rotary dryer companies in ontario

rotary dryers

rotary dryers

Weve built a reputation on building the best rotary dryers in the industry. All of our dryers are custom designed to suit the unique processing needs of your material. Whether you require low or high inlet temperatures, short or long residence times, counter current or co-current flow, FEECOs design team can design a rotary drum dryer for your application.

Rotary dryers are a highly efficient industrial drying option for bulk solids. They are often chosen for their robust processing capabilities and their ability to produce uniform results despite variance in feedstock.

The drum is positioned at a slight horizontal slope to allow gravity to assist in moving material through the drum. As the drum rotates, lifting flights pick up the material and drop it through the air stream in order to maximize heat transfer efficiency. When working with agglomerates, the tumbling action imparted by the dryer offers the added benefit of further rounding and polishing the granules.

All FEECO equipment and process systems can be outfitted with the latest in automation controls from Rockwell Automation. The unique combination of proprietary Rockwell Automation controls and software, combined with our extensive experience in process design and enhancements with hundreds of materials provides an unparalleled experience for customers seeking innovative process solutions and equipment.

Rotary dryers are known as the workhorse of industrial dryers. They are able to process a wide variety of materials, and can lend a hand in nearly any industry requiring industrial drying solutions. Some of the most common industries and materials in which rotary dryers are employed include:

Unlike direct dryers, indirect dryers do not rely on direct contact between the material and process gas to dry the material. Instead, the rotating drum is enclosed in a furnace, which is externally heated. Contact with the heated drum shell is what dries the material.

Benefits of Drying Copper Concentrates InfographicMetallurgical Coke Dryer and Bucket Elevators Project ProfileSingle Pass vs Triple Pass Rotary Dryers (Driers)Rotary Dryer (Drier) for Coke DryingSand Dryers (Driers)Co-Current Vs Counter Current Rotary Drum Dryers (Driers)Rotary Dryer (Drier) with Combustion Chamber for Centrifuged MaterialRotary Dryer for Centrifuged MaterialVFDs in Process EquipmentRotary Dryer (Drier) Combustion Chamber DuctingCombustion Chamber with Burner Mounted onto Rotary Drum Dryer (Drier)FEECO Combustion Chamber ModelRotary Drum Dryer (Drier) with Combustion ChamberQuestions to Ask When Purchasing a Rotary Dryer (Drier)Rotary Dryer (Drier) FlightsFEECO Rotary Dryer (Drier)FEECO Rotary Drum Dryer (Drier)Rotary Drum Dryer (Drier) ReplacementBedding Dryers (Driers)Mineral Dryer (Drier), Rotary Drum DryerDried Limestone PelletsVermiculite Dried in a Rotary Dryer (Drier)Rotary Drum Dryer (Drier) TestingMineral Drying Featured Image, Rotary Drum DryingRotary Dryer (Drier) Testing ThumbnailRotary Drum Dryer (Drier) TestingKnowing When its Time to Replace Your Rotary Drum Seal, Leaf SealRotary Drum Drive ComponentsRotary Drum BreechingReplacement Rotary Drum BearingsResource of the Week: Rotary Dryer (Drier) and Cooler BrochureReplacement Dryer (Drier) and Kiln BurnersCombustion ChambersReplacement Drum Flights, Rotary Dryer (Drier) and Cooler FlightsReplacement Rotary Drum ShellRotary Drum Laser Alignment Process, Rotary Drum AlignmentWhy Post Maintenance Alignment is Critical to Rotary DrumsCauses of Tire (Tyre) and Trunnion Wear, Rotary Drum TireFEECO Tire (Tyre) Grinding Machine, Tire and Trunnion Grinding in ProgressRotary Drum Tire (Tyre) Wear Pattern from Excessive Wheel Skewing, Rotary Drum Tire in Need of Tire GrindingRotary Drum Tire (Tyre) Wear Pattern from Poor Housekeeping Practices, Rotary Drum Tire in Need of Tire GrindingRotary Drum Tire (Tyre) Wear Pattern from Misalignment, Rotary Drum Tire in Need of Tire GrindingRotary Drum Tire (Tyre) Wear Pattern from Using Improper Tire Lubricant, Rotary Drum Tire in Need of Tire GrindingTire (Tyre) and Trunnion Wheel GrindingTire (Tyre) and Trunnion GrindingResource of the Week: Limestone Drying Slideshare Presentation Replacement Rotary Drum PartsResource of the Week: Slideshare Presentation on Rotary Dryers (Driers) for Frac SandRotary Drum Thrust RollersRotary Drum Trunnion Wheels (Rollers)Rotary Drum Riding Ring (Tire/Tyre)Rotary Dryer (Drier) Process AuditsResource of the Week: Rotary Dryer (Drier) Sizing and Design Slideshare PresentationResource of the Week: Girth Gears PageRotary Drum Knocking SystemsSpring-Mounted Replacement Rotary Drum Girth GearResource of the Week: Frac Sand Dryers (Driers) Project Profile3D Model of a FEECO Indirect Rotary DryerRotary Dryers (Driers) in the Fertilizer (Fertiliser) IndustryRotary Dryer (Drier) with Trommel Screen (aka., grizzly)Combustion Chamber on Manure Dryer (Drier)Double-Bend Dryer (Drier) FlightsBurner and Combustion Chamber on a Rotary Dryer (Drier)Rotary Dryer (Drier) Advancing FlightsFEECO Rotary Dryer (Drier) Flight SimulatorRotary Drum Drive BaseRotary Dryer (Drier) Burner and Combustion ChamberBucket Elevator Shown Feeding Rotary Dryer (Drier)Rotary Dryer (Drier) Exhaust Handling SystemFEECO Rotary Dryer (Drier) Complete SystemResource of the Week: FEECO Flight/Lifter Simulator BrochureResource of the Week: Tire Grinding BrochureResource of the Week: Unitized Drive Base BrochureFEECO Rotary Dryer (Drier)Rotary Dryer (Drier) Design 101: Defining Your Atmosphere View All >

