KARAKTERISTIK FISIK PADA SERAT PELEPAH NIPAH (Nypa fruticans)

Syabana, Dana Kurnia; Widiastuti, Retno

doi:10.22322/dkb.v35i1.3771

Cited by 5 publications

(4 citation statements)

References 4 publications

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“…The average moisture content of nipa palm fronds before carbonization was 12.06%. It was higher than the moisture content of nipa frond fiber reported by Syabana and Widiastuti (2018), which was between 7.4% and 10.1% [21]; this variation may be attributed to regional differences. For activated carbon, the moisture content was 4.81% and 6.27%, respectively, for H 3 PO 4 and KOH activators.…”

Section: Characteristics Of Nipa Palm Frond-activated Carboncontrasting

confidence: 66%

Activated Carbon from Nipa Palm Fronds (Nypa fruticans) with H3PO4 and KOH Activators as Fe Adsorbers

Haryanti,

Suarso,

Manik

et al. 2024

JRM

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Nipa palm is one of the non-wood plants rich in lignocellulosic content. In this study, palm fronds were converted into activated carbon, and their physical, chemical, and morphological properties were characterized. The resulting activated carbon was then applied as an adsorbent of Fe metal in peat water. The carbonization process was carried out for 60 min, followed by sintering at 400°C for 5 h with a particle size of 200 mesh. KOH and H 3 PO 4 were used in the chemical activation process for 24 h. KOH-activated carbon contained 6.13% of moisture, 4.55% of ash, 17.02% of volatile matter, and 78.84% of fixed carbon, while its Fe reduction efficiency was 28.09%. The H 3 PO 4 -activated carbon contained 4.67% of moisture, 2.84% of ash, 16.41% of volatile matter, and 80.57% of bonded carbon, and the Fe reduction efficiency was 52.25%. KOH-activated carbon and H 3 PO 4 -activated carbon contained fixed carbon of 78.84% and 80.57%, respectively, while their average rates of efficiency of Fe reduction were 22.82% and 39.23%, respectively. Overall, the characteristics of activated nipa carbon met the Indonesian standards (SNI No. 06-3730-1995). However, H 3 PO 4 -activated carbon was found to be better at adsorbing Fe metal from peat water.

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Section: Characteristics Of Nipa Palm Frond-activated Carboncontrasting

confidence: 66%

Activated Carbon from Nipa Palm Fronds (Nypa fruticans) with H3PO4 and KOH Activators as Fe Adsorbers

Haryanti,

Suarso,

Manik

et al. 2024

JRM

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“…Manfaat antioksidan pada buah nipah untuk mencegah sel kanker ada dua jenis yaitu : antioksidan alami dan antioksidan sintetis (Dalming, Aliyah, Mufidah, Margareth, & Asmawati, 2018). Selain itu Buah Nipah juga memiliki manfaat bagi kehidupan yaitu: sumber pangan, bahan bangunan, penghasil tepung dan wisata pendidikan (Syabana & Widiastuti, 2018).…”

