TECHNOLOGY OF INDUSTRIAL PRODUCTION OF BEE PATTIES

Abstract

Beekeeping is a vital economic and traditional practice with significant economic and ecological impacts. Beyond producing functional and medicinally beneficial products for humans, honey bees (Apis mellifera) play a crucial role in plant pollination - a service with an economic value far exceeding that of bee products. Supplemental feeding using industrially produced foods, such as sugar syrups and protein patties, is essential for ensuring adequate winter food supplies. Protein patties are typically produced using integrated sugar products and dried yeasts (for bakery and livestock use), enriched with proteins, vitamins, minerals, and nutritional bio stimulants. This technologically advanced production process involves the careful selection of raw materials, storage, refining, grinding, heat treatment, dosing, homogenization, fat addition, packing, and transportation. Strict quality control at every stage ensures the final product meets the nutritional needs of bees and the expectations of beekeepers. This study analyzed honey yields over five years in two apiaries. Case Study 1 recorded a total honey yield of 9,400 kg, while Case Study 2 yielded 2,550 kg. The results highlighted the positive impact of stimulatory supplements on bee productivity, with particularly notable improvements in 2021 and 2022. Additionally, local environmental conditions were found to significantly influence honey yields. The findings confirm that stimulatory supplements enhance bee activity, immunity, queen productivity, and the successful wintering of young bees. These advancements demonstrate the potential to improve the sustainability and productivity of beekeeping through targeted nutritional interventions