Our rotary dryers are built to the highest quality standards, with longevity in mind. The best part about buying a FEECO rotary dryer, is that you get the security of knowing your equipment is backed by over 60 years of experience, material and process knowledge, and a proven track record.

rotary dryer manufacturers | rotary dryer suppliers

rotary dryer manufacturers | rotary dryer suppliers

The smallest of the rotary dryers are used to dry clothes; these small rotary dryers range in size, performance and efficiency. Slightly larger, higher capacity and higher efficiency rotary dryers are used on commercial and institutional scales by building maintenance staffs, college theatre costume departments and athletic departments. Read More

Drr Megtec provides customized systems for: regulatory compliance; improvement in working environment and in neighbor relations by reducing odor from industrial processes and helping to reduce greenhouse gas emissions and process energy management.

Established in 1980, Baker-Rullman Manufacturing, Inc. is a leader in the engineering, design, and fabrication of rotary drum dryers, modular steel bins and hoppers, structural steel, feed and seed mill systems, and custom metalwork. At Baker-Rullman Manufacturing our team of experienced, knowledgeable engineers are ready to get your project off the ground. With more than 30 years of project management experience, we can develop custom designed turn-key solutions to meet your needs!

Since 1951, FEECO has designed and manufactured both direct and indirect rotary dryers for a variety of industries around the world. All dryers are customized to fit the unique processing requirements of the material, with material testing/process development assistance available, in addition to post-sale support including inspections, parts replacement, and more.

For over 125 years, Heyl Patterson has custom-engineered thermal processing solutions that are trusted in dozens of industries worldwide. We specialize in high quality drying equipment, such as Rotary Calciners, Rotary Dryers, Fluid Bed Dryers, Flash Dryers, Disc Dryers, Sludge Dryers, Conduction Dryers and Soil Remediation Units. Our pilot plant testing lab helps determine the best technologies and equipment for any application, and we support our clients for the life of their equipment.

Rotary Dryers - International Process Equipment CompanyThe largest industrial dryers can be large enough to take up entire rooms and process very large material volumes. Industrial rotary dryers are used for a wide range of applications in many industries. Large scale bakeries and other food processing operations often sell their waste food materials to farms for animal feed.In many such cases, the feed must be dried before it can be packaged; rotary heaters are often used to dry bulk quantities of food waste in these situations. In other cases, waste products from manufacturing processes, preprocessed minerals and other materials are dried in rotary heaters before or after an industrial process.Rotary dryers vary widely in terms of their sizes and configurations, but they all operate based on the same principle. In the smallest consumer clothes dryers, a rotating chamber is loaded with wet clothes. When the chamber is closed, a heating system, usually gas fired, heats air. That air is forced into the drying chamber and then vented through an outlet, removing moisture as it exits.New, dry air is then forced into the drying chamber, and the cycle continues. As the process of air transfer carries itself out, the drying chamber, which is usually finned along its edges to catch clothing, spins around, exposing a greater amount of the clothing's surface area to the heated air. Industrial rotary dryers operate in the same way, but on a much larger scale.In the most sensitive drying applications, industrial rotary dryers can use heated inert gasses instead of heated air to dry objects. Air is a main ingredient in many combustion reactions, and combining heat, air and combustible materials in a spinning enclosure is generally not advisable.

