Abstract

The paper summarizes and analyzes the results of practical studies on the cultivation of Agaricus bisporus champignon mushrooms on a synthetic substrate with the introduction of organic additives into it – food and processing wastes: brewing waste, soybean and sunflower meal semolina. A yield analysis was carried out; indicators characterizing the quality of Agaricus bisporus mushrooms were studied; dependence of yield and quality of mushrooms on flush was demonstrated. It was noted that the preparation time of the substrate affects the number of flushes, respectively, and, correspondingly, on the yield of mushrooms: when growing mushrooms on a synthetic substrate prepared in the spring-summer period, two flushes are noted and, as a result, a higher yield is noted compared to mushrooms grown on a substrate prepared in the autumn-winter period. The study of the quality of fruit bodies showed that the use of additives increased the content of protein, fiber, fat and ash elements (potassium, phosphorus, calcium, sodium and magnesium). The results showed that the brewing waste is the best organic additive, which contributes not only to the growth of yield, but also to the improvement of the quality of cultured mushrooms. The study demonstrated that the quality of mushrooms obtained in the first flush exceeds the qualitative indicators of mushrooms grown in the second flush. The authors concluded that it is advisable to use organic waste (brewing waste, sunflower meal) as a substrate element when growing mushrooms in industrial conditions.

Highlights

  • The issues of recycling by-products and production waste are relevant for almost all enterprises

  • Earlier studies prove that the period of fruiting and yield of Agaricus bisporus mushrooms directly depends on the time of substrate preparation – in a substrate prepared in winter, the main yield of mushrooms was recorded at the first flush, while on a substrate prepared in summer the yield of products and yield of the first two flushes were at a fairly high level [8, 9]

  • The studied terms and methods of applying soybean semolina had a positive effect on the yield of Agaricus bisporus mushrooms and, on average, increased the yield of mushrooms compared to the control version by 6971%

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Summary

Introduction

The issues of recycling by-products and production waste are relevant for almost all enterprises. Crop producers experience a problem in the disposal of straw, livestock and poultry manure and litter. The wastes of alcohol and brewing production are significant in volume and amount to about 10 million tons per year, while only a tenth of them will be processed. The main volume of brewing by-products, up to 85%, accounts for spent grain – brewing waste. Many brewing enterprises try to avoid waste disposal by transferring the entire volume of by-products for secondary use, including for agriculture [1, 2]. The search for directions of secondary use of waste from food and processing industries and maximizing the economic effect of such use predetermined the main directions of research

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