involved for the transportation and use of liquid helium. How is it Manufactured? By cryogenic separation process, most commercial helium is extracted from natural gas. Being present less 1% in natural gas, helium has to be recovered from natural gas then re?ned and lique?ed. Liquid helium has then to be shipped from the place where it is produced to the place where it has to be stored and then ?nally to trans?ll facilities. Tankers have an annular space protected with vacuum-nitrogen shielding and multilayer insulation. This type of design minimizes the heat leak and vaporization of liquid helium while being transported. What are its uses? Because of its low temperature, liquid helium is used to maintain the superconducting properties of magnets in applications like NMR, MRI, particle physics research and spectroscopy. Gaseous helium is mainly used for inert shielding gas in a metal arc and laser welding. This gas provides a protective atmosphere in the production of reactive metals like zirconium and titanium. Helium gas is used as a cooling agent, carrier gas, and as a leak detection gas in several industries. Because of its weight (it is lighter than air) and it non?ammable property, helium is also used to in?ate balloons and airships. From mvs-engineering.over-blog.com - October 11, 12:35 PM Any industry can store, produce and utilize hydrogen through water electrolysis. By using an electrolyzer, one can produce oxygen and hydrogen from a pure water supply and electric current. more... Tweet Share 0 By cryogenic separation process, most commercial helium is extracted from natural gas. Being present less 1% in natural gas, helium has to be recovered from natural gas then re?ned and lique?ed. Liquid helium has then to be shipped from the place where it is produced to the place where it has to be stored and then ?nally to trans?ll facilities. Tankers have an annular space protected with vacuum-nitrogen shielding and multilayer insulation. This type of design minimizes the heat leak and vaporization of liquid helium while being transported. What are its uses? Because of its low temperature, liquid helium is used to maintain the superconducting properties of magnets in applications like NMR, MRI, particle physics research and spectroscopy. Gaseous helium is mainly used for inert shielding gas in a metal arc and laser welding. This gas provides a protective atmosphere in the production of reactive metals like zirconium and titanium. Helium gas is used as a cooling agent, carrier gas, and as a leak detection gas in several industries. Because of its weight (it is lighter than air) and it non?ammable property, helium is also used to in?ate balloons and airships. Founded in the year 1977, MVS Engineering, a leader in air and gas solutions provides one of the best helium and liquid helium solutions in India. The company supply Helium recovery and reliquefaction systems in partnership with the world leaders – Cryomech (USA). You only need Scooped by MVS Engg Understanding and Working of On-site Oxygen Generators
to tell the requirements of your process and the company will do the rest to get the best out of it. Founded in the year 1977, MVS Engineering, a leader in air and gas solutions provides one of the best helium and liquid helium solutions in India. The company supply Helium recovery and reliquefaction systems in partnership with the world leaders – Cryomech (USA). You only need to tell the requirements of your process and the company will do the rest to get the best out of it. more... Tweet Share 0 Follow more... Tweet Share 0 Scooped by MVS Engg USES OF LIQUID HELIUM From interarticles.com - September 28, 7:43 AM Oxygen generators, also known as oxygen concentrators, are medical devices used to provide oxygen to those who need it. O2 generators are required by people who are in a condition that results in decreased level of oxygen in their blood. more... Tweet Share 0 Scooped by MVS Engg PRODUCTION OF HYDROGEN BY STEAM METHANE REFORMER From www.mvsengg.com - September 27, 10:39 AM “ In this Article, you will ?nd several uses of Liquid Helium and will also get bene?ts and Importance of Liquid Helium.” more... Tweet Share 0 Scooped by MVS Engg Is it Safe to Use NEL’s Proton hydrogen generator? From www.mvsengg.com - September 27, 10:20 AM “ Steam methane reforming is a well-established way to produce Hydrogen. Hydrocarbon and steam enter as a feedstock in the reactor