LIMBAH KULIT PISANG KEPOK (Musa acuminate) SEBAGAI BIOFILTER ZAT BESI (Fe) DAN ZAT KAPUR (CaCO3)

Budiman, Budiman; Hamidah, Hamidah; Hasria, Hasria

doi:10.31934/promotif.v8i2.497

Cited by 4 publications

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“…Kematian sering terjadi keran kerusakan dinding usus ini. Kadar Fe yang lebih dari 1,0 mg/l akan menyebabkan terjadinya iritasi mata dan kulit (Budiman et al, 2018).…”

Section: Pembahasanunclassified

“…Ayat di atas juga memberi isyarat bahwa penggunaan beberapa media pengganti aerator sebagai bahan alternatif dari alam dalam melakukan proses penyaringan air harus menurunkan parameter toksik tertentu. Seperti penggunaan biji asam dan biji kelor (Damayati et al, 2016), pasir pantai dan pasir kuarsa (Artidarma et al, 2021), kulit pisang kepok (Budiman et al, 2018), maupun arang batok kelapa (Ikhwan, 2016).…”

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Aeration Strategies for the Removal of Iron From Water Manufacturing Industry

Edwinsyah

Kahar²,

Mulyati³

2022

DIVERSITY

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Clean water used for daily needs in the industry must meet health requirements and be safe to use, but artesian well water often contains various dangerous metals, one of which is iron. This study aimed to determine the effect of various variations in the length of aeration contact time on the reduction of iron content in water. In this study, the aeration process of water with various variations in the number of aerators was carried out to reduce the iron content. This type of research was experimental research with a pre and post-test design. The population and sample in this study were partially artesian well water in the shoe industry office. The sampling technique in this study used grab sampling. The results showed the greatest decrease in iron content was in 3 aerators with an initial iron content of 1.18 mg/l after treatment to 0.15 mg/l. The results showed that reducing iron content in clean water with variations in the number of aerators reduced Fe levels. It is recommended to the shoe industry to reduce the iron content of clean water by using an aeration process using an aerator with a capacity of 5 L/second. This study found that using aerators can be effectively used as an economical method in reducing iron content in the industrial and community environment.

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“…Kematian sering terjadi keran kerusakan dinding usus ini. Kadar Fe yang lebih dari 1,0 mg/l akan menyebabkan terjadinya iritasi mata dan kulit (Budiman et al, 2018).…”

Section: Pembahasanunclassified

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Aeration Strategies for the Removal of Iron From Water Manufacturing Industry

Edwinsyah

Kahar²,

Mulyati³

2022

DIVERSITY

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“…Terlebih juga mampu menurunkan kekeruhan dan kadar besi secara optimal (Abdi, et al, 2015). Menurut (Jubilate, et al, 2016); (Budiman, et al, 2019) Limbah Kulit Pisang Kepok (Musa acuminate) efektif sebagai biofilter zat besi (Fe) (Erwinsyah, et al, 2018). (Maliandra, 2016); (Prastiawan, 2019) menyebutkan penggunaan karbon aktif kulit pisang mampu meningkatkan pH air rawa dari 4,2 menjadi 7,4 serta dapat menurunkan nilai kekeruhan besi dan seng.…”

Section: Pendahuluanunclassified

Pendampingan Pembuatan Filtrasi Air dari Limbah Kulit Pisang Kepok dan Penerapan PHBS di Pesantren Hidayatul Muhsinin

