Evaluation of salt cured Kenyan hides and skins Part I of a case study at Mariakani Curing premises, Coast province, Kenya

M. Mwinyihija, Joan A. Magero, G. Chemining’wa
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Abstract

A study was conducted at curing premises at Mariakani at the Coast province of Kenya, where salt curing of hides and skins from Cattle, goat and sheep was evaluated. The parameters investigated eventually compared various species in aspects related to blood yield at slaughter point and moisture loss during preservation in a span of 0, 7 and 14 days. The results indicated that blood yield (%) based on body weight showed Sheep>Goat>Cattle. Moreover, moisture weight was highest on the first 7days and reduced to the minimum on day 14 onwards. However, the highest % moisture loss when Cattle hides, sheep and goat skins were compared indicating that both in day 7 and 14 hides>goat>sheep. Incidentally blood yield of an animal specie positively correlated to that of body weight. This was exhibited when Goat skins (weighing 12 kg ± 2.65) yielded 5.5% ± 1.12 blood of its body weight whilst Sheepskins (weighing 13kg± 2.00) yielded 6.7% ± 1.72 of its body weight. The resultant effluent for such moisture production indicated that various amounts of complex contaminant were produced in the process. The final effluent emanating from the cured hides and skins were further characterized and the parameters such as the COD, Lead, Copper, Zinc, Salinity, particulate matter, pH and turbidity were analysed. It is envisaged that further studies be undertaken to evaluate the effluents impact; on soils, aquatic and atmospheric systems to determine the extent of potential damage to the environment.
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评估盐腌肯尼亚皮革和皮肤在马里亚卡尼腌制处所,海岸省,肯尼亚第一部分的案例研究
在肯尼亚海岸省Mariakani的腌制场所进行了一项研究,在那里对牛、山羊和绵羊的皮革和皮肤的盐腌制进行了评估。所调查的参数最终比较了不同物种在0,7和14天内屠宰时的血液产量和保存期间的水分损失。结果表明:以体重为单位的血产量(%)表现为绵羊>山羊>牛。水分重在前7d最高,在第14 d以后降至最低。在第7天和第14天,牛皮、绵羊皮和山羊皮的水分损失率最高,分别为羊皮>山羊>绵羊。顺便提一下,动物的血产出量与体重正相关。当山羊皮(重12公斤±2.65)的血液含量占其体重的5.5%±1.12,而绵羊皮(重13公斤±2.00)的血液含量占其体重的6.7%±1.72时,就表现出了这一点。这种产湿产生的出水表明,在此过程中产生了不同数量的复杂污染物。对兽皮固化后的最终出水进行了表征,并对COD、铅、铜、锌、盐度、颗粒物、pH、浊度等参数进行了分析。预计将进行进一步的研究,以评估废水的影响;对土壤、水生和大气系统,以确定对环境的潜在损害程度。
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