The Steam Methane Reforming (SMR) Unit is an industrial hydrogen production system designed and manufactured by Nuberg GPD as a complete engineering solution for large-scale hydrogen generation plants. Built on advanced catalytic reforming technology, the system enables efficient conversion of natural gas and steam into hydrogen-rich gas streams for downstream purification and industrial use.
Nuberg GPD IN STRATEGIC COLLABORATION WITH TECHNOLOGY PARTNERS AND OEM –SUPPLIES SMR-based hydrogen generation units for industries requiring continuous and cost-effective hydrogen supply. Due to their large size and complexity, these systems are widely deployed in refinery operations, chemical manufacturing, steel processing, and other large-scale industrial applications where hydrogen demand is high and operational stability is critical. The plant is designed to ensure high efficiency, long-term reliability, and consistent hydrogen output while maintaining optimized process control.
Natural Gas Treatment → Steam Mixing → Catalytic Reforming → Gas Shift Reaction → Hydrogen Purification
| Product Type | Steam Methane Reforming (SMR) Unit |
| Process | Catalytic Reforming of Natural Gas |
| Feedstock | Natural Gas + Steam |
| Output Gas | Hydrogen |
| Operation | Continuous Industrial System |
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● Refinery Hydrogen Supply ● Chemical Manufacturing Plants ● Steel & Metallurgical Industry ● Fertilizer Industry ● Large-Scale Hydrogen Production Systems |
| Plant Capacity | 200–2000 Nm³/hr |
| Hydrogen Purity | Up to 99.999% |
| Operating Pressure | 15–25 bar |
| Dew Point | -60°C |
| Operating Temperature | Ambient to High Temperature Process Zones |
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● Highly efficient large-scale hydrogen production system ● Proven industrial SMR technology ● Cost-effective hydrogen generation method ● Stable and continuous operation ● Integrated hydrogen purification system ● Suitable for heavy industrial demand |
An SMR hydrogen plant produces hydrogen by reacting natural gas with steam at high temperatures in the presence of a catalyst.
It is used for large-scale hydrogen generation in industrial plants such as refineries, chemical units, and steel industries.
SMR is widely used because it is a cost-effective and scalable method for producing large volumes of hydrogen gas.
After reforming, the gas mixture undergoes purification to separate hydrogen from carbon monoxide, carbon dioxide and other impurities.