Safitri

Selviana

Amelia

et al. 2020

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Pisang kepok (Musa Acuminate Balbsiana C.) adalah pisang yang sangat banyak dijumpai di sekitar Pesantren Hidayatul Muhsinin. Kulit pisang ini dapat dimanfaatkan untuk menjernihkan air dengan cara dibuat menjadi abu sebagai bahan filtrasi air. Pondok Pesantren ini memiliki banyak permasalahan antara lain yaitu penyakit kulit seperti Scabies, Dermatitis, maupun penyakit Diare sering dialami oleh santri. Selain itu, santri di Pesantren Hidayatul Muhsinin memiliki kebisaan kurang menerapkan Perilaku Hidup Bersih dan Sehat (PHBS). Tujuan dari kegiatan ini adalah untuk meningkatkan pengetahuan serta keterampilan santri dalam pembuatan filtrasi air dari limbah kulit pisang kepok dan penerapan PHBS di Pesantren. Dalam kegiatan ini dilakukan transfer ilmu dan teknologi yang dilakukan secara virtual yaitu dengan menggunakan media video animasi dan buku panduan yang akan diberikan kepada mitra. Selain itu juga dilakukan promosi kesehatan mengenai PHBS sebagai upaya pencegahan penyakit di Pesantren Hidayatul Muhsinin. Hasil uji Wilcoxon terhadap pengetahuan santri sebelum dan sesudah dilakukan kegiatan ini, terjadinya peningkatan pengetahuan santri terhadap pembuatan filtrasi air dari abu kulit pisang kepok dengan p value (0,000) dan penerapan PHBS di Pesantren dengan p value (0,000). Sehingga disimpulkan video animasi yang di jadikan sarana pemberian informasi pada kegiatan ini efektif dalam meningkatkan pengetahuan santri di Pesantren Hidayatul Muhlisin

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“…The most common obstacle encountered in using groundwater is the problem of the content of iron (Fe) and lime (CaCO3) contained in raw water. Iron and lime in water are usually dissolved in the form of compounds or bicarbonate, gram sulfate, hydroxide and also in colloidal form or in a state combined with organic compounds (4).…”

Section: Introductionmentioning

confidence: 99%

The Effectiveness of Slow Sand Filtration on Reduction of Iron (Fe) and Calcium (CaCO3) Levels in Water

Moh. Andri,

Budiman,

Fabotin Taib

2023

IJHESS

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Ground water or well water is the largest source of clean water used. The most common obstacle in using groundwater is the problem of iron (Fe) and calcium (CaC03) content in raw water. This research aims to determine the effectiveness of slow sand filtration to reduce Fe and CaCO3 levels in water. This type of research is a pure experimental study in a re-treatment design (One Group Pretest Posttest). The samples of raw water were taken from water pump wells owned by residents on JI. Datu Adam, Lere Village. Sample testing after slow sand filtering was carried out at the UPTD Laboratory of the Office of Environment, Donggala. The filter was carried out with a medium thickness of 45 cm sand, 5 cm gravel sand, 7 cm gravel and 5 cm high puddle water. Before filtering the test results Fe 0.4mg/L and CaCO3 546.37mg/L. Based on the effectiveness test of slow sand filtration with 3 treatments, it was found that the levels of substances after filtering were iron (Fe) 0.29, 0.21 and 0.I2 mg/L respectively, while calcium (CaCO3) was 273.41, 241.35 and 210.11 mg/L respectively. From these results, slow sand filtration is effective in reducing Fe and CaCO3 levels in water. The community is expected to be able to use simple filtering media such as slow sand filters to reduce iron (Fe) and calcium (CaCO3) levels in water. It is also expected to provide additional knowledge studies in the field of public health, especially environmental health.

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LIMBAH KULIT PISANG KEPOK (Musa acuminate) SEBAGAI BIOFILTER ZAT BESI (Fe) DAN ZAT KAPUR (CaCO3)

Cited by 4 publications

References 0 publications

Aeration Strategies for the Removal of Iron From Water Manufacturing Industry

Aeration Strategies for the Removal of Iron From Water Manufacturing Industry

Pendampingan Pembuatan Filtrasi Air dari Limbah Kulit Pisang Kepok dan Penerapan PHBS di Pesantren Hidayatul Muhsinin

The Effectiveness of Slow Sand Filtration on Reduction of Iron (Fe) and Calcium (CaCO3) Levels in Water

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