The largest industrial dryers can be large enough to take up entire rooms and process very large material volumes. Industrial rotary dryers are used for a wide range of applications in many industries. Large scale bakeries and other food processing operations often sell their waste food materials to farms for animal feed.

In many such cases, the feed must be dried before it can be packaged; rotary heaters are often used to dry bulk quantities of food waste in these situations. In other cases, waste products from manufacturing processes, preprocessed minerals and other materials are dried in rotary heaters before or after an industrial process.

Rotary dryers vary widely in terms of their sizes and configurations, but they all operate based on the same principle. In the smallest consumer clothes dryers, a rotating chamber is loaded with wet clothes. When the chamber is closed, a heating system, usually gas fired, heats air. That air is forced into the drying chamber and then vented through an outlet, removing moisture as it exits.

New, dry air is then forced into the drying chamber, and the cycle continues. As the process of air transfer carries itself out, the drying chamber, which is usually finned along its edges to catch clothing, spins around, exposing a greater amount of the clothing's surface area to the heated air. Industrial rotary dryers operate in the same way, but on a much larger scale.

In the most sensitive drying applications, industrial rotary dryers can use heated inert gasses instead of heated air to dry objects. Air is a main ingredient in many combustion reactions, and combining heat, air and combustible materials in a spinning enclosure is generally not advisable.

industrial kiln & dryer group | rotary equipment specialists

industrial kiln & dryer group | rotary equipment specialists

We are rotary equipment integration specialists offering a wide variety of field services for your rotary kiln, dryer or ball mill. From emergency situations to thoroughly planned shutdowns, weve got you covered.

All our rotary equipment replacement parts meet or exceed OEM standards to handle both static and dynamic loads. All OEM brands are supported, and accuracy and fit are better than ever with our 3D modeling and parts scanning technology.

Our tools are designed so you can easily take measurements and keep your equipment running. We are the exclusive North American distributor of TomTom-Tools and your source for the Industrial Kiln & Dryer Group T-Trac 2.0 and C-Trac.

Join IKD experts and other industry professionals for this week-long class packed with training seminars and hands-on practice on real units. Our next upcoming event is IKDU 101: with Optional Certification Program: Dryer/Kiln Adjustment Technician: Introduction to Rotary Equipment Maintenance on Aug 2-5, 2021.

Industrial Kiln & Dryer Group is the exclusive distributor/service and support for North, Central and South America. We offer ovality sensors, measuring wheels, IDM tool kits, kiln shell laser, rotary inclinometers, kiln axis alignment systems and more.

rotary grinding & reconditioning service

rotary grinding & reconditioning service

Grinding, or resurfacing, is an excellent preventative maintenance measure that can keep your tires and support rollers in good condition, avoiding unnecessary damage, loss of production and downtime at your plant.

Each member of our grinding field crew has undergone specialized training and is internally certified to grind on your equipment. We perform a before and after measurement utilizing TomTom-Tools Measuring Wheel. We grind to a (1mm) tolerance, while tracking hardness to ensure your tires and support rollers are staying within specification.

rotary dryer design & working principle

rotary dryer design & working principle

For evaporating moisture from concentrates or other products from plant operations, Rotary Dryers are designed and constructed for high efficiency and economy in fuel consumption.Whenever possible to apply heat direct to the material to be dried, Rotary Dryers of the Direct Heating Design are used. If it is not possible to apply heat direct to the material to be dried, Rotary Dryers of the Indirect Heating Design can be furnished so that the heated gases will not come in direct contact with the material.

Rotary Dryer is a simple, inexpensive unit for reducing the moisture content of flotation concentrates, as well as chemical and industrial products. Frequently the saving of shipping weight so effected will pay for the dryer in a few months. Difficulties from freezing while in transit are also eliminated. Many industrial projects are now using Dryers for control and production purposes on many materials.

