Applications:

With the help of hydrogen generators, which produce hydrogen gas on-site, gas cylinders—which can be heavy and need specialised storage—are no longer necessary. They deliver hydrogen gas with the highest purity. Applications for the ATH Series Hydrogen Generator include general industry, the military, wastewater treatment, and particularly laboratory gas chromatography. The most cutting-edge velum separation technique is used by ATH Hydrogen Generators to produce hydrogen gas electrolytically.

• The ATH Series Hydrogen Generators utilise the most cutting-edge electrolytic membrane technology to manufacture hydrogen.
• By passing a voltage across the electrolyte, the water molecule is hydrolyzed into hydrogen and oxygen gas, which the gas permeable membrane separates.
• After being separated, the oxygen gas is released into the environment while the hydrogen gas is put through a succession of purification and moisture removal processes to reach the appropriate purity level.
• Since it is clean, needs less maintenance, and doesn't require storing chemicals to function, electrolytic membrane technology offers benefits over alternative hydrogen generation methods.
• To ensure trouble-free long-term operation, only pure double-distilled water (at first, some KOH) is needed.
• Membrane division is also takes less time because periodic maintenance merely requires water.

With the help of hydrogen generators, which produce hydrogen gas on-site, gas cylinders—which can be heavy and need specialised storage—are no longer necessary. They deliver hydrogen gas with the highest purity. Applications for the ATH Series Hydrogen Generator include general industry, the military, wastewater treatment, and particularly laboratory gas chromatography. The most cutting-edge velum separation technique is used by ATH Hydrogen Generators to produce hydrogen gas electrolytically. Simple to use, secure, and trustworthy, producing hydrogen by electrolyzing clean water, switching On to start generating gas. High dependability and little maintenance. Match with all GC types.
Athena Hydrogen Gas Generator

Specifications:

	ATH-300	ATH-500	ATH-1000
Max Hydrogen Flow rate	300 ml/min	500 ml/min	1000 ml/min
Delivery Pressure	0-60 psig (0-0.4 Mpa)
% purity	>99.999%
Power Consumption	150W 180W 220W
Power	198-242V (AC); 50Hz,1 Phase
Min/max Temperature	5-40°C
Max. Ambient Humidity	<85% RH
Dimensions	420 x 210 x 350mm (LxWxH)
Weight	12 kg (approx)
Fluid Tank Capacity	1.5 L
Fluid Consumption	Weekly or when level falls below 0.6

We are interested in supplying a sizable assortment of Hydrogen Gas Generator and have a clear quality management system. These provided generators are praised for their exceptional performance and dependability because they run on pure and efficient hydrogen gas. Additionally, in order to keep the consignment's flawlessness, our tough staff of quality auditors examines these at multiple stages of manufacture and delivery.

Features:

Easy to install

Least maintenance

Noiseless performance

GC Hydrogen Generator We are dedicated to providing a premium selection of Hydrogen Gas Generator for GC in order to satisfy the many needs of our clients. At our reputable production facility, the supplied generator is painstakingly constructed using top-quality materials and cutting-edge technology under the close supervision of dedicated technocrats in accordance with recognised industry standards. In addition, our quality controllers extensively assess our generator against a number of quality standards to ensure its quality.

Features:

Stable output flow

Safe and convenient to operate

High reliability

Hidrogen Generator for GC FID
Hydrogen Gas Generator for GC
H2 generator for Chromatograph
Hydrogen Generators

SPE / PEM Hydrogen Gas Generator
PEM Technology Hydrogen Generator CE Certified
With enriched industrial experience, we are offering our clients with a wide assortment of PEM Hydrogen Generator. Designed with utmost precision, this generator is manufactured using quality approved components with the assistance of ultra-modern technology in synchronization with defined industry standards. In addition to this, the provided generator passes through several checks in order to ensure its defect free delivery at our clients’ end. Our clients can avail this generator at industry leading prices.

Features:

• 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 electrolysis efficiency

Features and Benefits:

• Utilize the most advanced SPE/PEM technology available to electrolyze clean water and create hydrogen.
• There is no longer a need for risky and expensive hydrogen cylinders.
• High pure hydrogen (99.99%–99.99%), constant output flow, safe and easy operation, and a variety of alarm mechanisms (overpressure alarm, water shortage alarm, water accumulated alarm).
• Easy to use, safe, and dependable. It produces gas by electrolyzing pure water to make hydrogen (available for several sets of gas chromatography).
• high effectiveness of electrolysis.
• Under continuous use, gas purity and output flow will remain constant.
• High dependability and low maintenance.
• Match with all GC types.
• pollutants and rusting are absent.

