Application of rotary dryer modification technology to increase animal feed production efficiency
DOI:
https://doi.org/10.12928/jpm.v6i2.5360Keywords:
Seafood waste, Animal feed, Rotary dryerAbstract
Lorong Ujung Tanjung Dua, Lingk 15, Bagan Deli Village, Belawan, North Sumatra became the location of this community research and service with Mr. Deddy Suryono as the owner of the business as the partner. His business activity is processing seafood shell waste into animal feed products. This business partner had problems whereas manual drying prolong the time due to the natural causes. Furthermore, the market of the product was in lower level due to the absence of explanation of the content of the product and also the brand name. One of the solution to propose is a high quality functional drying oven with eligible size and fixed temperature. Secondly, to increase the marketing of the product it need to be standardize by laboratory and make the brand name. The results, Rotary Dryer Modification Technology was used as the dryer which increased the product 4 times in quantity. The product was analysed in laboratory with three type of products whereas Shrimp Skin, Crab Skin and Fish Skin. The lab result showed that fish skin has the highest protein more than 50%. The brand name then named as EBYPRO.
References
Monika Y., Priynshi G., Kunwar P., Manish K., Nidhi P. and Vivekanand V., “Seafood waste: a source for preparation of commercially employable chitin/chitosan materials,” Bioresour, Bioprocess, 2019, 6:8.
Andre RY Wowor, B. Bagau, I. Untu and H. Liwe, “The Content of Crude Protein, Calcium, And Phosphorus Of Shrimp Waste Flour As Feed Ingredients Treated With Acetic Acid,” Journal of Zootek (“Zootrek” Journal ), 2015, Vol. 35 No. 1 : 1-9.
Edward JD, Marni K., Riardi P. Dewa, “Isolation of Chitin And Chitosan From Shrimp Shell Waste,” BIAM Magazine, 2016, 12 (01), 32-38
Emma S., Natalia S., Tokok A., “Manufacture of Synthetic Biopolymer of Chitosan, Poly(2-amino-2-deoxy-D-Glucose), Pilot Project Scale from Shrimp Shell Waste as Alternative Raw Material,” Proceedings of the National Seminar on Chemical Engineering "The Struggle" of Chemical Technology Development for Indonesian Natural Resources Processing, 2012.
Islam SZ, Khan M., and Nowsad Alam AKM., “Production of chitin and chitosan from shrimp shell wastes,” J. Bangladesh Agril. Univ., 2016, 14(2): 253–259.
James N., Haryono S., Jubhar C., Mangimbulude, Ferdy SR., “Components of Active Compounds in Shrimp and Their Applications in Food,” Medical Science, 2013, Vol. 5, No. 2, 128-145.
Marni K., and Maria FL., “Chitosan Characterization From Shrimp Waste With Different Bleaching And Deacetylation Processes,” BIAM Magazine, 2016, 12 (01) 1-7
Mirzah and Filawati., “Shrimp Waste Treatment to Obtain Animal Protein Source Feed Substitute Fish Meal,” Indonesian Animal Husbandry Journal, 2013, Vol 15 (1)
Moondra Z., Zainuddin M., Nurmalis, Hafni IN, Minda SS, Ricky AS, Mutya FS, Agustina M. and Harsona S, “Characterization of Chitosan-Bentonite and Water Hyacinth Plant as a Potential Adsorbent,” IJCST-UNIMED, 2018, Vol. 01, No.1, Page; 50 – 54.
Moondra Z., Zainuddin M., Hafni IN, Ricky AS., and Wasis WWB, “The Mixture Of Water Hyacinth Plant And Chitosan Bentonite As A Modified Absorbent For Pb(II) Removal In Liquid Waste,” Pol Res, 2020, 39 (2) : 245-250
Sacharow, S. 1966. A. “Food Processing Trenos Thrust Packaging Materials Into the Sapce Age. Paper”, Film Foil Conventer 40 (5) 58-61
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