Testing of the collecting propolis device on the bee farms in different regions of Ukraine

R. Dvykaliuk
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Abstract

The purpose of this study was to determine the performance of the developed device for collecting propolis using EVA nets in the conditions of bee farms in different regions of Ukraine. The research was carried out on seven beekeeping farms in Cherkasy, Poltava, Ternopil, Khmelnytskyi, Zhytomyr regions, where bee colonies were selected and 7 experimental analogue groups were formed. The EVA nets were placed in the hives for 70 days, after which they were taken out for cooling at t=+5 °C for 60 min and cleaning on the device. The nets from each experimental group were cleaned separately to control propolis productivity in different regions of Ukraine. During the test of the device, the following indicators were investigated: the number of cycles required to clean the net, the time spent on cleaning one net, the time of passing one net through the device, the mass of propolis sticking to the shafts, the load of the device during cleaning, the mass of the obtained propolis. As a result of scientific and production tests, the productivity of collecting propolis by the proposed method was established in the range from 2.91 to 4.44 kg per season from 100 bee colonies, depending on the research region. Using the device at a certain temperature regime of 19.82±1.92 °C creates a comfortable working medium for the operator. One operating cycle of the device was enough to clean one net at the set temperatures. The shafts of the device without nets in idle run rotate at a speed of 74.1 rpm (n=4), and provided that the cooled (t=+5 °C, τ=60 min) net without propolis passes 58.5 rpm. The device in the active cleaning mode for one shift consumes 0.679 kW/h. The propolis collection device can be used for beekeeping to clean 227 nets in one working day. On the farm for 500 bee colonies, 1 device can be used that is suitable for cleaning 1000 nets in 4.4 working days. The farm for 500 bee colonies can return an investment in the collection of propolis after the completion of three beekeeping seasons. Recommendations for gathering propolis using the proposed method are offered to collectors, taking into account the experience and results obtained during the research.
采集蜂胶装置在乌克兰不同地区蜂场的测试
本研究的目的是确定在乌克兰不同地区的蜂场条件下使用EVA网收集蜂胶的开发装置的性能。研究在切尔卡西、波尔塔瓦、捷尔诺波尔、赫梅利尼茨基、日托米尔等地区的7个养蜂场进行,选取蜂群,组成7个实验模拟组。将EVA网放置在蜂箱中70天,之后取出在t=+5°C下冷却60分钟,并在设备上清洗。每个实验组的蚊帐分别清洗,以控制乌克兰不同地区的蜂胶产量。在设备的测试过程中,考察了以下指标:清洗网所需的循环次数、清洗一个网所花费的时间、通过一个网的时间、粘在轴上的蜂胶质量、清洗时设备的负荷、得到的蜂胶质量。经过科学和生产试验,根据研究区域的不同,采用所提出的方法收集蜂胶的产量在每季度从100个蜂群中收集2.91至4.44公斤之间。在19.82±1.92°C的特定温度范围内使用该设备,为操作人员创造了舒适的工作介质。在设定的温度下,该设备的一个操作周期足以清洗一张网。无网装置的轴在空转运行时转速为74.1 rpm (n=4),在不含蜂胶的冷却网(t=+5℃,τ=60 min)通过58.5 rpm时。该装置在主动清洗模式下一班次消耗0.679千瓦/小时。蜂胶收集装置用于养蜂,一个工作日可清洗227网。在500个蜂群的养殖场,使用1台设备可在4.4个工作日内清洗1000个网。拥有500个蜂群的农场在完成三个养蜂季节后可以收回蜂胶收集的投资。考虑到在研究过程中获得的经验和结果,向收集者提供了使用所提出的方法收集蜂胶的建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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