Effect of Storage Period on Physical, Sensory and Mechanical Characteristics of Green Fodders Pellets, Dry Fodders Pellets and Concentrates Pellets

G. Tamil Amutham, N. Sakthivel, S.D. Sivakumar, K.N. Ganesan, M. Thirunavukkarasu
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Abstract

Background: Indian farmers are facing shortage of green and dry fodders to feed their livestock during dry period (lean period) which possess a major hurdle in improving livestock productivity. This study delineates, pelleting of green, dry fodders and concentraes in order to meet out the fodder requirement during winter/lean period, which will in turn consequently improve livestock productivity. Methods: The experiments were conducted at Forage Pelleting Unit, Department of Forage Crops in Agricultural College and Research Institute, Tamil Nadu Agricultural University, Coimbatore, Tamil Nadu from December 2020 to June 2022 to identify the best suitable fodder crops for pellets production. Three laboratory experiments laid out in completely randomized block design (CRD) were conducted with three replication. Each experiment of pelletisation had different treatments, viz., experiment I with 13 different categories of green fodder, experiment II with 11 different types of dry fodders and experiment III with 9 types of concentrates. Result: The observation of physical characteristics (colour and odour) and sensory characteristics (mould) were noted at regular intervals from date of pelleting, 60 days after pelleting, 120 days after pelleting and 180 days after pelleting. The mechanical characteristics such as pellet durability index (PDI) was recorded by using a tumbling can apparatus. The PDI was remained steady over the period of time. In case of pellets made from certain fodder sources, the colour was not the same and odour was not favourable when the pellets were kept for longer duration (beyond 120 DAP). Except for the agathi pellets, cumbu stover pellets and sorghum grain pellets, all other feed pellets were mold-free.
贮藏期对生料颗粒、干料颗粒和精料颗粒物理、感官和机械特性的影响
背景:印度农民在干旱期(贫瘠期)面临着绿色和干燥饲料的短缺,这是提高牲畜生产力的主要障碍。为满足冬/瘦期对饲料的需求,本研究提出了生料、干料和精料的颗粒化,从而提高畜禽生产力。方法:于2020年12月至2022年6月在泰米尔纳德邦哥印拜陀泰米尔纳德邦农业大学农学院及研究所饲料作物系饲料制粒部进行试验,以确定最适合生产颗粒的饲料作物。采用完全随机区组设计(CRD),进行了3次重复实验。每个制粒试验采用不同的处理方式,试验一采用13种不同的青饲料,试验二采用11种不同的干饲料,试验三采用9种精料。结果:从造球之日起、造球后60天、造球后120天、造球后180天,定期观察物理特性(颜色、气味)和感官特性(霉菌)。用翻滚罐装置记录了颗粒耐久性指数(PDI)等力学特性。PDI在一段时间内保持稳定。对于由某些饲料来源制成的颗粒,当颗粒保存时间较长(超过120 DAP)时,颜色不相同,气味也不好。除加草料颗粒、秸秆颗粒和高粱颗粒外,其余饲料颗粒均无霉变。
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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