PENGOMPOSAN ECENG GONDOK (Eichornia Crassipes SOLMS)  DENGAN METODE   SEMI ANAEROB DAN  PENAMBAHAN AKTIVATOR EM4

Marjenah, Marjenah; Simbolon, Justina

doi:10.31293/agrifor.v20i2.5692

Cited by 3 publications

(3 citation statements)

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“…Para peneliti memberikan alternatif solusi pengolahan eceng gondok menjadi barang kerajinan yang bernilai ekonomis (Rahmiyanti et al, 2022;Retnoningrum, 2014;Rufaida & Pristiwati, 2005;Setiati et al, 2020;Wardiah et al, 2019). Eceng gondok juga dapat dijadikan unsur hara (Marjenah & Simbolon, 2021;Patra et al, 2019;Sittadewi, 2007). Kandungan nutrisi eceng gondok dapat digunakan sebagai pakan ternak (Irawati et al, 2019;Ramlan & Indrianti, 2018;Viomalini & Nugrahini, 2020;Wahyuni et al, 2021), eceng gondok merupakan tumbuhan yang banyak mengandung selulosa, hemiselulosa, dan sedikit lignin.…”

Section: Pendahuluanunclassified

“…Ketiga, data hasil analisis (Yuslipar, 2022). Pemanfaatan eceng gondok sebagai pupuk organik dengan pengomposan sudah banyak dilakukan untuk pemenuhan kebutuhan unsur hara tanaman (Hasilta, 2018;Juliani et al, 2017;Lukman & Kusrianty, 2021;Marjenah & Simbolon, 2021;Sittadewi, 2007;Wulandari et al, 2016;Yanuarismah et al, 2012). Humus/kompos yang bersumber dari eceng gondok mampu meningkatkan kesuburan tanah dan bermanfaat untuk pertanian.…”

Section: Metode Penelitianunclassified

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Ubah gulma menjadi emas: studi kasus pengolahan eceng gondok menjadi humus aktif & enzimatik di Waduk Jatiluhur Purwakarta

Poernama,

Pebriansyah,

Arifin

et al. 2023

E-BISMA

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Water hyacinth increase flourishingly and spread rapidly and it potentially harms aquatic ecosystems as it covers water surface and endanger water ecosystems. In Jatiluhur reservoir, the water hyacinth has spread up to 10% of the entire reservoir. Therefore, society's participation in developing active humus/compost and liquid fertilizer from water hyacinth is advantageous for Tirta Emas farmers group in Desa Jatimekar, Kecamatan Jatiluhur, Purwakarta. Furthermore, this study aimed to observe the involvement of PT Pegadaian in the goldifying water hyacinth collaboration program by KUBMN. This study was a literature research as the research was conducted by collecting numerous literature sources such as research articles, books and reports regarding goldifying weeds or water hyacinths and the role of PT. Pegadaian in the program. In the library research, the researchers collected more than 50 research articles, books and study reports regarding water hyacinth's benefits and it's economic potentials. Thus, this study identified that the goldifying program of PT Pegadaian was advantageous in some aspects such as: 1) Ecological aspects: Water environment in Jatiluhur reservoir was better. Because the negative impacts of water hyacinth could be decreased and it was more controllable. 2) Economic aspect: people's income increased as a result of liquid fertilizer from water hyacinth program and sustainable fish cultivation. 3). Social aspect: the beauty of nature in Jatiluhur reservoir without water hyacinth, the emergence of tourist attractions and a harmony relationship between PTJ II as reservoir's manager and people in society.

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Section: Pendahuluanunclassified

Section: Metode Penelitianunclassified

Ubah gulma menjadi emas: studi kasus pengolahan eceng gondok menjadi humus aktif & enzimatik di Waduk Jatiluhur Purwakarta

Poernama,

Pebriansyah,

Arifin

et al. 2023

E-BISMA

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“…Sejumlah panas diurai dan dilepas pada proses penguraian bahan organik sehingga menyebabkan temperatur kompos menjadi naik turun. 28) Kompos yang menumpuk yang terlalu rendah mengakibatkan suhu kompos menurun dan tidak dapat menahan panas dari proses penguraian kompos. 29) Penelitian ini sejalan dengan penelitian sebelumnya yang menyatakan bahwa pada fase akhir proses pengomposan, kompos yang akan matang ditandai dengan penurunan suhu yang stabil.…”

Section: Analisis Suhu Komposunclassified

Pemanfaatan Air Lindi Sebagai Aktivator Kompos Metode Takakura

2022

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Waste is a product of human activity in the form of residual and unwanted existence. Utilization of leachate as a bio activator is an alternative to utilizing leachate from waste piles into something useful for processing organic waste into compost. The study aimed to determine whether or not there was a significant difference in the growth rate of composted tomato plants with leachate activator and compost without activator. The research method used a semi-quasi-experimental design with a treatment group and a control group and composting for 30 days and testing on plants for 15 days. Statistical analysis using the Independent Sample T-Test. The result of this research is that compost with 45 ml of leachate activator produces compost with a pH of 7.5, a final temperature of 31oC, and a final humidity of 60%. The results of the Independent Sample T-Test test on plant height produced p-value (sig) = 0.467> 0.05 and on the number of plant leaves produced p-value (sig) = 0.481> 0.05. The study concluded that the results of compost with a leachate activator of as much as 45 ml did not meet the requirements of SNI 19-7030-2004 and there was no significant difference in the average growth of compost tomato plants with a leachate activator and compost without an activator so it can be concluded that the leachate activator was 45 ml has no significant effect on compost quality and tomato plant growth.

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Production of Biogas and Compost from Fermented OPEFB used for Straw Mushroom Planting

Sarono,

Cendikia,

Astuti

et al. 2023

International Journal of Environmental Engineering and Development

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This research aims to determine the effect of adding various decomposers on making biogas and compost from Oil Palm Empty Fruit Bunches (OPEFB) used for straw mushroom production. Method The treatment comprised the addition of five different decomposers. The decomposers used were (1) Control (addition of water), (2) 1,150 grams of cow dung as manure, (3) Waste activated sludge (WAS) from palm oil mill effluent (POME) 700 grams, (4) Giving EM4 68 ml, (5) 2,720 ml of palm oil mill effluent (POME). The parameters observed include temperature, pH, C/N ratio, biogas volume, biogas composition (CH4, CO2, and N2), and compost composition. The results showed that the highest biogas production occurred with the addition of an f EM4 decomposer, and the methane gas content reached 51.2% at 30°C process conditions, pH 7, and C/N ratio of 26.63. The highest biogas production was obtained with the addition of an EM4 decomposer, followed by manure, POME, WAS, and controls. The compost composition closer to SNI requirements was achieved by adding a manure decomposer that produced a C content of 24.63%, N 1.29 %, P 1.57%, K 0.18%, and C/N ratio 20.

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PENGOMPOSAN ECENG GONDOK (Eichornia Crassipes SOLMS) DENGAN METODE SEMI ANAEROB DAN PENAMBAHAN AKTIVATOR EM4

Cited by 3 publications

References 2 publications

Ubah gulma menjadi emas: studi kasus pengolahan eceng gondok menjadi humus aktif & enzimatik di Waduk Jatiluhur Purwakarta

Ubah gulma menjadi emas: studi kasus pengolahan eceng gondok menjadi humus aktif & enzimatik di Waduk Jatiluhur Purwakarta

Pemanfaatan Air Lindi Sebagai Aktivator Kompos Metode Takakura

Production of Biogas and Compost from Fermented OPEFB used for Straw Mushroom Planting

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