Yanti, Dwi (2014) PENGARUH LIMBAH CAIR HASIL PEMOTONGAN BATU ANDESIT TERHADAP KUALITAS AIR DAN TANAH DI HILIR TENGAH SUB DAS CIMANGGUNG, KECAMATAN DUKUPUNTANG, KABUPATEN CIREBON. Other thesis, UPN ''VETERAN'' YOGYAKARTA.
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Abstract
Pembangunan merupakan upaya sadar dan terencana dalam memanfaatkan sumber daya untuk pemenuhan kebutuhan hidup. Sehingga didirikan industri-industri untuk pemenuhan kebutuhan. Salah satunya adalah industri pemotongan batu andesit yang dimanfaatkan sebagai ornament hiasan rumah. Daerah penelitian terletak di kecamatan Dukupuntang, kabupaten Cirebon, Jawa Barat dengan luas sekitar 3690,224 Ha. Penelitian bertujuan untuk mengetahui dampak limbah pemotongan batu andesit terhadap perubahan kualitas lingkungan di hilir tengah sub DAS Cimanggung, Kecamatan Dukupuntang, kabupaten Cirebon. Metode penelitian yang digunakan yaitu metode survei, laboratorium dan wawancara. Metode survey adalah metode pengumpulan data baik pengamatan maupun pengukuran yang di dapatkan dari lapangan, metode laboratorium adalah metode untuk mengetahui kualitas air limbah yang diambil di lapangan dan metode wawancara adalah metode dengan menggunakan hasil quesioner yang telah di bagikan pada masyarakat di daerah penelitian sebagai pembanding dari kedua metode survey dan laboratorium. Penelitian ini dilakukan melalui tahap persiapan, tahap kerja lapangan, tahap analisis dan evaluasi, dan tahap penyusunan hasil laporan. Berdasarkan hasil uji kualitas pada 25 titik sampel, dengan tujuh parameter yang diuji yakni TSS,TDS,DO,Kekeruhan,pH,Ca dan Mg hanya parameter TSS yang melebihi baku mutu. yakni pada titik A3 (2.042 mg/l), A6 (4.962 mg/l), A10 (2.356 mg/l), A11 (2.472 mg/l), A12 (6.142 mg/l), A15 (1.134 mg/l), A16 (4.790 mg/l), A19 (3.670 mg/l) dan A20 (3.322 mg/l) hal ini menyebabkan air sungai keruh dan menurunkan kadar DO air sungai. Sedangkan untuk hasil uji kualitas tanah, lahan pertanian yang terkena dampak sedimentasi akibat limbah pemotongan batu andesit kadar c-organiknya lebih rendah dibandingkan lahan yang tidak terkena dampak. dan berdasarkan hasil analisis beban endapan sungai pada titik A13 memiliki beban endapan sungai paling tinggi yaitu 11,12 Ton/hari. Sehingga arahan pengelolaan yang disarankan adalah membuat bak pengendapan untuk menurunkan kadar TSS limbah hasil pemotongan batu Andesit tersebut. Kata Kunci: Limbah , kualitas air, kualitas tanah, TSS, DO, C-organik, Beban Endapan sungai, Development is a conscious and planned effort in utilizing resources for subsistence. So established industries to meet the needs. Such as industrial cutting andesite which is used as home decoration ornaments. Study area is located in the district Dukupuntang, district of Cirebon, West Java, with an area of 3690.224 ha. The study aims to determine the impact of waste cutting andesite to changes in environmental quality in the middle of the downstream sub-watershed Cimanggung, District Dukupuntang, Cirebon district. The method used is the method of survey, laboratory and interviews. Survey method is a good method to collection data both observations and measurements in getting from the field, laboratory method is a method to determine the quality of waste water taken in the field and interview method is a method of using the results of questionnaires that have been distributed to the community in the study area as a comparison of both survey and laboratory methods. This research was conducted through the preparation stage, the stage of fieldwork, analysis and evaluation stage, and the stage of preparation of the report. Based on the results of quality tests at 25 sample points, with seven parameters tested namely TSS, TDS, DO, turbidity, pH, Ca and Mg only parameter that exceeds the quality standard TSS. namely at the point A3 (2,042 mg / l), A6 (4,962 mg / l), A10 (2356 mg / l), A11 (2,472 mg / l), A12 (6142 mg / l), A15 (1134 mg / l) , A16 (4790 mg / l), A19 (3.670 mg / l) and A20 (3,322 mg / l) this causes turbid river water and river water to reduce levels of DO. As for the test results of soil quality, agricultural land affected due to sedimentation of waste cutting andesite-organic C levels lower than land that is not affected. and based on the results of the analysis of stream sediment load at point A13 has the highest stream sediment load is 11.12 tons / day. So that management directives are recommended to make bath deposition to reduce levels of TSS cutting waste aggregates the results. Keywords: waste, water quality, soil quality, TSS, DO, C-organic, stream sediment load.
| Item Type: | Thesis (Other) |
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| Subjects: | T Technology > TD Environmental technology. Sanitary engineering |
| Divisions: | Faculty of Engineering, Science and Mathematics > School of Civil Engineering and the Environment |
| Depositing User: | Erny Azyanti |
| Date Deposited: | 08 Nov 2016 08:53 |
| Last Modified: | 08 Nov 2016 08:53 |
| URI: | http://eprints.upnyk.ac.id/id/eprint/8578 |
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