When a customer from India visited HYVODA to evaluate a 200Nm³/h high purity hydrogen production from methanol + PSA system, the goal was clear. The client needed a stable, energy-efficient hydrogen production solution. They also wanted clear answers about purity stability, start-up time, maintenance cost, and long-term reliability.
During the factory visit, we addressed each concern with real production data, live demonstrations, and detailed technical explanations. As a result, the client expressed strong satisfaction and moved forward with cooperation.
200Nm³/h High Purity Hydrogen Production from Methanol + PSA System Overview
The project focuses on a 200Nm³/h high purity hydrogen production from methanol + PSA system designed for continuous industrial hydrogen supply.
Core Technical Features
- Hydrogen Production Capacity: 200 Nm³/h
- Technology: Methanol steam reforming + PSA purification
- Hydrogen Purity: ≥99.999% (configurable)
- Continuous automatic operation
- Optimized heat recovery design
- PLC intelligent control system
The system converts methanol into hydrogen-rich gas through catalytic reforming. Then, the PSA unit removes CO, CO₂, CH₄, and other impurities to ensure high purity hydrogen output. This configuration provides stable hydrogen purity while keeping operational costs under control.
Factory Inspection: Full Manufacturing Transparency
During the visit, the client reviewed the complete manufacturing process of the high purity hydrogen production system.
From Raw Material to Final Commissioning
First, we presented the reactor fabrication area and explained welding quality control standards. Next, we demonstrated the PSA adsorption tower assembly process. Then, we showed the electrical integration and PLC programming stage. Finally, we performed system simulation testing.
By observing:
- Reactor structure manufacturing
- PSA tower pressure testing
- Control cabinet wiring
- Safety interlock verification
- Final hydrogen purity testing
the client clearly understood how we guarantee performance at every step.
This transparent factory inspection strengthened confidence in our 200Nm³/h hydrogen production system.
Key Questions Raised by the Client — and Our Solutions
The client asked detailed and practical questions about the methanol hydrogen production + PSA system. We addressed each one directly.
1. How Stable Is Hydrogen Purity?
Hydrogen purity stability is critical for downstream industrial processes.
Our solution:
- Multi-bed PSA configuration for continuous switching
- High-quality adsorbents with long service life
- Real-time purity monitoring system
This design ensures stable high purity hydrogen output even under fluctuating load conditions.
2. What Is the Start-Up Time?
Industrial users require fast system response.
Our solution:
- Optimized burner and reformer heat-up design
- Pre-programmed PLC start-up sequence
- Efficient catalyst activation process
The 200Nm³/h hydrogen production system achieves stable operation within a controlled and predictable start-up period.
3. How About Energy Consumption and Operating Cost?
Operating cost is often the deciding factor.
Our advantage:
- Integrated heat recovery system
- Optimized reforming temperature control
- Low methanol consumption ratio
- Reduced compressed air usage in PSA
This combination lowers overall energy consumption while maintaining high purity hydrogen production efficiency.
4. What Is the Maintenance Cycle?
Long downtime increases production risk.
Our approach:
- Modular component design
- Long-life reforming catalyst
- Easy-access PSA valve layout
- Remote monitoring support
These features reduce maintenance frequency and simplify servicing.
Why the Client Chose HYVODA for High Purity Hydrogen Production
After technical discussions and on-site verification, the client recognized several advantages:
- Mature methanol reforming technology
- Stable PSA purification system
- Proven 200Nm³/h hydrogen production performance
- Strict manufacturing quality control
- Professional engineering communication
- Strong after-sales support capability
More importantly, our team explained complex technical principles in clear and practical language. This helped the client make confident decisions.
Project Confirmation and Future Cooperation
By the end of the visit, both parties aligned on technical configuration and project requirements. The client confirmed satisfaction with the 200Nm³/h high purity hydrogen production from methanol + PSA system and expressed clear intention to proceed with cooperation.
This visit was not only a factory tour. It was a detailed technical validation process. Through transparent manufacturing, direct engineering dialogue, and practical problem solving, HYVODA demonstrated its expertise in industrial hydrogen production solutions.
If your company is evaluating a high purity hydrogen production from methanol + PSA system, especially around 200Nm³/h capacity, our engineering team is ready to support your project with customized technical solutions.
Contact HYVODA to discuss your hydrogen production requirements today.