A vertical retort configuration is very convenient. 4,000 cfh (Electrically heated only) Thermal Dynamix™ dissociators are generally designed for indoor installation but can be configured for outside installation and operation. A group of researchers from Japan has now discovered a new method of producing hydrogen from ammonia at room temperature, which may represent a step forward for the hydrogen … ammonia dissociators are usually configured to run with an internal system pressure of about 5 psi. 8,000 cfh (Electrically heated only) Although we recommend 1/2″ spherical catalyst for the Thermal Dynamix™ atmosphere generators we do supply nickel (or iron) catalyst in other configurations such as 3/4″ and 1″ cube, and 3/4″ and 1″ spherical. At this temperature virtually any material may eventually begin to acquire a “load set” or sag between supports. The Thermal Dynamix™ dissociator uses a vertical retort configuration with silicon carbide heating elements. 2. Ammonia is comprised of two elements: nitrogen and hydrogen. At this temperature virtually any material may eventually begin to acquire a “load set” or sag between supports. We can build (and have built) high pressure systems with retorts designed to operate up to 30 psi but discourage high pressure systems unless there is no alternative. A vertical retort ensures uniform catalyst packing density. To accommodate that rare event we have top mounted both the heating elements (of the electrically heated unit) and the retort. We’ve also given a great deal of thought to accessibility. A vertical retort configuration allows either a single heating element (or the whole set) to be removed and replaced without disturbing the retort or, conversely, allows the retort to be removed and replaced without disturbing the heating elements. © 2019 Thermal Dynamix™ -  A Judd Service Company. There is no opportunity for the catalyst to settle to the bottom of a horizontal tube leaving a clear channel, free of catalyst, at the top. For most of the committed companies, “fuel cell” means a device based on proton exchange membranes that requires hydrogen of 99.999% purity. Catalysts Two associated characteristics of ammonia dissociation which are of extreme importance are that clean, metallurgical grade, anhydrous ammonia contains virtually no water and no oxygen. A vertical retort maintains its heating element clearance even as it ages. or “crack” anhydrous ammonia into its constituent components; to “dissociate” the elements from each other. dissociators are well instrumented. While the actual residual ammonia levels may vary with specific installation circumstances, it is not uncommon for a standard Thermal Dynamix™ ammonia dissociators to produce residual ammonia levels below 20 ppm. Because a vertical retort doesn’t sag but remains symmetrical as it ages, the heating of a vertical retort remains uniform over its life. The working temperature in the retort chamber of a dissociator is generally in the 1750 °F to 1900 °F range. We believe this to be the best, simplest and most durable configuration; for several reasons: 1. A Thermal Dynamix™ ammonia dissociator is a remarkably simple, durable and efficient machine which achieves virtually 100% dissociation of a clean, dry supply of anhydrous ammonia with very few moving parts and only the energy necessary to complete the dissociation process. Because a vertical retort is uniformly supported around its entire circumference it isn’t subject to this sag. The ADG Series Ammonia Dissociators range from 150 scfh to 5,000 scfh at a standard outlet line pressure of 10 psig. The engineering design of the Thermal Dynamix™ dissociator assumes a clean, dry supply of anhydrous ammonia vapor (less than 2ppm water; 2ppm oil and no sulfur) at a pressure not exceeding 35 psig and a temperature of at least 50 °F. We also have designs for dissociators of up to 32,000 cfh capacity either electrically heated or natural gas fired. 1,000 cfh (Electrically heated only) A vertical retort will simply elongate as it ages and growth clearance is provided at the bottom of the Thermal Dynamix™ retort chamber to accommodate such growth. The idea would be to deploy the crackers at hydrogen fueling stations so that fuel could be delivered to stations in the form of ammonia. Thermal Dynamix™ ammonia dissociators are available, either electrically heated or gas fired, in the following nominal sizes (CFH): 500 cfh (Electrically heated only) An ammonia . This Is The AD60E; electrically heated 6,000 cfh ammonia dissociator. Available Sizes When ammonia vapor is dissociated the resulting gas mixture is extremely dry, with a dew point of typically -40 °F to -60 °F.

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