Investigating the impact of the costs for the floor profile on the technological flexibility of six-row buildings for free-box breeding of dairy cows
Vanya Dimova, Dimitar Georgiev
Abstract: 28 technical-technological schemes of semi-open six-row buildings common in practice for free-box rearing of milk cows, whose widths vary from 27.70 to 43.40 m, were studied. The options are grouped according to the internal layout of the buildings and a preferred range of widths with maximum technological flexibility is determined. For each variant, the costs of the technological profile of the floor (including stationary equipment) were calculated, and the construction costs of the zero cycle, supporting and enclosing structures of the building were not included. An assessment of the material intensity of the floor profile was carried out according to the construction parameters: consumption of concrete and consumption of steel (reinforcing - for the reinforced concrete floor and profile - for the technological equipment), applied to 1 m2 of built-up area and to one stock place. According to a methodology developed by us for the qualitative assessment of technological flexibility, taking into account the influence of the mentioned costs in four-row buildings for cows, it was established that with the presence of six rows of boxes, buildings with widths in the ranges of 32.30-34.40 m and 35.20-36.50 m have the greatest technological flexibility. The buildings with widths in the ranges of 31.70-32.30 m and 34.60-35.20 m with equal flexibility also have very good indicators. According to the developed methodology, widths with the same technological flexibility differ when evaluating the influence of costs for the floor profile - to a greater extent in the larger ranges of widths and with less flexibility. According to the costs of concrete and steel for 1 m2 built-up floor area, the differences are from 0.2 to 3.9%, and according to those for one stock place - from 5.1 to 19.3%.
Keywords: cows; evaluation; floor profile costs; six-row buildings; technological flexibility
Citation: Dimova, V. & Georgiev, D. (2024). Investigating the impact of the costs for the floor profile on the technological flexibility of six-row buildings for free-box breeding of dairy cows. Bulg. J. Agric. Sci., 30(6), 1141–1158
References: (click to open/close) | Agritop (2022a). Feed distribution trailers. https://agritop.bg/bg/Furazhorazdavashti_remarketa-c190. Agritop (2022b). Equipment for dairy farms. https://agritop.bg/en/Equipment_for_dairy_farms-c183. AgroVista (2022). Technological solutions for animal husbandry. Nutrition technology. Technique for seizure, loading, mixing, slicing, dosing, transportation and distribution of feed. http://www.agro-vista.com/ (Bg). Albers Dairy Equipment (2021). All Steel Agricultural Buildings. Freestall Barns. http://www.albersdairyequipment.com/milking-barns.php. Alpha-Mix Ltd. (2022). Machines, equipment and consumables for the efficient farm. Product catalog. Anderson, N. (2007). Free Stall Dimensions, Livestock Technology, 2, 1-15. Ministry of Agriculture, Food and Rural Affairs, Ontario (CA). Animal Protection Act, in force since 31.01.2008 (2008), (SG, issue 13 of 08.02.2008, last amendment, SG No. 17 of 23.02.2018) (Bg). Auernhammer, H. (1988). Inexpensive dairy cattle barns only for larger farms and for conversions. Bayer Agriculture, 65, 120-126. Bickert, W. G., Janni, K. A., Holmes, B. J. & Kammel, D. W. (2000). Dairy Freestall Housing and Equipment. 7th edition. MWPS-7. Midwest Plan Service. Iowa State University. Ames, 160. DeLaval (2022). Cow comfort. The ultimate dairy farm management platform. https://www.delaval.com/en-za/product-catalogue/. Dimova, V. (2001). Study for establishing dependencies between relative construction costs in the construction of the technological profile of the floor and the widths of closed buildings for lactating cows. Zhivotnovadni nauki, 3(4), 82-85 (Bg). Dimova, V. (2022). Assessment of the impact of the costs of building the floor profile on the technological flexibility of four-row buildings for free-box breeding of cows. Agricultural Science and Technology, 14(2), 81-94 (Bg). Dimova, V., Popova, J., Zhekov, J., Tateva, M. & Gaidarska, V. (2003). Influence of width on investments in construction of buildings for free-range breeding of dairy cows. Zhivotnovadni nauki, 3(6), 8-13 (Bg). Dinev, D. (1988). Study of the Parameters of Buildings for Lactating Cows According to the Technologies and Techniques Used. Thesis for PhD, Trakia University, Stara Zagora, 42-56 (Bg). Dinev, D. (2007). Research on Technological and Construction Solutions of Buildings for Raising Cows for Milk in the Republic of Bulgaria. Habilitation thesis