Section: Pendahuluanunclassified

Pelatihan dan Potensi Usaha Buah Nipah di Daerah Pesisir

Pratiwi

Rahmawati

Lestari

et al. 2023

begawi

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Nipah fruit is a type of palm that grows in coastal areas. The benefits and efficacy of nipah fruit besides being consumed as processed food can also be used as an alternative source of traditional medicine. Tarakan City as a coastal area has high potential for mangrove forests. Likewise with the number of nipa palms. However, the nipa fruit industry has not yet flourished in society and is neglected. So far, nipah fruit is only eaten as it is, and only focuses on utilizing tree trunks and leaves. Seeing this phenomenon, the Team conducted training activities for making Nipah Fruit processing to become Bread Jam. In addition, the Team also identified business potential financially which could be a reference for Partners in developing products. The activities ran smoothly and the enthusiasm of the Partners was evident in the full involvement of the Partners, both in terms of training and mentoring. The results of the calculations from the financial aspect stated that the Nipah Fruit processed product business was profitable. Abstrak: Buah nipah adalah sejenis palem yang tumbuh di kawasan pesisir. Manfaat dan khasiat Buah Nipah selain di konsumsi sebagai olahan makan manfaat buah nipah juga bisa di jadikan sumber alternative pengobatan tradisional. Kota Tarakan sebagai kawasan pesisir memiliki potensi hutan mangrove/bakau yang tinggi. Begitu pula dengan banyaknya pohon nipah. Namun demikian, industri buah nipah belum marak di masyarakat dan terabaikan. Selama ini buah nipah hanya dimakan begitu saja, dan hanya fokus memanfaatkan batang pohon dan daunnya saja. Melihat fenomena tersebut, Tim melakukan kegiatan pelatihan pembuatan pengolahan Buah Nipah untuk menjadi Selai roti. Selain itu Tim juga melakukan identifikasi potensi usaha secara finansial yang dapat menjadi acuan bagi Mitra dalam mengembangkan produk. Kegiatan berjalan dengan lancar dan antusiasme Mitra tampak pada keterlibatan Mitra secara penuh, baik pada sisi pelatihan maupun pendampingan. Hasil dari perhitungan dari aspek finansial menyatakan bahwa usaha produk olahan Buah Nipah mendapatkan keuntungan.

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“…Polychaeta dapat mencerna C-organik hasil degradasi dari proses mikrobial aerob dan anaerob berupa protein, selulosa, dan lignin (Hartanti et al, 2011). Cacing nipah hanya ditemukan berada pada pelepah karena pelepah nipah banyak mengandung selulosa, hemiselulosa, lignin serta kandungan unsur organik seperti Na, K, Cl, Mg, Ca, Si, P, S, dan Al (Syabana & Widiastuti, 2018). Selulosa merupakan sumber karbon yang pemecahannya dapat terjadi melalui fermentasi.…”

Section: Bobot Cacing Nipah (Namalycastis Spp) Selama 70 Hari Inkubasiunclassified

Colonization of Nipa Worms (Namalycastis spp.) Based on Differences in Depth of Placement of Nipah Fronds in Kakap River of West Kalimantan

Panirman,

Tri Rima Setyawati,

Junardi

2023

JBT

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Namalycastis spp. is deposit feeder animal because it eats by utilizing organic matter and omnivorous. The existence of Namalycastis has been found inhabit naturally decomposing nipa fronds (Nypa fruticans). Data regarding the colonization of Namalycastis are currently not available. The purpose of the study is to discover the first time and the peak of colonizations and the number of individual Namalycastis based on the depth of placement of different nipa fronds in Kakap River Mangrove Area of West Borneo. Sampling was carried out at three depths: 0-10 cm, 10-20 cm, and 20-30 cm for three months within a 10 days collection period. The highest number of Namalycastis individual during the study were found in nipa fronds placed at depth of 0-10 cm is 616 individuals with the highest number found in week 4 of incubation. Soil texture in Sungai Kakap mangrove forest was dominated by dust with C-organic content decreased as the number of individual nipa worms decreased.

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KARAKTERISTIK FISIK PADA SERAT PELEPAH NIPAH (Nypa fruticans)

Cited by 5 publications

References 4 publications

Activated Carbon from Nipa Palm Fronds (<i>Nypa fruticans</i>) with H<sub>3</sub>PO<sub>4</sub> and KOH Activators as Fe Adsorbers

Activated Carbon from Nipa Palm Fronds (<i>Nypa fruticans</i>) with H<sub>3</sub>PO<sub>4</sub> and KOH Activators as Fe Adsorbers

Pelatihan dan Potensi Usaha Buah Nipah di Daerah Pesisir

Colonization of Nipa Worms (Namalycastis spp.) Based on Differences in Depth of Placement of Nipah Fronds in Kakap River of West Kalimantan

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