Ammonia Reforming
SYNSPIRE™ ARC – Ammonia Reforming Catalysts
Why BASF
BASF developed and first operated the industrial Haber-Bosch process in 1913 and invented the industrial ammonia synthesis. Ever since, BASF has built an in-depth understanding of the process and catalysts behind the ammonia synthesis. Today, BASF reconnects to its history by translating our know-how into tailor-made catalysts for ammonia reforming. We rely on our vast experience, our global production footprint and our great experts in chemistry, research and plant operations.
Ammonia – the bridging solution for affordable renewable hydrogen
One of the key challenges on the path to energy transition is the availability of clean energy where it is needed most. Ammonia can help solve this problem. Where wind and sun offer best conditions, hydrogen is produced. This green hydrogen is locally converted to ammonia for storage and transportation and shipped to those regions in the world where clean energy is needed with state-of-the-art NH3 storage and handling processes.
Ammonia has a higher volumetric energy density than liquid hydrogen itself and is therefore the molecule of choice for the global/intercontinental transport of hydrogen. At the destination, ammonia is reconverted to hydrogen again, which is then used as a feedstock or energy source for multiple applications. Our commercially available SYNSPIRE™ ARC product line is here to convert ammonia back to hydrogen.
The benefits of SYNSPIRE™ ARC
Catalyst Design
- Commercial availability of SYNSPIRE™ ARC product line specifically developed for industrial scale ammonia reforming
- Superior performance and long-term stability
- High quality data from state-of-the-art performance screening under realistic conditions
Package solution (“one-stop-shop”)
- Package solution by BASF available: DeNOx, N2O abatement, H2 purification, NH3 oxidation
Product information
BASF offers a range of proven & commercially available SYNSPIRE™ ARC catalysts to address versatile process technologies:
| Product | Base Metal | Operating temperature range |
Appearance | ||
| SYNSPIRE™ ARC-210 | Ruthenium | 280-580 | Tablet 15 x 8.5 mm |
||
|
SYNSPIRE™ ARC-610 |
Nickel | 420-640 | Extrudates 1/8" |
||
|
SYNSPIRE™ ARC-810 |
Nickel | 620-800 | Tablet 15 x 8.5 mm |
The data represents typical values (no product specification)
SYNSPIRE™ ARCsim
At BASF, we are proud to introduce our advanced SYNSPIRE™ ARCsim simulation tool, developed using experimental data and expertise accumulated over more than three years on ammonia reforming. This innovative tool is designed to support our customers in optimizing their process design and ensuring efficient and effective operations.
With SYNSPIRE™ ARCsim, we utilize comprehensive shape kinetic models that enable us to accurately predict the expected performance and stability of your operations. This capability allows for the precise design of ammonia reforming units, significantly minimizing both capital expenditure (CAPEX) and operational expenditure (OPEX) in the reaction section.
Reach out to us today to discover how SYNSPIRE™ ARCsim can enhance your design. Let us partner with you in achieving optimal results.
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