Product Specification

Explosion-Proof Hydrogen Purification System: High-Purity H₂ Solutions for Industrial Safety & Efficiency

Product Overview

The Explosion-Proof Hydrogen Purification System is a cutting-edge solution designed to deliver ultra-high-purity hydrogen by removing moisture, oxygen, and other contaminants from raw hydrogen streams. Engineered with safety and reliability at its core, this system integrates advanced adsorption, catalytic reaction, and PLC automation technologies, making it ideal for hazardous environments in industries such as energy storage, chemical processing, electronics manufacturing, and fuel cell applications.

Key Features & Advantages

1. Explosion-Proof Design for Hazardous Environments

• Global Certification Compliance: Equipped with an EX-type control panel and EX-rated electrical components, the system meets rigorous explosion-proof standards, including GB (China), IEC (International), and ATEX (EU). This ensures safe operation in Zone 1/2 hazardous areas where flammable gases may be present.
• IP65 Protection: All electrical parts boast an IP65 ingress protection rating, shielding against dust, water jets, and harsh industrial conditions, ensuring long-term durability in demanding settings.

2. Dual-Tower Drying System for Ultra-Low Dew Point

• Efficient Moisture Removal: The system features two dedicated drying towers filled with high-performance adsorbents (e.g., molecular sieves) to eliminate water vapor. The automatic regeneration cycle (150–180°C) ensures continuous operation without manual intervention, maintaining consistent performance.
• Exceptional Dew Point Performance: Delivers outlet hydrogen with a dew point of ≤ -70°C at 1 ATM, critical for applications requiring dry hydrogen to prevent corrosion, catalyst poisoning, or equipment failure.

3. Room-Temperature Oxygen Removal

• Catalytic Oxygen Elimination: A specialized oxygen removal tower with palladium-based catalysts enables efficient O₂ removal at ambient temperature. Oxygen reacts with residual hydrogen to form water, which is then adsorbed by the drying towers, ensuring oxygen levels are reduced to ppm levels.

4. PLC Automation for Unattended Operation

• Fully Automated Processes: The entire purification cycle—including adsorption, regeneration, and tower switching—is controlled by a programmable logic controller (PLC). This minimizes human error, optimizes energy use, and allows for seamless integration with SCADA or industrial monitoring systems.
• User-Friendly Interface: The EX-type control panel provides real-time data on pressure, temperature, dew point, and system status, with alarm functions for abnormal conditions (e.g., high pressure, low flow).

Technical Specifications

Frequently Asked Questions (FAQ)

Q1: What industries can benefit from this system?

A: The system is widely used in fuel cell production, semiconductor manufacturing, metallurgy (annealing processes), laboratory research, and green hydrogen projects (electrolyzer downstream purification). Its explosion-proof design makes it essential for oil & gas, chemical, and mining sectors.

Q2: How often is maintenance required?

A: Routine maintenance includes adsorbent replacement every 2–3 years (depending on inlet conditions) and filter checks every 6 months. The PLC-controlled regeneration cycle reduces manual upkeep, ensuring >95% uptime.

Q3: Can the system handle variable inlet flow rates?

A: Yes, the system is designed with adjustable flow control valves and can accommodate fluctuations within ±20% of the rated flow. For extreme variations, custom sizing is available.

Q4: Is the system energy-efficient?

A: The automatic regeneration cycle uses waste heat recovery where possible, and the dual-tower design ensures continuous operation without downtime, making it more energy-efficient than single-tower batch systems.

Q5: Does the system comply with international safety standards?

A: Absolutely. It is certified to ATEX 2014/34/EU, IEC 60079, and GB 3836, ensuring compliance in global markets.

Why Choose Our Hydrogen Purification System?

This system combines explosion-proof safety, ultra-high purity output, and automated operation to address the critical needs of modern industrial hydrogen applications. Whether for fuel cell vehicles, energy storage, or precision manufacturing, it delivers reliable, cost-effective performance while adhering to the strictest global safety norms.

Contact us today to customize a solution for your specific flow rate, purity, and certification requirements.

Keywords: Explosion-proof hydrogen purifier, high-purity hydrogen system, ATEX-certified hydrogen purification, dew point -70°C hydrogen dryer, PLC-controlled hydrogen purification, industrial hydrogen purification equipment.

Technical Parameters:

Equipment features

1.High purity: Hydrogen purification equipment can produce high-purity hydrogen, meeting the requirements of various industrial and technological fields for hydrogen purity.

2.Efficient and Stable: Adopting advanced purification technology and design, the deoxygenation tower continuously and automatically removes oxygen, and the two drying towers switch to remove water at regular intervals. The equipment can operate continuously for a long time.

3.Easy to operate: The hydrogen purification equipment is easy to operate and can achieve automated control, reducing manual intervention and operational errors.

4.Safe and reliable: The design of hydrogen purification equipment takes into account the flammable and explosive characteristics of hydrogen, and various safety measures are taken to ensure the safe and reliable operation of the equipment.

Application areas

Hydrogen purification equipment is widely used in fields such as petrochemicals, electronics, metallurgy, aerospace, etc. In these fields, high-purity hydrogen gas is used as a reaction raw material, protective gas, reducing gas, etc., which is of great significance for ensuring product quality and improving production efficiency.

GASPU can supply hydrogen purification skid which capacity between 10-3000Nm3/h. Oxygen can below 1ppm and water can below 5ppm.