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Investigation of solar thermal energy alternatives and their applications to water heating and air cooling in the meat processing industry

机译:研究太阳能热替代品及其在肉类加工业中的水加热和空气冷却中的应用

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摘要

[Abstract]: This research project sought to provide insight into the possible applications of solar thermal energy within the meat processing industry.ududThis project is carried out in conjunction with Churchill Abattoir; with the view to develop a solar thermal alternative for producing heated water to cater in part for the needs of their operation whilst simultaneously providing refrigeration. In terms of an industry comparison, Churchill Abattoir is ranked approximately 25-30th of 180 abattoirs nationwide and processes (i.e. slaughter, bone and butcher) around 2500 cattle per week.ududThe meat processing industry has a high demand for heated water. Its uses vary from hand washing and laundry (congruent 43 degrees C) to sterilisation of equipment such as saws, meat hooks knives etc (>83 degrees C). It also has high energy needs for refrigeration.ududA solar thermal system that could reduce energy costs in these areas would not only benefit Churchill Abattoir but may see further application within industry.ududProject aims includeud- Research current alternatives in solar thermal systems.ud- Establish design parameters.ud- Produce a conceptual solar thermal system.ud- Investigate the potential of such a system to cooling processes.ududThe project began by researching the existing alternatives for system components such as energy collectors, solar tracking, chillers and heaters. Once the component variables and design parameters for a conceptual system had been established an initial design was proposed and analysed to determine its capabilities. As a result of the analysis components and sizes were selected for a real system that could be implemented at the abattoir.ududThis project seeks ultimately to improve abattoir operations by reducing non-renewable energy use through the development of a solar thermal system. Its outcomes have the potential to benefit the wider industry.
机译:[摘要]:此研究项目旨在提供对肉类加工业中太阳能热利用的可能见解。 ud ud该项目与丘吉尔屠场联合进行;为了开发一种太阳能热替代品,以生产热水来部分满足其运行需要,同时提供制冷。从行业比较的角度来看,丘吉尔屠宰场在全国180个屠宰场中排名第25至30,每周加工(即屠宰,屠宰和屠宰)约2500头牛。 ud ud肉类加工行业对热水的需求很高。它的用途从洗手和洗衣(一致的43摄氏度)到诸如锯,肉钩刀等设备(> 83摄氏度)的灭菌过程不等。 ud ud可以降低这些地区能源成本的太阳能热系统不仅会造福丘吉尔·屠场(Churchill Abattoir),而且可能会在工业中得到进一步应用。 ud ud项目目标包括 ud-研究当前的替代方案 ud-建立设计参数。 ud-生产概念性的太阳能热系统。 ud-研究这种系统对冷却过程的潜力。 ud ud该项目首先研究了系统组件的现有替代方案。例如能量收集器,太阳能跟踪器,冷却器和加热器。一旦建立了概念系统的组件变量和设计参数,便提出初始设计并进行分析以确定其功能。作为分析的结果,为可以在屠宰场实施的真实系统选择了组件和尺寸。 ud ud该项目最终旨在通过开发太阳能热系统来减少不可再生能源的使用,从而改善屠宰场的运营。其成果具有使整个行业受益的潜力。

著录项

  • 作者

    Muller Zach Anthony;

  • 作者单位
  • 年度 2010
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  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
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