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  • Quality Industrial SMR Hydrogen Plant 3500 Nm3/h High Purity Multi-Feedstock Steam Methane Reforming Hydrogen Generator factory
  • Quality Industrial SMR Hydrogen Plant 3500 Nm3/h High Purity Multi-Feedstock Steam Methane Reforming Hydrogen Generator factory
  • Quality Industrial SMR Hydrogen Plant 3500 Nm3/h High Purity Multi-Feedstock Steam Methane Reforming Hydrogen Generator factory
  • Quality Industrial SMR Hydrogen Plant 3500 Nm3/h High Purity Multi-Feedstock Steam Methane Reforming Hydrogen Generator factory

Industrial SMR Hydrogen Plant 3500 Nm3/h High Purity Multi-Feedstock Steam Methane Reforming Hydrogen Generator

Basic Properties
Place of Origin: Suzhou, China
Brand Name: Joshining
Certification: CE, ISO
Model Number: SMR-3500
Trading Properties
Minimum Order Quantity: 1 set
Price: Negotiable
Payment Terms: T/T,L/C
Supply Ability: Customized to order
Tags

hydrogen production smr

Steam Methane Reforming hydrogen generator

Hydrogen production unit
Specifications
Capacity: 3500 Nm3/h Purity: 99.9%-99.9999%
Operating Pressure: 10-30 Bar Feedstock: Natural Gas/LNG/LPG/Biogas
Technology: Steam Methane Reforming + PSA Availability: >98%
Control System: PLC/DCS/SCADA Design Life: 20+ Years
Application: Chemical, Refinery, Metallurgy, Refueling Station
High Light:

SMR Hydrogen Plant

,

Steam Methane Reforming Plant

,

Natural Gas Hydrogen Plant
Product Description
Industrial Steam Methane Reforming SMR Hydrogen Plant 3500 Nm3/h High Purity Multi-Feedstock
Industrial SMR Hydrogen Plant - 3500 Nm3/h Steam Methane Reforming

JOSHINING Steam Methane Reforming (SMR) Hydrogen Plant is a mature and economical solution designed for large-scale industrial hydrogen generation. Using versatile hydrocarbon feedstocks such as natural gas, LNG, CNG, LPG, biogas and refinery off-gas, the system delivers an uninterrupted and high-purity hydrogen supply for chemical refining, metallurgical processes and hydrogen refueling stations.

Key Features
  • Maximum production efficiency and low operating cost with high methane-to-hydrogen conversion
  • Ultra-high hydrogen purity of 99.9% up to 99.9999% via advanced PSA purification
  • Skid-mounted and modular construction for rapid site deployment
  • 24/7 continuous and fully automatic operation via PLC/DCS/SCADA, over 98% plant availability
  • Multi-feedstock compatibility: natural gas, LNG, CNG, LPG, biogas and refinery gas
Main Parameters
Hydrogen Capacity 3500 Nm3/hr
Hydrogen Purity 99.9% - 99.9999%
Operating Pressure 10 - 30 bar
Feedstock Natural Gas / LNG / LPG / Biogas
Technology Steam Methane Reforming + PSA
Plant Availability >98%
Operation Mode Fully Automatic
Control System PLC / DCS / SCADA
Design Life 20+ Years
Working Principle
  1. Feed Gas Pretreatment: advanced desulfurization removes sulfur and impurities to protect downstream catalysts.
  2. Steam Methane Reforming: pretreated gas reacts with steam at 700-950 ℃ over nickel catalysts: CH4 + H2O = CO + 3H2.
  3. Water-Gas Shift: CO reacts with steam to maximize hydrogen yield: CO + H2O = CO2 + H2.
  4. PSA Purification: the syngas is purified to leave high-purity hydrogen up to 99.9999%.

JOSHINING provides custom-engineered turnkey solutions covering design, fabrication, installation and commissioning.

Frequently Asked Questions
Q: What is the main advantage of SMR technology over water electrolysis?
A: SMR (Steam Methane Reforming) remains the most economical technology for large-scale industrial hydrogen production. If natural gas, LNG, or biogas is readily available locally, the operating cost (OPEX) of an SMR plant is significantly lower than water electrolysis, which depends heavily on affordable electricity.
Q: Can JOSHINING's SMR plant produce Blue Hydrogen?
A: Yes. By integrating our optional CO2 Capture Systems (CCUS Ready Design), the carbon emissions generated during the reforming process can be effectively captured and sequestered, upgrading your facility into a clean, environmentally friendly Blue Hydrogen production plant.
Q: How long does it take to install a modular or skid-mounted SMR system?
A: Because our systems feature modular and skid-mounted designs, a major portion of assembly and testing is completed in our manufacturing facility. This drastically reduces site installation and commissioning time to just a few weeks, compared to months for traditional stick-built plants.
Q: What control mechanisms are used to ensure safe plant operation?
A: All JOSHINING SMR hydrogen plants are equipped with fully automatic control systems based on PLC, DCS, or SCADA architectures. These systems feature real-time sensor monitoring, emergency shutdown loops (ESD), and safety interlocks to guarantee secure 24/7 unmanned or lean-manned operations.
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Mr. Alam Naveed

Business Development manager