Laboratory Gas Generator

Approx. Rs 2 Lakh / per pieceGet Latest Price

Product Details:

Zero Air Generator produces a continuous flow of highpurity Zero Air at selected pressure• For TOC Analyzer, compressor takes the air fromatmosphere, the hot air is then passed through coppercooling coil• The cool air is then passed through furnace wherehydrocarbons are cracked at high temperature (temp.range - 300°C to 400°C) in presence of catalyst. Thefurnace reaction at higher temperature breaks thehydrocarbon into CO2 & H O 2• Water is drained away through 5μ & 0.01μ filter• The modular pressure swing adsorption (PSA) unitoperates with alternating pressure increase anddecrease• Untreated air flows under pressure through thereaction towers containing molecular sieve adsorber• Moisture, CO, CO , THC and other unwanted 2components in the air are adsorbed, leaving Zero AirGas• The Zero Air Generators are suitable for use inlaboratories and industrial environments.

Salient Features:• Micro controller digital display• Deliver constant pressure & flow• Fully Automatic Programmable System• Easy Maintenance and space saving• Effortless and easy operation• Improves instrument performance• Fully regenerative, durability with PSA technologyApplications:• GC-FID, FPD, NPD, AED• GC-MS, LC-MS-MS, ICP / NMR• FTIR / IR, ELSD detector• Purging, Ampule Filling• Thermal instruments, Turbo Evaporator (N2Concentrator)• Analytical Instruments

Technical Specification for Zero Air Generator:

Approx. Rs 2.3 Lakh / PieceGet Latest Price

Product Details:

Compact table top unit
high ressolution and sensitivity
LED Digital display for flow rate
Hydrogen purity: 99.999%
working pressure:0 to 0.4 Mpa ( 0 to 4 Kg/cm)

Approx. Rs 85,000 / PieceGet Latest Price

Product Details:

Features

• Zero Air Generator produces a continuous flow of high

       purity Zero Air at selected pressure.

• For TOC Analyzer, compressor takes the air from

       atmosphere, the hot air is then passed through             copper

 

        cooling coil.

• The cool air is then passed through furnace where

        hydrocarbons are cracked at high temperature            (temp.

         range - 300°C to 400°C) in presence of catalyst. The

        furnace reaction at higher temperature breaks the

 

hydrocarbon into CO2 & H O

• Water is drained away through 5μ & 0.01μ filter

 

The modular pressure swing adsorption (PSA) unit

 

• operates with alternating pressure increase and
• decrease
• Untreated air flows under pressure through the
• reaction towers containing molecular sieve adsorber

Salient Features:

• Micro controller digital display

• Deliver constant pressure & flow

• Fully Automatic Programmable System

• Easy Maintenance and space saving

• Effortless and easy operation

• Improves instrument performance

• Fully regenerative, durability with PSA technology

Applications:

• GC-FID, FPD, NPD, AED

• GC-MS, LC-MS-MS, ICP / NMR

• FTIR / IR, ELSD detector

• Purging, Ampule Filling

• Thermal instruments, Turbo Evaporator (N2

Concentrator)

 

• Analytical Instruments

Technical Specification for Zero Air Generator:

PRINCIPLE

 

SPECIFICATIONS

Moisture                             < 5 ppm
Total Hydro Carbon           < 0.1 ppm 
CO & CO                               < 2 ppm 
Purity                                  UHP grade   
Micro Particulates               < 0.01μ 
Capacity of ZAG                  upto 4 LPM at 5kg/cm² 
Method of purification         Pressure Swing                                                                 Adsorption 
Room temperature               10 °C - 25 °C   
Start up time                        5 minutes

Approx. Rs 2.1 Lakh / PieceGet Latest Price

Product Details:

Higher capacity model also available like 2 LPM & 3 LPM

• Hydrogen is produced in the PGH Series Hydrogen Generators by the most advanced electrolytic membrane technology.
• The application of voltage across the electrolyte results in hydrolysis, breaking down the water molecule into hydrogen and oxygen gas, which are separated by the gas permeable membrane.
• Once separated, the hydrogen gas goes through a series of purification and moisture removal systems to achieve the desired level of purity while the oxygen gas is being discharged into the atmosphere.
• Electrolytic membrane technology has its advantages over alternative hydrogen generating techniques as it is clean, requires less maintenance and there is no need to store chemicals to maintain operation.
• Only pure double distilled water (initially some KOH), is required to provide trouble free long term operation.
• Membrane separation is also less time consuming as only water is needed for routine maintenance.