Drying plant - Import export

The wet product fed through the inlet nozzle is picked up by the rotor blades, applied on the hot wall and simultaneously conveyed towards the outlet nozzle at the opposite end of the body. The generated vapours are streaming counter-currently to the product flow and are leaving the dryer close to the feed nozzle. Evaporating and conveying capacity are adapted by the right rotor blade arrangement. Entrained particles from the dry zone are removed in the wet zone. Moisture levels of less than 1 % can be achieved. The residence time of the product is typically between 5 and 15 minutes. The outstanding heat transfer rate for hot solid products enables cooling of large amounts of solids in a compact machine compared to usually used cooling screws and without cooling air.In product melting like the melting of urea, the particles are heated up and molten inside the dryer. The melt can be mixed with other liquid and solid additives to improve the properties of the final products.

The vertical thin film dryer consists of a cylindrical, vertically arranged body with heating jacket and a rotor inside. The rotor is equipped with rows of pendulum blades all over the length of the dryer. The hinged blades spread the wet feed product in a thin product layer over the heated wall and mix the product layer material intensively. Therefore the volatile components evaporate continuously from the product layer with high evaporation rates. The hinged blades are designed with a minimum gap to prevent fouling of the heating surface by product, but are never in contact with the heated wall. The product enters the dryer at its top. The evaporation starts after heating to the boiling point. In the slurry zone first solids are formed and with advancing evaporation of the volatiles and continued shearing by the hinged blades the paste breaks up to powder. The final solid product is discharged by gravity at the bottom of the dryer via a suitable air lock.

The paint plant is especially preferred in the construction and furniture industry. The materials used in this sector are painted both for aesthetic purposes and for protection purposes. Paint plants is a far-reaching term. There are varieties. Its quality and form vary. In general, the age paint plant is more preferable. There is a wet paint booth, conveyor system and drying oven in the paint plant. It is produced in accordance with the most suitable conditions and made suitable for use.

Transport and disposal costs, at over 70 percent, represent by far the largest cost item in sludge dewatering. A powerful dewatering assembly is thus an important criterion. With a Flottweg HTS Decanter in the C series, you can achieve the highest possible total dry solids in the dewatered sludge, thereby continuously saving on transport and disposal. More than 50 years of experience in the dewatering of sewage sludge and continuous further development have gone into the design of the Flottweg HTS Decanter. This experience, combined with references from the entire world, makes Flottweg one of the leading providers of mechanical separation technology. The HTS Decanter is attractive for its performance, its efficiency, and its high cost-effectiveness. The decanters in the Flottweg C series cover a throughput range from about 5 to over 150 cubic meters per hour. We can offer you comprehensive know-how and customized systems.

The sample drill for stalk material is a sampler especially for hay, silage, straw, herbs, bushes or other stalky plant dry material where other drills quickly get tangled. The special geometry of the drill tip cuts effectively and quickly into different stalky materials. The hay and silage sample drill takes samples quickly, cleanly and easily from a silo or bale. Sampling with mechanical assistance from a drill or powerful cordless screwdriver allows the sample to be taken effortlessly with little manual effort. The sample drill can be used flexibly both horizontally (sampling from the side) and vertically (sampling from above). The robust and durable tube drill is completely made of stainless steel 1.4404/1.4034 (316L/420) or aluminium/stainless steel 1.4034 (420). The practical ejector helps to empty the sample from the sample drill.

SMS offers sludge drying systems with horizontal thin film dryers for treatment of sludge from municipal as well as from industrial waste water treatment plants. Variations of this sludge treatment process are: Pre-drying up to 35 to 50 % dry solid content before incineration in fluidized bed incinerators 65 to 75 % dry solid content before combined incineration with garbage, composting or landfill Full drying up to 85 to 95 % before thermal utilization as bio-fuel for cement kilns, coal fired power stations, pyrolysis, gasification or other conversion processes before composting and agricultural usage as fertilizer and for soil reclamation In all these drying processes the thin film dryer is the first choice.

High quality common yarrow for wholesale The smell of the plant is slightly aromatic, the taste is weakly and pleasantly spicy and tart. Leaves and inflorescences are used as a spice, but without the stem. Dry crushed plant and essential oil are used to flavor alcoholic beverages and culinary products. The plant is widely used in medicine in various countries and in veterinary medicine. We provide drying of our products meeting all requirements to keep max of useful substances. Country of origin - Ukraine

Process with dry air. Dry-Air - Process with dry air Advantages Manufactured plants

Features: reduce the friction between scissors and trees, flowers and shrubs. For the plants with high dry density, in order to better and more accurately trim to each part of the branches, such as parallel branches and Cross branches, most of the pruning tools are designed as arc and semi ellipse.

Features: reduce the friction between scissors and trees, flowers and shrubs. For the plants with high dry density, in order to better and more accurately trim to each part of the branches, such as parallel branches and Cross branches, most of the pruning tools are designed as arc and semi ellipse.

