Heating equipment - Import export

The effect of carbon film + far infrared ray + near infrared ray + illite ceramics! Far-infrared rays remove impurities and dead skin cells from the skin surface, and near-infrared rays penetrate to the dermis and burn fat. By attaching a rare mineral Illite, the effect of far-infrared rays is more than doubled. 1. Made of airplane wing material, it is lightweight. 2. It is safe from fire by using carbon fiber. 3. A rare mineral ilite, produced only in Yeongdong-gun, Chungbuk, is attached. 4. Once purchased, it can be used semi-permanently. · Size : (width) 58cm / (length) 68cm / (height) 33cm · Rated Voltage : 220V 60Hz · Power Consumption: 440W · Material : external finishing(leather), reflection film, thermostat finishing, metal structure, radiant heat(pyrogen) film, carbon coating fiber, ceramic + silicone adhesive

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.

Our Brass valves from ACL are employed in a large variety of industrial sectors: water treatment, electrical appliances, industrial process, heating and air-conditioning, medical equipment, automotive, textile, food, pneumatic and many more.....

Our Stainless Steel valves from ACL are employed in a large variety of industrial sectors: water treatment, electrical appliances, industrial process, heating and air-conditioning, medical equipment, automotive, textile, food, pneumatic and many more.....

DIFHEMI - EXCLUSIVE AND MULTIFACETED Manufactured by Brascoelma and brought to you by the joint-venture, DIFHEMI heaters are high-technology equipment capable of heating any fluid by electromagnetic induction. The device operates on a different principle because in addition to being versatile, and making it possible to heat any type of fluid, it is non-pollutant, it does not generate useless energy losses, and it reduces operational and implementation costs, the heating process’s performance and efficiency being raised to up to 98%. It is the leader and, worldwide, it is the most-efficient product in existence exploiting the conversion of electrical energy to heat. HOW DO THEY WORK?Employing the principle of electromagnetic induction, DIFHEMI heaters generate heat through the magnetism created in the grain-oriented steel nucleus, the heat being transferred to the stainless-steel tubes through which the fluids circulate.

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