Dairy Farming Innovations for Productivity Enhancement

Nimbalkar, Vidya; Verma, H. K.; Singh, Jaswinder

doi:10.5772/intechopen.101373

Cited by 9 publications

(9 citation statements)

References 9 publications

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“…The results of our research are consistent with the research carried out earlier in the field of development of technical and technological means and technologies for dairy cattle breeding [23][24][25], complementing them. A significant difference in the methodological plan of the conducted research was that the parameters that affect the efficiency of cleaning the milk line of the milking plant made of different materials were taken into account as much as possible.…”

Section: Discussion Of Results Of Determining the Effective Mode Of O...supporting

confidence: 91%

Determining the effective mode of operation for the system of washing the milking machine milk supply line

Paliy¹,

Aliiev

Paliy

et al. 2022

EEJET

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The application of techniques for effective cleaning of milking routes in milking machines is an important way to improve the quality of milk and increase labor productivity in dairy farming. The object of research was the system of washing the milk line of the milking machine with the upper milk line. The problem of rational use of energy resources was solved in the implementation of a routine operation – washing the milking machine. Experimental studies were carried out according to the Box-Benkin plan of the second order for 3 factors (the speed of movement of the washing solution, V; the temperature of the washing solution, T; the duration of the rinsing phase, t). In this case, a mathematical apparatus for planning a multivariate experiment according to the D-optimal plan was used. It was found that with an increase in the speed of movement of the washing solution and temperature, as well as the duration of the rinsing phase, the number of microorganisms on the surfaces of the nodes and elements of the milky line decreases. Milk lines of the milking machine made of any material are better cleaned with a hotter washing solution (40 °C) than with a cold one (20 °C). Thus, when cleaning with a solution of 40 °C of stainless steel and food aluminum, the reduction of microorganisms is 4.3 times, glass – 4 times, and rubber – 4.7. The essence of the experiment was to establish patterns when cleaning the milk line from various materials. The influence of the regime parameters (the speed of movement of the washing solution, V; its temperature, T; and the duration of the rinsing phase, t) on the energy consumption of the milking machine, E, was determined. The compromise problem of rationalizing the washing modes of the milk lines of the milking machine has been solved. Thus, rational mode parameters for the washing system were established: V=2.4 m/s, T=38.2 °C, t=3.2 minutes. With these parameters, the optimization criteria are: N=79 thousand CFU/cm3, Q=23.3 l, E=8.08 kWh

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Section: Discussion Of Results Of Determining the Effective Mode Of O...supporting

confidence: 91%

Determining the effective mode of operation for the system of washing the milking machine milk supply line

Paliy¹,

Aliiev

Paliy

et al. 2022

EEJET

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show abstract

“…Moreover, achieving maximum productivity using scarce natural resources is the greatest challenge for dairy farmers, which can be addressed by implementing dairy farming innovations on every farmer's farm. The application of innovations at all stages of production, from fodder cultivation to milk marketing, is a critical need in today's world [1]. As a result, scientists and researchers Intensive Animal Farming -A Cost-Effective Tactic devise a variety of innovations to increase resource efficiency and/or provide information to farmers.…”

Section: Introductionmentioning

confidence: 99%

“…Despite the fact that achieving expected animal productivity at a lower cost for greater economic returns is dependent on the ability to transfer these innovations from the lab to the field in the dairy farming system, innovations have a significant impact in overcoming the sector's current challenges. Consequently, to raise milk production with minimal GHG emissions, improved animal husbandry techniques should be adopted in smallholder household dairy farms [1] along with technological innovations.…”

Section: Introductionmentioning

confidence: 99%

Recent Advances and Application of Biotechnology in the Dairy Processing Industry: A Review

Gebeyehu¹

2023

Intensive Animal Farming - A Cost-Effective Tactic

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Worldwide continuous demand for milk and milk products triggers different stakeholders in the dairy sector, which leads to the establishment of modern dairy farms, processing companies, and the invention of artificial intelligence. This dramatic change in the sector boosted milk production and reduce the impact of dairying on the environment. There has been a tremendous improvement in all unit activities such as separation, standardization, pasteurization, homogenization, and packing due to modern innovations in the fluid milk processing business. Advanced technologies in milk processing are applied to extend the shelf life, enhance the nutritional quality and safety of dairy products and health advantages without altering its physicochemical characteristics. Generally, the use of recent technologies in milk production has a significant impact to address the demand for milk and milk products, poverty alleviation, reducing GHG emissions, and other global challenges. The dairy industry can benefit greatly from new advancements and innovations in modern biotechnology, such as rDNA technology, transgenics, probiotics, bio preservatives, recombinant enzymes, starter culture, and improved bioprocess engineering tools by producing novel foods customized for specific consumers. While biotechnology brings incredible benefits, it also persuades a potential impact on health and the environment. Therefore, its application needs great intention.

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“…The automation and robotization of milk production can further increase economic efficiency and improve production in dairy farming [7]. Implementing low-cost and user-friendly innovations can enhance animal productivity and improve farmers' socio-economic welfare, especially in small-scale dairy farms in developing nations [8]. Adoption of machine learning techniques can improve dairy management and milk production by analyzing data collected from smart devices worn by cows [9].…”

Section: Introductionmentioning

confidence: 99%

The Influence of Demographic Factors, Farmer Knowledge, and Motivational Factors on the Adoption of Agricultural Technology Innovation: A Case Study on Dairy Farmers in South Bangka

Sarie,

Mohammad,

Jamin

et al. 2023

WSA

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This study looks into the complex factors that affect dairy producers in South Bangka's use of agricultural technology. Structural Equation Modeling-Partial Least Squares (SEM-PLS) was used to examine the correlations between farmers' knowledge, motivational factors, technology adoption, and demographic characteristics using a sample of 112 farmers. The results highlight the importance of education and adaptability to change by showing a strong positive correlation between demographic characteristics (age, education) and technological adoption. Farmers' knowledge was found to be a crucial element; a substantial positive association suggests that adoption is positively influenced by a deeper understanding of agricultural technologies. Economic incentives and perceived benefits were found to have significant positive connections with technology adoption, indicating the role that perceived benefits play in encouraging the acceptance of new ideas. The model's significant explanatory and predictive ability was validated by the SEM-PLS study, offering a thorough framework for comprehending and improving South Bangka's adoption of technology. The findings highlight the need of a comprehensive strategy that takes into account farmers' goals, experiences, and degree of knowledge in order to promote the adoption of sustainable technologies.

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Dairy Farming Innovations for Productivity Enhancement

Cited by 9 publications

References 9 publications

Determining the effective mode of operation for the system of washing the milking machine milk supply line

Determining the effective mode of operation for the system of washing the milking machine milk supply line

Recent Advances and Application of Biotechnology in the Dairy Processing Industry: A Review

The Influence of Demographic Factors, Farmer Knowledge, and Motivational Factors on the Adoption of Agricultural Technology Innovation: A Case Study on Dairy Farmers in South Bangka

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