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The present paper features Triticale grain processing. The research involved two Russian cultivars of Triticale grain, i.e. Ramzes and Saur. We investigated two schemes of processing these grain varieties into high-quality baker’s grade flour. The first scheme was reduced and included only the processes of breaking and reduction, whereas the second scheme was more advanced and included breaking, sieving, sizing, and reduction processes. The paper gives a thorough description of the processing schemes, their parameters, and milling modes. A detailed analysis proved the high efficiency of the advanced scheme which presupposed the use of sieve purifiers. Their expediency was determined by the specifics of break dunst products at breaks I, II, and III. The Triticale flour varieties were produced by mixing various flows of the central, intermediate, and peripheral parts of the Triticale grain endosperm. The reduced scheme produced a 40% yield for the Ramzes variety (ash content = 0.70%, according to the State Standard 34142-2017*), while the advanced technological scheme resulted in a 63% yield. As for the Saur variety, the advanced scheme produced a total yield of 78%, which was 0.6% higher than in the reduced scheme. The advanced scheme resulted in a 46% yield of the T-60 flour variety, which had the lowest ash content among all the varieties of Triticale flour, whereas the reduced scheme failed to produce the flour of this variety. The experiment also involved the first-ever study of the rheological properties of Triticale flour varieties with Mixolab (Chopin Technologies, France). The study revealed significant differences in baking absorption, doughing time, batch, gluten, viscosity, amylase, and retrogradation. The best baking properties were displayed by T-70 and T-80 Triticale flours that were obtained from the central part of the endosperm, both in reduced and advanced processing schemes. However, the advanced scheme proved to be the most effective way of processing Triticale grain into baker’s grade flour.

Effective technological scheme for processing triticale (Triticosecale L.) grain into graded flour