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New Automated Industrial Technologies for Improving Chemical Penetration of Bovine Pieces in the Raw Material Processing and Conditioning Areas of Gelatine Manufacture

机译:改善明胶生产原料加工和调理区牛块化学渗透的新型自动化工业技术

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摘要

The production of gelatine at Gelita N.Z. Ltd. is a time consuming process. The time limiting step in the process is the pre-treatment of the collagen tissue of the raw material in a lime/sodium sulfide solution. The liming solution breaks down the collagen in the tissue to gelatine. This is a necessary step prior to the extraction of gelatine from the hide pieces. The current liming process takes nearly 50 days to complete. Methods were investigated to increase the rate of penetration of the chemicals into the bovine hide raw material. An increase in the penetration of the liming solutions would lead to shorter processing times for this step in the process. The methods that were investigated were temperature controlled mixing, fluidization of the hide pieces and the use of ultrasound. Of all the methods tested, the fluidization of the hide pieces gave the best results. The pretreatment time of the hide pieces was reduced 9 days with this technique. Methods were also investigated to monitor the levels of conditioning in the raw material An accurate technique to measure hide conditioning was important to pilot plant trials. This helped determine how well any of the trail methods increased the penetration of chemicals into the hide pieces. The use of an ultraviolet dye proved an effective method of measuring conditioning for all the pilot plant trials. The level of chemical penetration was monitored by assessing the penetration of the UV dye. The penetration of the UV dye could be quantified by using imaging software. A possible method of monitoring conditioning in full-scale production was tested. It was determined that the glycosaminoglycans and soluble collagen released into the liming solution could be accurately measured, and related to the overall conditioning of the raw material.
机译:Gelita N.Z.生产的明胶有限公司是一个耗时的过程。该过程中的时间限制步骤是在石灰/硫化钠溶液中预处理原料的胶原组织。浸液将组织中的胶原蛋白分解为明胶。这是从生皮中提取明胶之前的必要步骤。当前的涂灰过程需要近50天才能完成。研究了增加化学品渗透到牛皮革原料中的速率的方法。石灰溶液渗透率的增加将导致该过程中此步骤的处理时间缩短。研究的方法是温度控制混合,生皮的流化和超声的使用。在所有测试方法中,生皮碎片的流化效果最佳。用这种技术将生皮的预处理时间减少了9天。还研究了监测原料中调理水平的方法。测量生皮调理的准确技术对中试工厂的试验很重要。这有助于确定任何追踪方法提高化学品渗透到生皮碎片中的程度。紫外线染料的使用被证明是对所有中试工厂进行调理的有效方法。通过评估紫外线染料的渗透率来监控化学渗透的水平。可以通过使用成像软件来量化UV染料的渗透。测试了在大规模生产中监视条件的可能方法。已确定释放到浸灰溶液中的糖胺聚糖和可溶性胶原蛋白可以被准确测量,并且与原料的整体状况有关。

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    Wittich William John;

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  • 年度 2005
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  • 原文格式 PDF
  • 正文语种 en
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