Universal Industrial Plants Manufacturing Co
CERTIFIED ISO 9001:2000 COMPANY
Air Seperation Plant Manufacturing Company
COMPANY INFO PRODUCTION FACILITY QUALITY & CERTIFICATES RESEARCH & DEVELOPMENT TURN KEY PROJECTS
natural gas plant
Oxygen PlantOXYGEN PLANT
Oxygen PlantNITROGEN PLANT

Oxygen Plant CRYOGENIC TANKS

Oxygen Plant ACETYLENE PLANTS

Oxygen Plant LIQUID OXYGEN PUMPS

Oxygen Plant NITROUS OXIDE PLANT

Oxygen Plant CRYOGENIC LIQUID PLANT

Oxygen Plant ALLIED EQUIPMENT

Oxygen Plant Oxygen Nitrogen
Cylinder Filling Plants

Oxygen Plant Liquid Oxygen-Nitrogen
Plants

Oxygen Plant Gas Pipeline Supply
Oxygen-Nitrogen -Argon
Plants

Oxygen Plant Pure Nitrogen Plant





Company Video

Oxygen Test Proceedure

Open the stop cock 'G' adjust the gas flow and allow the sample gas to babble through the purging vessel for one or two minutes. Check that the burette and test connection tubes are completely filled with solution. Turn the stop cock open to the burette connection. Then slowly open the cock 'H' and allow the oxygen to pass into the burette (not to the reacting chamber), controlling the oxygen flow. When the burette is filled below the bottom mark, close the stop cocks 'H' & 'G'.

Adjust the level of the gas in the burette to the 100 cc mark by holding the leveling bottom at the level of the liquid in the burette and carefully open the cocks 'G' and 'H' to bubble through the purging vessel to atmosphere.

Pass the gas sample into the reaction chamber by turning the burette stop cock 'H' to connect with the reaction chamber and raising the leveling bottle. The sample should be passed between the burette and chamber several times.

On the first passage into the reaction chamber, the volumes of gas sample are greatly diminished. The oxygen in the sample reacts with the copper to form an oxide which dissolves in the solution. After the first passage of the sample, the volume diminution becomes progressively less until all the oxygen has been absorbed by the copper and only the uncreative impurities remain unabsorbed.

Transfer the unabsorbed gas from the reaction chamber to the burette by the lowering the leveling bottle. Do it a few times to ensure that gas bubbles are not trapped in the tubing. When all the unabsorbed gas has been passed into the burette and the leveling bottle and observe the amount of unabsorbed gas which present the percentage of impurity of the sample.



Air Separation Plants
Oxygen Plant | Nitrogen Plant | Cryogenic Tanks | Acetylene Plants | Liquid Oxygen Pumps | Nitrous Oxide Plants
Cryogenic Liquid Plants | Oxygen Plants Buyers Guide | Oxygen Nitrogen Cylinder Filling Plants
Liquid Oxygen-Nitrogen Plants (Low Pressure) | Gas Pipeline Supply Oxygen-Nitrogen -Argon Plants | Pure Nitrogen Plant

Allied Equipments
Gas Compressors | Stainless Steel Fabricators | Heat Exchanger | Distillation Columns | Reactors | Pressure Vessels | Tanks | Skids & Structures | Electric Panels | Expansion Engines | Gas Dryers | Cooling Towers | Chilling Units | Stainless Steel Pressed Components | Process Plant & Equipment


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Universal Industrial Plants Manufacturing Co.(P) Ltd.
Mr. Sanjiv Agrawal
A-104/2, Okhla Industrial Area, Phase - II
New Delhi - 110 020, Delhi, India

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