Wobo Industrial Equipment Co., Ltd.
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Product Overview
The Natural Gas Hydrogen Production Unit employs natural gas reforming technology with an optimized reformer design to achieve efficient, low-cost hydrogen production. The system features a compact structure, supports multiple feedstock gases, and reliably supplies high-purity hydrogen for industrial, energy, and clean energy applications. With high integration and stable operation, the unit also offers energy savings and emission reduction benefits.
Working Principle
Desulfurized natural gas or other feedstocks are mixed with steam and fed into a specialized reformer, where catalytic reactions convert the feedstock into syngas containing H₂, CO₂, and CO. The syngas undergoes further conversion and heat recovery processes to maximize hydrogen production. High-purity hydrogen is obtained via a PSA (Pressure Swing Adsorption) purification system. PSA tail gas is recycled to the reformer for combustion, enabling heat recovery and efficient energy utilization.
Key Features
- Proven Technology: The reforming and PSA process has been extensively validated, ensuring reliable, safe, and easy operation.
- Low-Cost Operation: Optimized process reduces natural gas consumption by approximately one-third, improving economic efficiency and shortening ROI cycles.
- Environmentally Friendly: Low-NOx technologies combined with PSA tail gas recycling minimize emissions, complying with environmental standards.
- Innovative Cylindrical Reformer Design: Enhanced cylindrical reformer structure improves system reliability, durability, and maintainability.
- High Integration: Skid-mounted design reduces footprint, shortens construction time, and allows rapid deployment.
- Flexible Feedstock Compatibility: Supports natural gas, biogas, LPG, and light naphtha, increasing operational flexibility.
Applications
- Industrial Hydrogen Production: Meets large-scale hydrogen needs for chemical, metallurgical, and other industries.
- Clean Energy Supply: Provides reliable hydrogen for fuel cells and other clean energy applications.
- Multi-Feedstock Hydrogen Systems: Suitable for distributed energy stations and applications requiring flexible feedstock sources.
| Device Capacity | 50~50000Nm3/h |
| Purity | 95%~99.9995% (v/v) |
| Pressure | 1.3~3.0 MPa (G) |
