100,000Nm3/ H Economical Hydrogen Processing Plant OEM ODM

Hydrogen Production Plant
November 28, 2025
Brief: Watch as we walk through the full process of our 100,000Nm³/H Economical Hydrogen Processing Plant, from initial setup to real-world testing. This video showcases how methanol reforming technology provides a cost-effective hydrogen production solution, highlighting the system's efficient layout and operational advantages for businesses without direct access to hydrogen raw materials.
Related Product Features:
  • Utilizes methanol reforming technology for economical hydrogen production without requiring direct hydrogen raw materials.
  • Features a flameless hot oil furnace that can be arranged near the reformer for efficient heat management.
  • Produces less NOx emissions with lower furnace temperatures for environmentally friendly operation.
  • Minimizes heat loss through fewer hot oil pipelines, enhancing overall system efficiency.
  • Recovers tail gas to significantly reduce methanol consumption and operational costs.
  • Offers advantages of lower investment, zero pollution, and competitive production costs.
  • Ideal for small to medium-scale hydrogen production with strong market competitiveness.
  • Backed by 20 years of R&D, achieving international advanced level with multiple national patents.
Las preguntas:
  • What is the main advantage of using methanol reforming for hydrogen production?
    Methanol reforming is the best technology choice for customers without direct access to hydrogen production raw materials, offering economical operation with low investment, no pollution, and competitive production costs.
  • How does the plant achieve high efficiency and low emissions?
    The plant uses a flameless hot oil furnace near the reformer, producing less NOx with low furnace temperatures, fewer pipelines to minimize heat loss, and tail gas recovery to reduce methanol consumption.
  • Is this hydrogen plant suitable for large-scale operations?
    While ideal for small to medium-scale hydrogen production, the technology has been successfully implemented in large-scale methanol hydrogen production projects due to its advanced design and efficiency.