H2 Gas Analyzer

Short Descrption for H2 Gas Analyzer

The H2 Gas Analyzer represents the pinnacle of accuracy and reliability in hydrogen gas analysis. This advanced instrument employs cutting-edge technology to ensure precise measurements of hydrogen gas, which is crucial in a wide range of industrial applications. With a high sensitivity detector and user-friendly interface, the H2 Gas Analyzer is the go-to solution for those seeking to maintain the highest standards of safety, quality, and efficiency in hydrogen gas-related processes.

Detail description

Innovative & Advanced Features

  • Compact and Modular design for ease in operation & Maintenance.
  • It has a large ¼” VGA Touch Screen for the complete control of the system. There is no keypad or other controls visible on the front panel as the complete operation is through the touch screen panel including / excluding current setting for outgas and analyze mode. The complete system is under modbus RTU protocol for connectivity through other SCADA & supervisory systems.
  • Data acquisition is through software using a PC system so that unlimlited files can be stored.
  • All the timers are user settable (Via Supervisory password) thereby making the instrument ideal for routine analysis as well as R & D application. The timers for all the modes are set using the touch screen as well as through the H PPC Determinator control software.
  • On line display of the current mode in progress as well as the time left for mode completion displayed on the touch screen.
  • On line fault diagnosis and stepwise guidance for any fault condition on the Touch Screen console.
  • On line Manual, On line Method Development and On line Fault Diagnosis software in case the H PPC Determinator control software is procured.
  • Three stage flow control system to prevent accidental change of values.
  • Alarms and safety interlocks.
  • Closed loop coolant circulator (Optional).
  • Furnace is Glove Box adaptable(Optional).

In the realm of industrial processes, precision, simplicity, and safety are paramount. The H2 Gas Analyzer, an advanced instrument, emerges as the beacon of accurate hydrogen gas quality analysis. In this comprehensive guide, we will explore the multifaceted capabilities of the H2 Gas Analyzer, its technological prowess, and its pivotal role in ensuring the quality and safety of hydrogen gas in various industries.

Unveiling the Power of the H2 Gas Analyzer

Hydrogen (H2), with its remarkable properties and versatility, is a key component in a multitude of industrial applications, from power generation to metallurgy and electronics. The purity of hydrogen gas is paramount for both operational efficiency and the safety of personnel and equipment. The H2 Gas Analyzer, designed to assess hydrogen gas with exceptional precision, is at the forefront of this critical endeavor.

The Technology Behind the H2 Gas Analyzer

The H2 Gas Analyzer excels through its utilization of the latest technology and user-friendly features. It is engineered to determine hydrogen gas (H2) in metals and alloys with remarkable simplicity. Its intuitive menu-driven software simplifies operation, allowing users to effortlessly program and control the determinator. Key among its user-friendly features is the Touch Screen-based control system, which streamlines the entire analytical process.

Precision Detection with Macro Thermal Conductivity

At the core of the H2 Gas Analyzer is its exceptional sensitivity in detecting hydrogen gas. This is achieved through the use of a highly sensitive Macro Thermal Conductivity Detector. The detector’s remarkable capabilities allow for the detection of hydrogen concentrations ranging from a mere 0.01 parts per million (ppm) to 5000 ppm.

To put this sensitivity into perspective, consider that the H2 Gas Analyzer can detect hydrogen at concentrations as low as 0.01 ppm, akin to finding a single drop of water in an Olympic-sized swimming pool. This impressive precision is achieved with a nominal sample size of just 1 gram for hydrogen, ensuring even the slightest traces of hydrogen are captured and analyzed with unparalleled accuracy.

Applications Across a Spectrum of Industries

The H2 Gas Analyzer is not limited to a specific industry; rather, it is a versatile and indispensable tool for a wide array of sectors that rely on hydrogen gas for their processes. Let’s delve into some of the key industries that benefit from the precision and reliability of the H2 Gas Analyzer:

1. Power Generation

In the power generation industry, hydrogen gas is extensively used in generators and fuel cells. The quality of hydrogen is paramount for the overall efficiency and safety of these systems. The H2 Gas Analyzer ensures that the hydrogen used in power generation meets stringent standards, reducing the risk of equipment damage and ensuring optimal energy production.

2. Metallurgy

Metallurgical processes, including heat treatment and annealing, often require controlled atmospheres with specific hydrogen concentrations. The H2 Gas Analyzer plays a pivotal role in maintaining the desired atmospheric conditions, ensuring the quality and integrity of the metal being processed.