for awarding the title "Professor", Stara Zagora, 314 (Bg). Dinev, D. & Dimova, V. (2006). Influence of the location of the rows of individual boxes on some of the technical and economic indicators of two- and three-row buildings for cows. Selskostopanska technika, 6, 2-8. Sofia (Bg). Dinev, D. & Dimova, V. (2007). Influence of the location of the rows of individual boxes on some of the technical and economic indicators of four- and six-storey buildings for cows. Selskostopanska technika, 1, 2-9. Sofia (Bg). Dinev, D., Delchev, N. & Dimova, V. (2017). Agricultural Buildings. Stara Zagora: Academic Publishing House of Trakia University - Stara Zagora, 231, ISBN: 978-954-338-137-1 (Bg). GEA (2022). Product catalogue - Barn technology for dairy farms. Practical system solutions for stalls, manure engineering and feeding. https://www.gea.com/en/binaries/gea-product-catalogue-barn-technology-farm-equipment-en_tcm11-39660.pdf. Holmes, B., Kammel, D. W. & Palmer, R. W. (2005). Transitioning in Steps: Costs of Modernization. Modernization choices – spending your money wisely. University of Wisconsin, Biological Systems and Engineering, 16. House, H. (2015). Dairy Housing. Layout Options. Published by the Ontario Ministry of Agriculture, Food and Rural Affairs, Ontario, Toronto, Canada. ISSN 1198-712X. Limk LTD (2021). Cow farms equipment. Catalogue. https://www.limk.bg/images/Catalogs/cat_bg-limk-10_12_21.pdf. Norms for Design of Concrete and Reinforced Concrete Structures. (1987). (Promulgated, SG No. 17/1987, as amended). Norms for Design of Steel Structures (1997). “ABC Technika” Publishing House, Ltd., Sofia, 160. Palmer, R. W. (2000). Dairing in the New Millenium. Animal Housing: Keep Cost, Cow Comfort and Animal Management A Top Priority /Dairy Modernization Planning Guide - Part 8, 53, 28-33. Patura (2022). Barn and Stable Equipment - Cubicle Divider Comfort. Safety Self - Locking Feed Fronts, 13-116. https://www.patura.info/FTP/Katalog2022/Ges_22_GB_72dpi.pdf. Pereira, J. M., Álvarez, C. J. & Barrasa, M. (2003). Prediction of dairy housing construction costs. Journal of Dairy Science, 86(11), 3536-3541. Department of Agroforestry Engineering, University of Santiago de Compostela, 27002 Lugo, Spain. http://jds.fass.org/cgi/content/abstract/86/11/3536. Prashaw, J. (2021). DeLaval. Large Herd Facility Design. https://www.delaval.com/en-ca/about-us/the-navigator2/designing-your-dairy/large-herd-facility-design/. Prime (2019). Free stall Dairy Barns. Engineering and Fabrication. Milk Parlors by Prime. Prime Metal Buildings & Design Prime Buildings Components, L.L.C., Аll rights reserved. https://www.primebldg.com/dairy/. Regulation No. 30/2000 of the Ministry of Agriculture and Food on the veterinary-sanitary and hygienic requirements for the extraction of raw milk, construction and operation of milk processing enterprises, production and trade in heat-treated milk and dairy products (promulgated SG, issue 15/17.02. 2006). Regulation No. 16/2006 of the Ministry of Agriculture and Food for protection and welfare in the breeding and use of agricultural animals (SG, issue 18 of 28.02.2006, last amendments and supplements, SG 61/08 of 28.07.2017). Regulation No. 44/2006 of the Ministry of Agriculture and Food on the veterinary medical requirements for livestock farms (promulgated, SG No. 41 of 19.05.2006, last amended SG, No. 6 of 22.01.2021). Royer, T. R. (2003). Options for Construction Contracting, Building Freestall Barns and Milking Centres: Methods and Materials. Harrisburg, PA. NRAES - 148, 65-71. Stanev, S., Dimova, V. & Popova, J. (2001). Study for establishing a criterion for determining construction costs in the construction of cattle farms. Zhivotnovadni nauki, 3(3-4), 141-145 (Bg). Stokes, S. & Gamroth, M. (2006). Freestall Dairy Facilities in Central Texas. Texas Agricultural Extension Service, The Texas A&M University System. Oregon State University, L - 5311, 5-99. Technological Norms for Design of Livestock and Poultry Complexes and Farms (1982). National Agrarian-Industrial Union (NAIU), Sofia. Trioliet (2021). Premium Feeding Technology: Feed Mixers and (Automatic) Feeding Systems for Dairy Farmers. https://www.trioliet.com/. Tucker, C. B., Weary, D. M. & Fraser, D. (2004). Free-Stall Dimensions: Effects on Preference and Stall Usage. Journal of Dairy Science, 87(5), 1208-1216. DOI:https://doi.org/10.3168/jds.S0022-0302(04)73271-3. Wolf System (2021). Rinderställe - durchdacht und funktional. Konstruktion - an sämtliche Anforderungen angepasst. WOLF System GmbH. https://wolfsystem.de/agrarbau/staelle/rinderstaelle.html. |
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| Date published: 2024-12-16
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