Used Crown Iron Works Process Equipment
Stock No.:
10749166Unused Crown Iron Works 12,700 Gallon 316L Stainless Steel Vertical Process Vessel – ASME 15 PSI/Full Vacuum
Unused Crown Iron Works 12,700 Gallon 316L Stainless Steel Vertical Process Vessel ASME 15 PSI/Full Vacuum. 12' diameter x 11'8" straight side. 19'2" overall height. Rated 15FV psi @ 250?F. Lug/Leg Supports. Dished Heads. 1/4" Thick Shell Wall. 20" top manway, bottom 4" center bottom outlet.
MFR: Crown Iron Works
Stock No.:
10749167Unused 12,700 Gallon Crown Iron Works 316L Stainless Steel Vertical Storage & Process Vessel
Unused 12,700 Gallon Crown Iron Works 316L Stainless Steel Vertical Storage & Process Vessel.12' diameter x 11'8" straight side. 19'2" Overall Height. Rated 15FV psi @ 250?F. Lug/Leg Supports. Dished Heads. 1/4" Thick Shell Wall. 20" top manway, bottom 4" center bottom outlet.
MFR: Crown Iron Works
Stock No.:
52857001Title: Used Crown Iron Works Model 48 Milling Ring Flash Drying System? | Industrial Drying System
Used- Crown Iron Works, Model 48, Milling Ring Flash Drying System. It was designed and used for food-grade orange pulp with 17,000 Lbs/Hr capacity but the plant can be used for a wide range of applications in various industries including: Drying food products such as grains, cereals, fruits, vegetables, herbs, and spices. Pharmaceutical ingredients, intermediates, and final products Drying various chemicals, including powders, granules, and crystalline materials Drying minerals and mining products such as ores, concentrates, and mineral powders Animal Feed Drying and processing environmental materials, such as sludges, biomass, and waste products. System designed for drying of powers, filter & centrifuge cakes, and slurries where a discrete and fine end product is desired. The Milling Flash Dryer is basically a low energy jet mill, that uses jets of low-pressure air to encourage inter particle collisions between pieces of feed material. These inter particle collisions break up the feed material in the dryer with no moving parts in the dryer or airstream. The dryer is in the shape of a torus, or donut that is broken up into 2 basic areas: (1) Manifold & Milling area; (2) Classifier. The ideal feed material for the Flash Dryer is a crumbly and free flowing cake that breaks up readily when it enters the drying air stream. The feed material enters the recirculating hot air upstream of the first nozzle, with the centrifugal forces generated by the air concentrating the material in the area above the nozzles. Particle-to-particle collisions begin immediately, deagglomerating the material before hard agglomerates can form. A tremendous amount of surface area is created allowing evaporation to occur quickly, thereby depressing air temperature in a very short period of time. Centrifugal forces are generated by the recirculating gases within the dryer, forcing the larger particles to the peripheral walls. Finer material is displaced towards the inside radius of the dryer where the classifier outlet is located. Fine product exits the dryer along with the exhaust gas vapor. Larger particles or agglomerates are recycled to the nozzle area dryer for further de-agglomeration and drying.
MFR: Crown Iron Works
Stock No.:
14191146Used Crown Iron Works Model 48 Milling Ring Flash Drying System | Food Grade Industrial Flash Dryer
Used- Crown Iron Works, Model 48, Milling Ring Flash Drying System. It was designed and used for food-grade orange pulp with 17,000 Lbs/Hr capacity but the plant can be used for a wide range of applications in various industries including: Drying food products such as grains, cereals, fruits, vegetables, herbs, and spices. Pharmaceutical ingredients, intermediates, and final products Drying various chemicals, including powders, granules, and crystalline materials Drying minerals and mining products such as ores, concentrates, and mineral powders Animal Feed Drying and processing environmental materials, such as sludges, biomass, and waste products. System designed for drying of powers, filter & centrifuge cakes, and slurries where a discrete and fine end product is desired. The Milling Flash Dryer is basically a low energy jet mill, that uses jets of low-pressure air to encourage inter particle collisions between pieces of feed material. These inter particle collisions break up the feed material in the dryer with no moving parts in the dryer or airstream. The dryer is in the shape of a torus, or donut that is broken up into 2 basic areas: (1) Manifold & Milling area; (2) Classifier. The ideal feed material for the Flash Dryer is a crumbly and free flowing cake that breaks up readily when it enters the drying air stream. The feed material enters the recirculating hot air upstream of the first nozzle, with the centrifugal forces generated by the air concentrating the material in the area above the nozzles. Particle-to-particle collisions begin immediately, deagglomerating the material before hard agglomerates can form. A tremendous amount of surface area is created allowing evaporation to occur quickly, thereby depressing air temperature in a very short period of time. Centrifugal forces are generated by the recirculating gases within the dryer, forcing the larger particles to the peripheral walls. Finer material is displaced towards the inside radius of the dryer where the classifier outlet is located. Fine product exits the dryer along with the exhaust gas vapor. Larger particles or agglomerates are recycled to the nozzle area dryer for further de-agglomeration and drying.
MFR: Crown Iron Works