3. Electronics

The electronics industry relies on high-purity hydrogen for processes such as semiconductor production and thin-film deposition. Any impurities in the hydrogen can lead to defects in the final products. The H2 Gas Analyzer is instrumental in maintaining the required purity levels for these sensitive manufacturing processes.

4. Laboratory and Research

In research and laboratory settings, precision is non-negotiable. The H2 Gas Analyzer is an essential tool for ensuring the purity of gases used in experiments and analyses. Researchers depend on its accuracy to obtain reliable results.

5. Oil and Gas

The oil and gas industry utilizes hydrogen in various refining and petrochemical processes. The H2 Gas Analyzer helps monitor and control the quality of hydrogen used, optimizing production and ensuring safety.

Key Features of the H2 Gas Analyzer

The H2 Gas Analyzer offers a multitude of features that make it indispensable for industries requiring hydrogen gas purity analysis. Some of the key features include:

1. Touch Screen Interface

The integration of Touch Screen-based control systems simplifies the operation of the H2 Gas Analyzer. Users can easily navigate through menus, set parameters, and initiate tests with just a few taps. This user-friendly interface reduces the learning curve and minimizes the chances of errors.

2. Wide Detection Range

The H2 Gas Analyzer can detect hydrogen concentrations over an extensive range, from trace amounts (0.01 ppm) to more substantial levels (5000 ppm). This flexibility allows it to adapt to various applications across industries.

3. High Sensitivity

The utilization of a Macro Thermal Conductivity Detector with high sensitivity ensures that even the tiniest traces of hydrogen are detected accurately. This precision is critical for maintaining the desired purity levels.

4. Menu-Driven Software

The menu-driven software in the H2 Gas Analyzer simplifies the process of setting up tests and acquiring results. Users can configure the analyzer to their specific requirements with ease, reducing the potential for human error.

Who are We?



Where do we have clients and supply our H2 Gas Analyzer ?

IndiaUnited Arab EmiratesUganda
South KoreaAlgeriaSouth Africa
Saudi ArabiaEthiopiaAustralia

Advantages of H2 Gas Analyzer: Precision and Safety Amplified

The H2 Gas Analyzer, a technological marvel in the field of gas analysis, brings forth a multitude of advantages that redefine precision and safety in hydrogen gas quality assessment. Focusing on the keyword, “Advantages of H2 Gas Analyzer,” let’s explore the key benefits that set this innovative instrument apart and make it an indispensable tool for industries and processes:

1. Unmatched Precision:

The H2 Gas Analyzer stands out for its extraordinary precision in evaluating the quality of hydrogen gas. It can detect hydrogen concentrations as low as 0.01 parts per million (ppm) to 5000 ppm, ensuring even the minutest variations in gas purity are identified with pinpoint accuracy.

2. Safety Enhancement:

Safety is of paramount importance in industries that rely on hydrogen gas. The H2 Gas Analyzer plays a pivotal role in minimizing safety risks by detecting and controlling impurities in the gas, reducing the likelihood of accidents, equipment failures, and potential hazards to personnel and equipment.

3. Enhanced Operational Efficiency:

The H2 Gas Analyzer is essential for industries seeking to optimize operational efficiency. It minimizes downtime, prolongs equipment lifespan, and ultimately results in cost savings and enhanced productivity. By ensuring the quality of hydrogen gas, it contributes to the efficient functioning of equipment and processes.

4. Quality Control:

Industries such as metallurgy, electronics, and laboratory research depend on the H2 Gas Analyzer to maintain the quality and consistency of their final products. By guaranteeing the purity of gases used in these processes, it upholds the highest industry standards.

5. Cost Savings:

Accurate analysis and control of hydrogen gas purity lead to cost savings. Waste is minimized, and the frequency of equipment maintenance and replacement is reduced, which translates into effective cost management for businesses.

6. Regulatory Compliance:

Many industries are subject to stringent regulations governing the use of hydrogen gas. The H2 Gas Analyzer aids in meeting these regulatory requirements and provides the necessary documentation for compliance.

7. User-Friendly Interface:

A distinctive feature of the H2 Gas Analyzer is its user-friendly interface. The touch screen-based control system and menu-driven software simplify the operation of the analyzer. Users can easily navigate through menus, configure parameters, and initiate tests with minimal effort, reducing the potential for human error.

8. Versatile Detection Range:

The H2 Gas Analyzer offers adaptability with its ability to detect hydrogen concentrations over a wide range, spanning from trace amounts at 0.01 ppm to higher levels at 5000 ppm. This versatility makes it suitable for various testing requirements and industry applications.