Three main types of Rotary Dryers can be supplied. The direct heat unit is used when it is permissible for the drying gases to come in direct contact with the material being dried. Partition plates increase the heating surface. Drying may be by hot air or exhaust gases from other operations. If this drying gas has a deleterious effect on the product, then an indirect type of dryer can be supplied. A further derivation is the Tedrow Steam Dryer.

Of the different types of dryers that there are the most common is the ROTARY DRUM DRYER/Kiln, This type of drier is common not only in the mining industry but you will find them in fertilizer plants, Cement plants, and peat hogs to name but a few.

The theories behind these machines are very simple, heat an air space up, and then tumble the material to be dried through this space until it is dried. All though it sounds simple there are problems that have to be solved before the required results are met. But first, so you know what we are talking about lets go through the design of a drier.

First is the KILN, this provides the heat, The BURNER is inside this portion. The fuel for the burner is usually diesel although heavy crude oil could be used in some cases. To be able to generate enough heat to dry the concentrate air must be added by way of a BLOWER. In front of the kiln is the point that the wet concentrate enters the drier. It is put into the revolving SHELL. The shell is on a slight incline. As the Concentrate is tumbled through the hot air mass of the drier it travels down this incline to the exit of the drier.

At this exit point the concentrate is either deposited straight into a storage area or taken to the storage area by a conveyor. It is also at this point that there is an EXHAUST HOOD. This provides a controlled escape passage for the fumes and water vapor that is generated by the concentrate drying. This is a very important function and the operator will have to be sure that it is open at all times. If it should become blocked the water vapor will not be able to escape. The concentrate will become wet and sticky which will result in the discharge plugging. The wet sticky concentrate will also lower efficiency level of the drier for an extended period of time. This happens because inside the drier shell are what are termed FLIGHTS these are flat pieces of metal that are bolted onto the shell.

They are there to lift the concentrate up to the top of the shells rotation and drop the concentrate through the hot air. If the water vapor isnt taken away, the concentrate becomes sticky from reabsorbing the water. This sticky concentrate will fill the spaces between the flights.

The concentrate will not be lifted and dropped through the hot air. This results in a long term condition of poor performance even after the initial problem has been cured. These flights will remain buried in concentrate. This removal of the water vapor is one of the functions of the blower. It assists the natural process of air movement as the hot air mass expands. To prevent the buildup of concentrate on the flights there are often CHAINS attached to them. As the drier revolves the chains slap the flights preventing concentrate from building up on dryers walls.

The drier shell is rotated separately from the stationary kiln section. To achieve the rotation a BULL GEAR is attached around the shell section. There are also two flat rings attached to the shell. These provide surfaces for support rollers to roll on. There is another problem that the inclined shell has, the incline causes the shell to want to slide in the direction of the incline. To prevent this additional rollers are attached to the last set of rollers.

worldwidekiln - rotary kiln services

worldwidekiln - rotary kiln services

Working hand-in-hand with the top fabricators ISO 9001-2000, ASME Section 8 -Division 1 in the industry our kiln, dryer and cooler shells are rolled to exacting tolerances and thermal stresses. We provide our customers with a large range of kiln dryer and cooler shell fabrication materials to cover a wide variety of specific applications. Our roller supports are designed using the latest technology and procedures for forging, shrink-fitting and hardening.

Using the latest most innovative and reliable lifting equipment and kiln shell cutting tools in the industry, World Wide Kiln Service can accomplish kiln shell section replacements in record time. Gear reversals, gear and tire changes, as well as kiln, dryer and cooler support roller & thrust roller replacements are accomplished with the minimum downtime thereby saving dollars in both installation costs and lost production time.

Our designers use the latest innovative kiln design tools, including both Auto Cad and Solid Works to interface with our customers engineering departments to provide the right unit for the right application.

Tire and trunnion grinding & resurfacing. World Wide Kiln Service's grinding machines have undergone a complete overhaul to the point that our research and development team has created the newest most unique machines in the industry today. Our kiln tire and trunnion grinding team will travel to your site and resurface your kiln tires and trunnions to 'like new' surfaces without causing any downtime. Our new machines use the latest in computer operated technology to provide the highest quality results with no negative impact on your productivity.

