Jadhao Vishal M, Sathish Kumar M H, Jayaraj Rao K, Matche Rajeshwar S
Quality Assurance, GCMMF Ltd., Anand, India.
Dairy Technology Section, SRS, ICAR-National Dairy Research Institute, Adugodi, Bengaluru, Karnataka 560030 India.
J Food Sci Technol. 2021 May;58(5):2019-2027. doi: 10.1007/s13197-020-04714-w. Epub 2020 Aug 16.
An attempt was made to develop coconut shell-based eco-friendly packaging material for the packaging of set-type . Beeswax was used to improve the moisture barrier properties of coconut shell (CS). UV treatment for 60 min showed complete disinfection of the coconut shell surface. The top open side of the coconut shell was sealed with aluminium foil using pectin solution as adhesive. Set-type was prepared and packaged in beeswax coated CS (BCCS) and evaluated for physico-chemical, textural, sensorial and microbiological quality changes for a period of 21 days at 6 ± 1 °C. The rate of increase in acidity was found slower in BCCS as compared to packaged in polypropylene cups (control). There was no whey separation, consequently water-holding capacity and firmness of product were better in packaged in BCCS. The sensorial analysis revealed better body and texture properties for packaged in BCCS. However, the flavour score of packaged in BCCS decreased comparatively after 12 days due to the absorption of coconut flavor by the product. These findings demonstrated the potential of coconut shell based eco-friendly packaging material for packaging set-type and thereby aim to reduce the use of non-biodegradable plastics.
人们尝试开发一种基于椰壳的环保包装材料用于凝固型产品的包装。蜂蜡被用于改善椰壳(CS)的防潮性能。60分钟的紫外线处理使椰壳表面完全消毒。椰壳顶部开口侧用果胶溶液作为粘合剂,用铝箔密封。制备凝固型产品并包装在涂有蜂蜡的椰壳(BCCS)中,并在6±1°C下评估21天内的物理化学、质地、感官和微生物质量变化。与包装在聚丙烯杯(对照)中的产品相比,发现BCCS中酸度的增加速率较慢。没有乳清分离,因此包装在BCCS中的产品的持水能力和硬度更好。感官分析表明,包装在BCCS中的产品具有更好的质地和口感特性。然而,由于产品吸收了椰子味,包装在BCCS中的产品在12天后的风味评分相对下降。这些发现证明了基于椰壳的环保包装材料用于包装凝固型产品的潜力,从而旨在减少不可生物降解塑料的使用。