Application:

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

Specifications:

Model	AT-150	AT-300	AT-500
Output Flow(ml/min)	0-150	0-310	0-510
Output Pressure(MPa)	0-4 kg/cm2 or bar or 60 psi ( under stable pressure)
Hydrogen Purity(%)	>99.999/>99.9999
Power Consumption(W)	<90	<150	<200
Power Voltage(V)	AC 220 110 50 ~ 60HZ
Dimension(L*W*H)mm	420 * 227 * 352
Weight(kg)	<15

1000ml/min Hydrogen Generator
Hydrogen Gas Generator

Features and Advantages:

1. Use the best SPE/PEM technology available to electrolyze clean water to create hydrogen.
2. There is no longer a need for risky and expensive hydrogen cylinders.
3.Various alarm devices, consistent output flow, safe and convenient operation, high quality hydrogen (99.999%–99.9999%), (overpressure alarm, water shortage alarm, water accumulated alarm).
4.Safe, dependable, and simple to use; electrolyzes pure water to make hydrogen; turns on power to produce gas (available for several sets of gas chromatography).
5. High efficiency of electrolysis. Under continuous use, gas purity and output flow will remain constant.
6. High dependability and simple maintenance.
7.Compatible with all GC types.
8. Lack of pollutants and rusting.

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.

Application

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

Technical parameters

Mode AT-1000 Output Flow(ml/min) 0-1020 Output Pressure(MPa) 0-4 bar or kg/cm2 (under stable pressure) Hydrogen Purity(%) >99.999/>99.9999 Power Consumption(W) <500 Power Voltage(V) AC 220 110 50~60Hz Dimension(L*W*H)mm 435*365*352 Weight(kg) <20

Generator of hydrogen for GC FID With the help of the most cutting-edge electrolytic membrane technology, the hydrogen gas generator that we at Athena supply creates hydrogen. Hydrolysis is the breakdown of the water molecule into hydrogen and oxygen gas, which are then separated by the gas permeable membrane as a result of applying voltage across the electrolyte. While oxygen gas is released into the atmosphere, the hydrogen gas through a succession of purification and moisture removal processes in order to reach the appropriate level of purity.
Since it is clean and needs little maintenance, electrolytic membrane technology has advantages over alternative hydrogen gas generating systems. The generator doesn't have chemicals on hand to keep it running. At first, only pure water that has been thrice distilled is used.

Salient features:

• Precision functioning
• Minimum maintenance
• Durable
• Energy efficient

Specification:

	ATH-300	ATH-500	ATH-1000
Max Hydrogen Flow rate	300 ml/min	500 ml/min	1000 ml/min
Delivery Pressure	0-60 psig (0-0.4 Mpa)
% purity	>99.999%
Power Consumption	150W 180W 220W
Power	198-242V (AC); 50Hz,1 Phase
Min/max Temperature	5-40°C
Max. Ambient Humidity	<85% RH
Dimensions	420 x 210 x 350mm (LxWxH)
Weight	12 kg (approx)
Fluid Tank Capacity	1.5 L
Fluid Consumption	Weekly or when level falls below 0.6

Palladium Technology Hydrogen Generator
Palladium Technology Hydrogen Generator--PEM water electrolyzer
1. Introduction
The PEM hydrogen generators are small, extremely effective, energy-saving, and environmentally friendly since they electrolyze pure water using PEM (Proton Exchange Membrane) technology to produce high purity hydrogen without the need of alkali. These are our patented, cutting-edge items.
2. H2 Generator Features
Utilize SPE/PEM, a cutting-edge technique, to electrolyze clean water and generate hydrogen gas. Utilizing a palladium tube, hydrogen is purified to a level greater than 99.99999%. Digital displays make it simple to see the pressure and gas flow. Any pressure could be applied. Production of gas follows the flow of usage. Safe and practical to use. different alarm clocks. high gas flow, constant purity, and electrolysis efficiency. Match with a single set or a number of GC sets. No pollutants, no rusting
3. Technical Parameter

Model	AT-1000P	AT-2000P	AT-3000P
Output Flow (ml/min)	1000	2000	3000
Output Pressure (MPa)	0.02-0.7
Hydrogen Purity (%)	99.99999
Input Power (KW)	1.5	2	2.5
Power Voltage (V)	AC 220 50~60Hz
Dimension (L*M*H) (mm)	645*540*960
Water Requirements	Water electric resistivity >1Megohm •cm
Weight (kg)	60	65	70