GEA Barr-Rosin has the following brochures and articles for download in the PDF format:
Brochures
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Relatively few local folk will know of GEA Barr-Rosin Inc based in Boisbriand, Quebec in Canada. Nor will many be familiar with GEA Barr-Rosin (USA) Inc. based in St. Charles, Illinois.
Those North American addresses may be unfamiliar to most people, but large numbers will have heard of GEA Barr-Rosin Ltd, a local company whose base is at 48, Bell Street, Maidenhead.
As a leading supplier of airstream drying systems, GEA Barr-Rosin Ltd offers a choice of dryers to dry a full range of wet materials, from granules, cakes and powders to sludges, slurries and solutions. The dry products can be in the form of powders, granules or pellets. Coolers and calciners are also supplied.
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New uses for PET & Nylon materials need improved methods of chip production. GEA Barr-Rosin has the experience and technology to meet the challenge.
Advantages: precise material specification, consistent material strength, uniform properties of extruded material, less wastage, reduced energy requirements, and more.
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As a leading supplier of Airstream drying systems, we offer a choice of dryers to dry a full range of wet materials, from granules, cakes and powders to sludges, slurries and solutions. The dry products can be in the form of powders, granules or pellets. Coolers and calciners can also be incorporated.
File Size: 1.6 MB
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GEA Barr-Rosin has extensive experience in the design, manufacture and installation of a range of thermal processing equipment for the Fertilizer Industry. We have supplied numerous units to leading producers throughout the world. Designs are based on in-house 'know-how' as well as licensed technology.
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GEA Barr-Rosin boasts a wealth of experience in Rotary, Fluid Bed, Column and Paddle drying processes. GEA Barr-Rosin can rightly claim to be at the forefront of drying technologies with over 2000 references worldwide.
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In a world of changing markets and new products, being able to rely on a process equipment supplier with a broad experience and wide choice of technologies is essential. Welcome to GEA Barr-Rosin. Few manufacturers offer a greater choice of dryers and coolers for the sugar and sweetener industry than GEA Barr-Rosin, with a range that includes: Rotary dryers, Rotary dryer/coolers, Rotary coolers, Dryer/ conditioners, Fluidised bed dryer/coolers (static), Fluidised bed dryer/coolers (vibro), and Fluidised bed coolers.
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As a member of the GEA Group, GEA Barr-Rosin is one of the foremost companies in the field of industrial drying and cooling. Extensive experience has been gained with a wide range of thermal processing equipment designed to meet the demands of modern day process industries worldwide. With engineering and sales offices in Maidenhead (near London) and Montreal (Canada), as well as GEA offices around the world, a complete service is available - from initial design through to final commissioning. Each Rotary Dryer installation is custom engineered to suit the client's specific requirements and complements the well known range of GEA Barr-Rosin fluid bed, ring, flash, column and 'Rosinaire' paddle dryers.
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The Rosinaire™ consists of a horizontal, cylindrical vessel containing a longitudinal rotor/paddle assembly. The vessel body is fabricated with external jacket sections through which flows the heat transfer fluid (steam, hot water, hot oil, cooling or chilled water). Radial paddles are fastened to the rotor shaft by means of locknuts. The orientation pitch of the paddles is adjustable in order to set the residence time of the solids within the vessel.
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- Environmental and energy saving drying technology
- Heat treatment of oil seeds, beans and proteins
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Oil:
- 5-10 second conditioning
- drying
- Enzyme deactivation
- Water De-gumming
- Very low NHP levels
- Reduced refining cost
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Protein:
- Bypass protection
- Maintained intestine digestibility
- Increased milk production
- Removal of anti-nutritional factors
- Improved palatability
- Increased market value
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File Size: 726 KB
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Main Features:
- Superheated steam
- Pressurized atmosphere
- Closed loop
- Low energy consumption
- Indirect heating
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Benefits:
- No emissions
- Instant pre-conditioning
- High exact dryness
- No risk of fire / explosion
- Small footprint
- Cooking / sterilization
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File Size: 1.11 MB
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The Superheated Steam Dryer (SSD™) consists of a closed loop system, where the solids are conveyed by superheated and pressurized steam. The drying steam is generated by the vapors from the solids, and is indirectly superheated by any high-level energy source.
File Size: 1.25 MB
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Articles
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An aricle reprinted from The Alcohol Textbook 5th Edition 2009 with permission from Lallemand Ethanol Technology and Nottingham University Press. The cereal grains used for starch-based ethanol production such as corn, wheat, barley, rye and grain sorghum (milo) typically contain from 50 to 75% w/w starch. Between 25 and 50% w/w of the grain remain after fuel ethanol has been produced. The 'whole stillage', containing both dissolved and insoluble nonfermentables and nondistillable microbial by-products, is rich in nutrients, fibre, protein, lipids and yeast and has traditionally been incorporated into animal feed rations. The dryhouse is where these valuable animal feed components are recovered from the ethanol production process. The sole purpose of dryhouse operations is to remove water from whole stillage in an efficient and mechanically reliable manner. This process yields a number of possible concentrated products.
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With short residence times and various design options, these dryers are an efficient and economical choice for a wide range of solids. Flash dryers can be the most economical choice for drying solids that have been dewatered or inherently have a low moisture content. Also known as "pneumatic dryers," they are the simplest gas suspension dryers with the smallest footprint. A single operation combines the necessary mixing, and heat and mass transfer for drying a solid. Residence time is short, usually less than 3 s, producing almost immediate surface drying.
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During the manufacture of starch from maize a yield of about 61% is obtained as clean starch. The remaining material is made up of a number of co-Products, which are a natural consequence of manufacturing starch, by the wet milling of Maize. The majority of this material is used for animal feed production and so the area where these products are processed is often called the Feedhouse.
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