What is accomplished by tire and trunnion grinding or resurfacing? As your rotary equipment ages various wear problems occur. Noticeable signs or conditions of wear such as spalling, pitting, cracking, roller over edges or "lips" can appear on the tires or trunnions. If the wear is allowed to continue these conditions can cause vibration, resulting in alignment problems. Costly power consumption, shortened bearing life of the rollers occur. If not corrected the problems can cause premature wear on the rollers bearing failure as well as damage to the tire retaining bars, the bases and drive components. Our specialized grinding machines can return the surfaces to "as new" condition often with a minimum removal of surface material. The grinding crew will then realign your kiln to provide mechanical stability.

World Wide Kiln Service performs kiln alignment with the unit shut down and cold. This enables us to "completely" inspect the kiln without being subjected to the high radian heat in and around the hot zones. At the same time we check for possible cracks at the filler pads and check for clearance between the tire I.D. and filler pad O.D. on the kiln. This is a more practical method than calculating tire gap by the "creep" method while the unit is in operation and hot. Tire and trunnion diameters are easily taken and the trunnion shafts are inspected for abnormalities. Having the tires and trunnions measured allows World Wide Kiln Service to return the kiln to its original centerlines in both planes of operation. This greatly reduces the stresses caused by misalignment and the potential for cracks on the kiln shell and refractory failure. When an alignment is performed while the unit is cold it allows the technicians to report back to the client if there are any tapers - so informed decisions can be made to have the carrying surfaces ground when the kiln starts up.

Maintaining and increasing the efficiency of your rotating equipment and associated systems requires specialized and expert maintenance, care and vigilance. At World Wide Kiln Service, our expertise with rotating equipment provides our Customers with the depth of experience and technical capability that may not be efficient for them to carry within their own maintenance teams. Our specialized major maintenance contracts minimize your effort at keeping your rotating equipment operating at peak efficiency, reliability and productivity. Our reputation is based on our success at meeting these goals. Our specialized focus on this type of equipment allows us to provide you with superlative, state-of-the-art technology and service, optimizing the profitability of your rotating equipment and associated systems. Providing our Customers with exceptional service, making sure that their rotating equipment is operating at peak values, is the core focus of our business.

World Wide Kiln Service Inc. founded in 1991 is dedicated to building on the high quality of service we provide to our customers. World Wide Kiln Service Inc. specializes in Engineering, Design, Installation, and Maintenance of all types of Rotary Equipment: Rotary Kilns, Trunions, Gears, Pinions, Rotary Dryers, Balling Drums, Debarking Drums, Rotary Coolers and more. We have answered the needs of rotary equipment users in North America, Mexico, Central America and Africa. With offices in Canada, USA and the Middle East we are constantly expanding to serve our customers world wide. Our range of products and services enable us to work on diverse applications of Rotary Equipment: in the Cement Industry, Mining Industry, Chemical Plants, Pulp and Paper Industry, Food Industry, and the Pharmaceutical Industry.

rotary dryer, efficient organic fertilizer drying machine

rotary dryer, efficient organic fertilizer drying machine

Rotary dryer, consisted of drum, lifting board, transmission device and support device and other assembly parts, can be custom designed to suit the unique processing needs of customers material. The drum should be fixed at a slight horizontal slope (about 2-5 degree) to allow gravity to assist in moving material through the drum. As the drum rotates, lifting flights pick up the material and drop it through the air stream in order to maximize heat transfer efficiency. In virtue of simple operation, low energy consumption, long lifespan, even drying and easy maintenance, our rotary dryer has been widely applied into agriculture, feed and fertilizer industry, such as straw, pasture, organic mixed fertilizer, fish meal, starch residue, organic fertilizer, waste of aquatic products, especially used to dry fertilizer with certain temperature and particle size in organic fertilizer production.

Rotary drum dryer runs on the principle that belt and belt pulley, driven by main motor, transmit to driving shaft through reduction gears, and then split gears installed on driving shaft can engage with big gear ring fixed on engine body, working in the opposite direction. Materials are added from feed end, then enter into drum under the attractive force of hot-blast air generated by hot blast heater and draught fan. During this process, the lifting board installed in drum would turn over materials continually so as for even drying, and materials would outflow from discharge hole after drying. after being dried by rotary dryer, the temperature of fertilizer granules/prills can reach 60-80. Then the hot organic fertilizers are transported to rotary coolerfor further processing. Advantages of Rotary Dryer:

The automatic and quantitative packaging machine is installed in organic fertilizer plant to fulfill high-efficiency bagging process. Whirlston provides you with cost efficient solutions to bagging fertilizer.

