Pemetaan Plasma Nutfah dan Kualitas Ekspor Buah Vanili pada Koperasi Petani Vanili Karavan Donohudan Boyolali

Widya Mudyantini, Suranto Suranto, Solichatun Solichatun, Ari Pitoyo, Suratman Suratman, Purin Candra Purnama

Abstract

Membership of the Indonesian Vanilla Spice producer cooperative "KARAVAN" with a Secretariat office in Donohudan-Surakarta, consisting of 18 districts/cities including Semarang, Ungaran, Kudus, Pati, Grobogan, Blora, Salatiga, Temanggung, Magelang, Kendal, Pekalongan, Karanganyar, Wonogiri , Tegal, Surakarta, Purwokerto, Banyumas, Purworejo, Kulonprogo (DIY). The number of members of the 126 farmer cooperative is around 1300 farmers. The production capacity of assisted vanilla farmers for green reaches 7-8.5 tons of green with a distribution on the Muria slope of around 1-1.5 tons. Salatiga, Ambarawa, Temanggung 2 tons. Wonosobo, Pekalongan, Kendal to Tegal around 3-4 tons, Magelang Purworejo, Banyumas around 2.5-3.5 tons per year. Some potential buyer countries include Switzerland, Germany, Malaysia, the Netherlands and Taiwan. One of the requirements for export is proof of vanillin content testing from a laboratory that has been accredited by KAN, including the UNS Integrated Laboratory UPT. Funding assistance for vanillin level testing is very necessary for farmers. This service helps with the costs of testing vanillin levels at different locations and finding optimal post-harvest handling standards for all members so that the results of vanillin levels can be uniform. Activities that have been carried out include holding an FGD between Karavan farmer cooperative partners and the UNS Integrated Laboratory UPT, BSN (National Standardization Agency) and the Plant Biomaterials Research Group on Wednesday, June 12 2024. This activity aims to make the vanilla farmer cooperative a BSN foster partner in assisting with SNI registration. Also making service partners the main clients in testing vanillin levels at the UNS Integrated Laboratory UPT. Various issues regarding germplasm, cultivation and post-harvest are assisted by the Plant Biomaterials Research Group. This service also involved taking part in an exhibition for the 48th Anniversary in front of the Rectorate on Friday – Saturday 21-22 June 2024. To train and apply the technology for drying vanilla fruit in an oven, research was carried out based on existing journals on vanilla fruit. The best treatment for drying and heating treatment is a water temperature of 55 oC and an oven of 40 oC ( on September 19). The vanillin content test was carried out and the levels were measured in 9 samples from 7 regions. From Tegal (Guci area) the vanillin levels were 1.70%, 1.78% and 1.73% with a standard deviation of 0.04%, the three samples were not significantly different. From Kudus (Mount Muria) 1.86%, Grobogan Sukolilo (North Gendeng) 1.54%, Lumajang (Bromo) 1.20%, Ambarawa 1.46%, Pati 1.59%, Magelang (Gunung Kelir-Ngablak) 1, 52%. The highest levels were from Kudus, followed by Tegal, Pati, Grobogan, Magelang, Ambarawa, and the lowest was Lumajang.

 

Kata kunci :  Vanillin levels, germplasm, exports, Karavan vanilla farmers' cooperative

 

References

Anggraeni, I., Eko, N., & Sri, W. 2019. Ekspor Vanili dan Pengaruhnya terhadap Pertumbuhan Ekonomi Indonesia. Berkala Ilmiah Agribisnis AGRIDEVINA 8 (2), 99-114.

Budiastra, I.W. H Ramadhana, H.N, Nurfadila, H.N. 2023. Determination of Chemical Content of Vanilla Pods (Vanilla planifolia) Non-destructively Using NIR Spectroscopy. International Conference on Biomass and Bioenergy. IOP Conf. Series: Earth and Environmental Science 1187 (2023) 012024. IOP Publishing.

Direktorat Jenderal Perkebunan. 2022. Statistik Perkebunan Non Unggulan Nasional. 2020-2022.

Frendel, D.H. 2011. Handbook of Vanilla Science and Technology. Wiley-Blackwell.

Génesis, V. Buitimea-Cantúa, Chávez-Leaf, Mayra, C. Soto-Caballero, Dario, I. Tellez-Medina, J. Welti-Chanes, Z. Escobedo-Avellaneda. 2023. Enzymatic Activity and Its Relationships with the Total Phenolic Content and Color Change in the High Hydrostatic Pressure-Assisted Curing of Vanilla Bean (Vanilla planifolia) Molecules, 28, 7606.

Havkin-Frenkel D and Belanger FC. 2018. Handbook of Vanilla Science And Technology.Wiley-backwell, United States.

Hernanda, T.A.P., 2021.Vanila, Emas Hijau Indonesia. Info Teknologi. p: 201. International Trade Center (2022). Existing and potential trade between Indonesia and United States of America Product: 0905 Vanilla. Diakses darihttps://www.trademap.org/Product_SelCountry_TS.aspx?nvpm=1%7c360%7c%7c%7c%7c0905%7c%7c%7c6%7c1%7c1%7c2%7c2%7c1%7c1%7c2%7c1%7c1

Kunarto B. 2007. Vanilla sp. Fruit (Vanila planifolia Andrews) : Overview of Processing Technology, Oleoresins, and Quality Standards. Semarang : Semarang University Press.

Ramadhan, M. F., Setyorini, E., Rachmawati, N., & Andriati, E. (2019). Ayo Berkebun Vanili. Bogor: Pusat Perpustakaan dan Penyebaran Teknologi Pertanian.

Rosman, R. 2005. Status dan Strategi Pengembangan Vanili di Indonesia. Perspektif. 4(2) pp. 43 – 54.

Sasmitaloka, K.S. 2016. Study Kelayakan Finansial Pendirian Industri Vanilin dengan Bahan Baku Vanili Basah (Vanili SPP). Jurnal Agroindustri Halal 2(1): 010 – 017.

Sofyaningsih M, Sugiyono, and Setyaningsih D. 2011. Vanillin Retention and Color Changes in Concentrated Vanilla

Extract During Storage. Jurnal Teknologi and Industri Pangan 22: 110-117. ISSN: 1979-7788.

Wiratno, Rosman, R., Ruhnayat, A., Syahid, S.F., Maslahah, N., Efiana dan Miftahudin. 2018. Sirkuler, Informasi Teknologi Tanaman Rempah dan Obat. Bogor: Balai Penelitian Tanaman Rempah dan Obat.

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