Equipment for intensification of ethanol production technology.

High-quality equipment from one of the best European manufacturers. Reliable, technologically advanced, at a reasonable price, significantly lower than that of competitors. Equipment for intensification of ethanol production technology. At the initial stage of grain processing in the process of preparing a batch using a cavitation reactor, a significant change in various dry substances occurs with the simultaneous accumulation of low-molecular forms of fermentable and non-fermentable carbohydrates, dextrins of various molecular weights, and amine nitrogen. The use of cavitation treatment ensures deep destruction of raw materials, facilitating their easier dissolution during subsequent heat and enzymatic processing. The use of a cavitation reactor makes it possible to process grinds with different particle size distributions of rye grain particles and obtain media with a high content of soluble solids without deteriorating rheological parameters. The content of high-molecular dextrins and reducing substances is doubled, and the soluble protein is three times greater than in kneading using traditional methods. The yield of stillage is reduced by 50% and the reuse of stillage filtrate in the technological process at its various stages is ensured. When working using the new technology, it is possible to use a softer processing mode, which led to a reduction in heat and energy consumption by 25 - 30%. The degree of hydrolysis of concentrated saccharified wort using the proposed technology is 95 – 97%. ROTON industrial cavitation reactors are characterized by ease of maintenance and operation, reliability and durability, and high efficiency of cavitation processing of products. ROTON reactors are designed for continuous operation in industrial conditions - 24/7. The flow part of the reactors (cavitation chamber) is made of special stainless steel, which allows them to be used in the food, pharmaceutical and chemical industries. ROTON magnetic pulse cavitation reactors are the result of our company’s latest achievements in the field of cavitation processing of liquids in various combinations, as well as mixtures of liquids with solid products. In ROTON reactors, cavitation is created by a magnetic-pulse hydrodynamic method directly in the flow, which makes it possible to effectively process any liquid in industrial volumes. The cavitation cloud is retained by the magnetic field precisely in the area of the reactor in which the processing occurs, and has an immediate effect on the raw materials passing through the cavitator. This ensures high efficiency, reliability and durability of our reactors.