Width (mm): 504 Depth (mm): 131 Height (mm): 1237 Input power (V): 220±10%/ 50 Hz Noise level (Db): 42 Enclosure material: Mild steel powder coated Lamp service life (hours): 8000 Air processing rate (cubic metres \ h): 300 Room size (square metres): 100 Bactericidal efficiency: 99% Lamps per unit: 3 Total lamp power (W): 90 Warranty lasts for (months): 12 Device type: wall-mounted Weight (kg): 26

De Smet Engineers & Contractors has been involved in all steps of the production of vegetable oils from oilseeds crushing for the construction of Edible Oils Plants; in this article you will find a more detailed understanding about the process of vegetable oil extraction: First step: Preparation of the oil containing material prior to solvent extraction Cleaning and Drying The plant feedstock must be cleaned so that foreign matters are removed. This applies particularly to sand/silicate and iron which may damage the preparation plant equipment. For some seeds or for some processes the incoming material moisture must be controlled and adjusted for better efficiency of subsequent operations. Mechanical preparation Most of raw materials needs to broken to reduce the particle size to ensure proper cooking and flaking. They are then heated in cooking / conditioning equipment and their moisture further controlled in addition to be softened before the next mechanical operations. After cooking, heated grits are flaked so that the oil cells are broken and the oil more readily available for further solvent extraction or mechanical pressing. Pressing Oilseeds containing above 20 to 25% (rapeseed, sunflower seeds, cottonseeds...) are generally pressed mechanically in order to extract most or part of the oil available in the feedstock. This operation is done through full pressing for maximum oil recovery leaving up to 5 to 10% in the final cake which is marketed as such or through a low pressure pre-pressing operation producing a cake with higher residual oil content which is then recovered in the solvent extraction plant. Dehulling Oil extraction plants produce a solid finished product in addition to the extracted oil; this product (cake or meal) is normally used as an important component for animal feed recipes. Depending on the meal destination, its protein content often needs to be increased and its fibre content minimized. Such characteristics are generally achieved through decortication or dehulling operations that separate the outer part of the feedstock before extracting the oil. Second step: Solvent extraction of the material suitably prepared Extraction In the solvent extractor, solids (Flakes from the flaking machines or cakes from the pre-presses) are conveyed through the equipment while a mixture of hexane and oil (miscella) is sprayed counter-current. The extractor produces therefore deoiled solids containing solvent and miscella. Desolventization Deoiled solids coming out of the extractor are conveyed to a dedicated equipment that completely removes the remaining solvent while preserving the meal quality: the desolventizer. This apparatus is usually combined with additional sections for drying and cooling the meal to the required storage and market parameters. Miscella distillation Solvent contained in the miscella is completely removed under vacuum and optimum temperature for preserving oil quality. The solvent from the distillation as well as the one removed at meal desolventization stage are then recycled to the extractor. Solvent recovery Since the air entering the process together with material fed to the extractor is laden with solvent when it is removed from the plant it first pass through a specially designed absorption column to limit emission to an acceptable level. Meal treatment The extracted meal is often subject for further treatment, including grinding to obtain the required granulometry or pelletizing to reduce its volume during transport.

VENTAPP radial fans are used in wood-processing plants where air or loaded air is conveyed under increased pressure. They convey gases, bres, and particles; they are used for wetting, drying or ltering of media. In energy plants, in bre drying, for mat formers and dust extraction systems they form integral parts of Siempelkamp plants. Features Pressures beyond 20,000 Pa Temperatures up to 700 °C Impeller wheel diameters up to 3,150 mm Circumferential speed up to 200 m/s Gas-tight and pressure-resistant design ATEX Advantages High eciency Smooth operation Robust design Low caking, high wear resistance High dependability and operational safety Diverse accessories Maintenance and repair service Variants Drive type Casing positioning Size of all components Angular position Material Colour

The new LUXOR swift 250 dry air generator offers the ideal price-performance ratio for standard applications in the drying of granulate. The LUXOR swift 250 has a dry air capacity of 250 m³/h. The dry air generator can either be operated with a single drying bin or combined with multiple preconfigured drying bins in your plant. The drying bins are available from 100l to 900l sizes. This gives you the maximum possible flexibility and an uninterrupted production flow. For more energy efficient drying, additional functions such as dew point control or return air cooling can be added. Versatile use Different drying bin sizes for different applications Thanks to motan’s automatic air regulation the drying process can be optimized. Different sizes of drying bins with integrated heating allow a wide range of applications with proven motan drying technology.

Oligro Solare, provides a balanced nutrition to the plant. It eliminates the fertilization disorder. Due to its feature of balancing moisture intracellular, it reduces water loss hence it defats drying of plants. The stress damage In extremely hot and arid environments is reduced to the minimum.

Fluidized Bed Dryer designed for 3 different processes: ■ Drying of wet granulate (dryer). ■ Top drive granulation (granulator). ■ Bottom spray coating (coater). Innovative high-quality equipment certified by accredited entities. Fully designed and built in Europe following regulatory requirements and GMP´s normative. STE TECPHARM offers all range of services: installation “turnkey concept” in the client facilities, start-up, qualification, training, and production support. MAIN FEATURES ■ From 30 L to 1.540 L. [Other dimensions on request]. ■ In-wall design concept. ■ Built-in AISI 316L, mirror polished Ra < 0,5. ■ PCL + HMI in manual and automatic mode, with recipe editing. ■ 12 bar pressure-shock resistance.

The T Pump Series is particularly suitable if containers or dipping baths cannot be flange connected to the side or if dry run in the plant cannot be excluded. Materials: PVDF (polyvinylidene fl uoride) or PP (polypropylene) Immersion depth: 200 - 800 mm Max. output rate: 280 l/min Max. discharge head: 28 m Motor power: 0.18 - 5.5 kW Advantages: » absolutely dry run safe (no contact of mechanical parts) » highest chemical resistance » robust, thick-walled design » long-lasting and abrasion-free » design for the operation under demanding conditions » open impeller (i.e. solids up to 3 mm grain size and 10 Vol. % possible) » no abrasion into the medium to be pumped (high purity applications) » no metal parts are in contact with the medium » easy to maintain » universally applicable, quiet and compact » various chemical resistant materials can be supplied from the warehouse