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66th Annual Safety in Ammonia Plants and Related Facilities Symposium

The 66th Annual Safety in Ammonia Plants and Related Facilities Symposium is the event for experts from around the world to discuss the latest advances related to the safe production and use of ammonia, case studies, and lessons learned. 

Clariant Catalysts is proud to support the technical program with an insightful presentation and host an exclusive hospitality suite.


Clariant presentation  

Wednesday, September 14,2022 | 1:30 PM

The First Commercial Reference of Award-Winning AmoMax-Casale Catalyst at Nutrien

Lawrence Sandy (Nutrien), Michelle Anderson (Clariant), Marco Mazzamuto (Casale)

You can view the entire agenda of the conference on the organizer's website.


Join us in the Clariant and KBR Hospitality Suite

Monday, September 12th 2022

5:00 pm – 11:00 pm

Wrigley Room, Hyatt Regency Chicago

We invite you to spend a fun evening with us in our hospitality suite at the AIChE 66th Annual Safety in Ammonia Plants & Related Facilities Safety Symposium.

Baseball is one of the prime sports in Chicago, so we brought Wrigley Field to AIChE. Come and test your skills whilst enjoying some Midwest delicacies and great company. 

We look forward to seeing you in Chicago. 



Location

Hyatt Regency
151 E Wacker Dr

Chicago, United States

Contact

  • Ammonia Catalysts

    Ammonia catalysts must enable more efficient ammonia synthesis today than ever before. With a growing demand on ammonia for the production of chemical fertilizers, and increasing volatility of feedstock prices and energy resources, ammonia producers need reliable solutions to succeed in this highly competitive market. Clariant’s ammonia catalysts are proven to increase efficiency and productivity while minimizing costs. They offer superior performance to maximize ammonia yields, and allow sustainable management of resources to reduce energy consumption in ammonia production. We offer a complete range of ammonia process catalysts, and support you with comprehensive technical services from plant design or upgrades to ensuring optimal catalyst performance. Clariant collaborates with renowned technology partners, such as KBR and Casale, to provide you with the ideal solution based on your specific requirements.

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  • AmoMax 10 Plus

    AmoMax® 10 Plus is Clariant's latest generation of wustite-based ammonia synthesis catalysts. The catalyst is based on the proven ammonia synthesis catalysts AmoMax 10 but with an improved promoter set. The optimization of concentration and ratio of the promoter system leads to a higher activity, higher stability and a faster startup of AmoMax 10 Plus. The higher activity allows an operation with a higher per pass conversion and lower loop pressure, which can be utilized for a higher ammonia production and/or for energy savings. The higher stability and water resistance increases the catalyst lifetime and enables a faster catalyst reduction.

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  • AmoMax-Casale

    AmoMax®-Casale is a new ammonia synthesis catalyst jointly developed by Casale and Clariant particularly for use in Casale ammonia converters. AmoMax-Casale is a customized evolution of the well-known, wustite-based catalyst, AmoMax® 10. While retaining the same superior resistance to aging, poisoning, and mechanical strength, AmoMax-Casale is significantly more active. With an optimized promoter package, AmoMax-Casale provides a larger active surface area and improved diffusion properties, resulting in a 30 % higher efficiency index compared to the wustite-based reference. This allows to reduce the loop recycle rate and the loop pressure and/or to increase the ammonia production. By optimizing the plant’s overall efficiency, the customers can generate higher profitability by either benefiting from energy savings and reducing the CO2 footprint or monetizing its increased ammonia production.

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  • AmoMax 10

    AmoMax® 10 is a wustite-based ammonia synthesis catalysts with a unique promoter system that provides much higher activity and stability than magnetite-based catalysts. This improves conversion at low operating temperatures and at more thermodynamically favorable conditions, thus raising ammonia yields. Due to reduced loop recycles and loop pressure, it also saves energy and reduces CO2 emissions.

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