Athena Instruments Pvt. Ltd.

• Precision functioning
• Minimum maintenance
• Durable

Specification:

• This generator is used with power station cooling systems, hydrogenation, restoring protection, metal smelting, and heat treatment, under any circumstance that needing large and ultra-pure hydrogen gas, hydrogen stations. This generator is manufactured under the stern vigilance of our deft professionals using quality tested components with the assistance of ultra-modern methodology.

• High reliability, space saving
• High purity hydrogen
• Stable output flow

• No longer need to use dangerous and expensive hydrogen cylinders.
• Generate 99.9999% ultra pure hydrogen continuously or on demand.
• High reliability, space saving.
• High purity hydrogen, stable output flow, safe and convenient to operate, various alarm devices (sensor alarm, overpressure alarm, hydrogen permeation alarm, hydrogen leak alarm, water accumulated alarm, water overfall alarm, water shortage alarm, oxygen permeation alarm, water over -temperature alarm ).

Applications:

• Power station cooling Systems
• Hydrogenation, restoring protection, metal smelting, and heat treatment
• Under any circumstance that needing large and ultra-pure hydrogen gas
• Hydrogen Stations

• The series of products, producing highly pure hydrogen by utilizing SPE technology to electrolyze pure water(no adding alkali), are light, highly effective, energy-saving, and of environmental protection. They are advanced patented products.

• Adopt the world''s leading SPE/PEM technology to produce hydrogen by electrolyzing pure water
• No longer need to use dangerous and expensive hydrogen cylinders
• High purity hydrogen (99.999%~99.9999%), stable output flow, safe and convenient to operate, various alarm devices (overpressure alarm, water shortage alarm, water accumulated alarm)
• Easy to operate, safe and reliable, generating hydrogen through electrolyzing pure water, switching power on to produce gas (available for several sets of gas chromatography).
• High electrolysis efficiency
• Gas purity and output flow will stay regular under continual use
• High reliability, easy to maintain
• Match with all kinds of GC
• No corrosion and pollution

• Fuel gas and carrier gas for GC (Gas Chromatography)
• Reaction gas for ELCD (Electrolytic Conductivity Detector)
• Reaction gas for AED (Atomic emission detectors)

Features:

• Precision functioning
• Minimum maintenance
• Durable
• Energy efficient

Technical Specification:

Features:

• Easy to install
• Least maintenance
• Noiseless performance

• Adopt the world''s leading SPE/PEM technology to produce hydrogen by electrolyzing pure water.
• No longer need to use dangerous and expensive hydrogen cylinders.
• High purity hydrogen (99.999%~99.9999%), stable output flow, safe and convenient to operate, various alarm devices (overpressure alarm, water shortage alarm, water accumulated alarm).
• Easy to operate, safe and reliable, generating hydrogen through electrolyzing pure water, switching power on to produce gas (available for several sets of gas chromatography).
• High electrolysis efficiency. Gas purity and output flow will stay regular under continual use.
• High reliability, easy to maintain.
• Match with all kinds of GC.
• No corrosion and pollution.
• Product Introduction
• The series of products, producing highly pure hydrogen by utilizing SPE technology to electrolyze pure water(no adding alkali), are light, highly effective, energy-saving, and of environmental protection. They are advanced patented products.

• Fuel gas and carrier gas for GC (Gas Chromatography)
• Reaction gas for ELCD (Electrolytic Conductivity Detector)
• Reaction gas for AED (Atomic emission detectors)

Product Introduction:

The series of products, producing highly pure hydrogen by utilizing SPE technology to electrolyze pure water(no adding alkali), are light, highly effective, energy-saving, and of environmental protection. They are advanced patented products.

Features and Advantages:

• Adopt the world's leading SPE/PEM technology to produce hydrogen by electrolyzing pure water.
• No longer need to use dangerous and expensive hydrogen cylinders.
• High purity hydrogen (99.999%~99.9999%), stable output flow, safe and convenient to operate, various alarm devices (overpressure alarm, water shortage alarm, water accumulated alarm).
• Easy to operate, safe and reliable, generating hydrogen through electrolyzing pure water, switching power on to produce gas (available for several sets of gas chromatography).
• High electrolysis efficiency. Gas purity and output flow will stay regular under continual use.
• High reliability, easy to maintain.
• Match with all kinds of GC.
• No corrosion and pollution.

Application:

• Fuel gas and the carrier gas for GC (Gas Chromatography).
• Reaction gas for ELCD (Electrolytic Conductivity Detector).
• Reaction gas for AED (Atomic emission detectors).

Hydrogen Generator provides an onsite supply of hydrogen gas, eliminating the need for gas cylinders, which can be bulky and require special cylinder storage space. They provide ultra-high purity hydrogen gas. The ATH Series Hydrogen Generator has been used in a wide variety of applications such as general industrial, military, wastewater treatment and especially in laboratory gas chromatography. ATH Hydrogen Generators employs the most advance velum separation technology for the electrolytic production of hydrogen gas.

Features:

• Easy to operate, safe and reliable, generating hydrogen through electrolyzing pure water, switching
• Power on to produce gas.
• High reliability, easy to maintain. Match with all kinds of GC.

Specifications:

• Athena Technology H2 Generator
• Hydrogen is produced in the ATH Series Hydrogen Generators by the most advanced electrolytic membrane technology.
• The application of the 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.
  
  Hydrogen Generators provide an onsite supply of hydrogen gas, eliminating the need for gas cylinders, which can be bulky and require special cylinder storage space. They provide ultra-high purity hydrogen gas. The ATH Series Hydrogen Generator has been used in a wide variety of applications such as general industrial, military, wastewater treatment and especially in laboratory gas chromatography. ATH Hydrogen Generators employs the most advance velum separation technology for the electrolytic production of hydrogen gas. Easy to operate, safe and reliable, generating hydrogen through electrolyzing pure water, switching
  power on to produce gas. High reliability, easy to maintain. Match with all kinds of GC.

• Hydrogen is produced in the ATH Series Hydrogen Generators by the most advanced electrolytic membrane technology.
• The application of the 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.
  
  

• Hydrogen is produced in the ATH Series Hydrogen Generators by the most advanced electrolytic membrane technology.
• The application of the 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.