Rotary cooling system suits to both organic fertilizer plants and compound fertilizer ones. For many processes the robust rotary drum cooler is the optimum solution for direct cooling of the material with air.

rotary kilns companies and suppliers in canada

rotary kilns companies and suppliers in canada

Verantis is a global company dedicated to solving environmental control challenges. We design, fabricate, install and service a complete line of pollution control equipment including Scrubbers, Industrial FRP Blowers, Tellerette Tower Packing as ...

Verantis is a global company dedicated to solving environmental control challenges. We design, fabricate, install and service a complete line of pollution control equipment including Scrubbers, Industrial FRP Blowers, Tellerette Tower Packing as ...

JAMMBCO specializes in the design, manufacturing, servicing and maintenance of kiln chains, econoliners, hangers, shackles, kiln burners and custom castings including cooling grates. Our patented products are made with the highest of quality and are ...

JAMMBCO specializes in the design, manufacturing, servicing and maintenance of kiln chains, econoliners, hangers, shackles, kiln burners and custom castings including cooling grates. Our patented products are made with the highest of quality and are ...

Clean Combustion develops dynamic industrial combustion technologies and systems to improve efficiency and lower emissions. The evolution towards our Dynamic Performance concept started over two decades ago when my brother Mr. Bertil Myrn worked ...

Clean Combustion develops dynamic industrial combustion technologies and systems to improve efficiency and lower emissions. The evolution towards our Dynamic Performance concept started over two decades ago when my brother Mr. Bertil Myrn worked ...

rotary dryers | gea solid feed drying

rotary dryers | gea solid feed drying

GEA's range of Rotary Dryers are extensively used throughout the process industries and are highly reliable under the most arduous operating conditions. Noted for their process flexibility and robust construction, their design permits the use of the highest possible drying temperatures and in contrast to other dryers, are not sensitive to wide fluctuations in throughput and product size.

GEA's range of Rotary Dryers are extensively used throughout the process industries and are highly reliable under the most arduous operating conditions. Noted for their process flexibility and robust construction, their design permits the use of the highest possible drying temperatures and in contrast to other dryers, are not sensitive to wide fluctuations in throughput and product size.

The efficiency of the dryer is largely dependant on the differential between the inlet and exhaust gas temperatures, although the heat transfer rate is also influenced by the relationship between the design of flights and the speed of rotation. However, irrespective of the gas and material temperatures the drying (or residence) time may be critical, as this is governed by the rate of diffusion of water from the core to the surface of the material.

For greater thermal efficiency and where inertization is required, recycling of exhaust gases can be used. This can be implemented on all our airstream drying systems and retrofitted on customer's existing drying operations.

The wet material is in contact with the gas at its highest temperature, which rapidly evaporates surface moisture. The initial heat transfer rate is high, causing an immediate and considerable drop in gas temperature, which prevents overheating of the material and the dryer shell. The final product is in contact with the gas at its lowest temperature, enabling the moisture content to be readily controlled, usually by maintaining the dryer exhaust gas temperature at a pre-set value.

Initial heat transfer rate is high, causing an immediate and considerable drop in gas temperature, which prevents overheating of the material and the dryer shell; co-current dryers are particularly suitable for drying materials containing a high moisture contentEnables the moisture content to be readily controlled

Counter-Current Rotary Dryers are more suitable for materials that must be dried to very low levels of moisture, where the last traces of moisture are difficult to remove, or where an elevated product temperature is desirable.

They are also used effectively as combined dryer / preheaters. However, since the final product is in contact with the gas at its highest temperature the counter-current dryer is often unsuitable for heat sensitive materials. Although this system can be more efficient, moisture which is to remain in the product, is not so readily controlled.

Suitable for materials that must be dried to very low levels of moisture, where the last traces are of moisture are difficult to remove, or where an elevated product temperature is desired. Often used as a combined dryer/preheater.Enables the moisture content to be readily controlled

GEA is one of the worlds largest systems suppliers for the food, beverage and pharmaceutical sectors. The international industrial technology group specializes in machinery and plants as well as advanced process technology, components and comprehensive services. With more than 18,000 employees, the group generated revenue of more than EUR 4.6 billion in fiscal year 2020. A major focus is on continuously enhancing the sustainability and efficiency of customers production processes. GEA plants, processes and components help achieve significant reductions in carbon emissions, plastic use and food waste in production worldwide. In this way, GEA makes a decisive contribution toward a sustainable future, fully in line with its corporate philosophy of engineering for a better world.

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