1Green Technology Research Center, Program Doktor Ilmu Lingkungan, Sekolah Pascasarjana Universitas Diponegoro, Semarang 50241, Indonesia, Indonesia
2Departemen Keselamatan & Kesehatan Kerja, Program Studi Kesehatan Masyarakat, Fakultas Ilmu & Teknologi Kesehatan, Universitas Jenderal Achmad Yani, Cimahi 40633, Indonesia, Indonesia
3Health Safety Environmental Departement, Divisi Concentrating PT Freeport Indonesia, Tembagapura 99960, Indonesia, Indonesia
4 Program Studi Teknik Lingkungan, Fakultas Teknik Sipil & Perencanaan, Universitas Kebangsaan Republik Indonesia, Bandung 40263, Indonesia, Indonesia
5 Program Studi Teknik Lingkungan, Fakultas Teknik Sipil, Lingkungan & Kebumian, Institut Teknologi Sepuluh Nopember, Surabaya 60111, Indonesia, Indonesia
BibTex Citation Data :
@article{JKLI44168, author = {Arif Susanto and Agus Riyanto and Edi Putro and Uli Amrina and John Wilmot and Sulthan Quds}, title = {Analisis Kualitas Air Berdasarkan Konsentrasi Ozone (O3) pada Penyediaan Air Minum (PAM) di Gedung Perkantoran}, journal = {Jurnal Kesehatan Lingkungan Indonesia}, volume = {21}, number = {2}, year = {2022}, keywords = {EPAnet; konsentrasi ozone (O3); kualitas air minum; ozonasi; penyediaan air minum (PAM)}, abstract = { Latar belakang: Dalam memenuhi kebutuhan air minum pekerja Divisi Concentrating PT Freeport Indonesia (PTFI), perlu dilakukan pemantauan kualitas berdasarkan karakteristik air baku dan unit pengolahan yang digunakan. Sistem disinfeksi dengan ozonasi diterapkan PTFI bertujuan untuk membasmi mikroorganisme, tertutama bakteri patogen, serta membuat air minum olahan menjadi lebih sehat, karena penggunaan disinfektan klor dapat mengalami masalah seperti terbentuknya trihalomethane s (THMs) maupun perhitungan breakpoint clorination (BPC) yang kurang tepat. Tujuan penelitian ini yaitu untuk mengevaluasi konsentrasi ozone (O 3 ) di dalam penyediaan air minum (PAM) di gedung perkantoran OB-1 dan OB-2 Divisi Concentrating PTFI agar sesuai dengan Keputusan Menteri Perindustrian dan Perdagangan No. 705 tahun 2003 bahwa kadar O 3 dalam air minum harus berkisar antara 0,1 sampai 0,4 mg/L. Metode : Penelitian menggunakan metode observasi dan dilaksanakan pada bulan Juli sampai Oktober 2021. Desain penelitian menggunakan cross sectional dengan mengukur konsentrasi O 3 pada sistem PAM. Teknik sampel yaitu sampel jenuh berdasarkan jumlah titik pemantauan yang hanya berjumlah 10 titik, yaitu titik atau stasiun distribusi yang terdiri atas 5 lantai pada setiap gedung. Analisis data menggunakan metode Lagrangian . Instrumen penelitian menggunakan perangkat lunak EPAnet agar dapat diperoleh simulasi konsentrasi O 3 yang terkandung dalam air minum. Hasil: Simulasi hidrolis dan kualitas air minum yang dilakukan menunjukkan hasil konsentrasi O 3 pada setiap node dan link berubah setiap perubahan waktu mengikuti segmen distribusi air minum. Hasil simulasi menunjukkan bahwa konsentrasi sisa O 3 di akhir pendistribusian yaitu pada bak penampungan air minum berkisar antara 0,33 sampai 0,39 mg/L. Konsentrasi O 3 dapat dipengaruhi oleh faktor jarak, pH, suhu, dan kondisi lingkungan di sekitar pipa. Terdapat kecenderungan semakin jauh antara reservoir dengan konsumen, maka semakin sedikit pula sisa O 3 yang terkandung didalamnya, hal ini dapat disebabkan oleh adanya reaksi, yaitu bulk reaction dan pipe wall reaction . Simpulan : Konsentrasi awal O 3 yang diinjeksian pada proses disinfeksi memiliki konsentrasi sebesar 0,50 mg/L, konsentrasi tersebut terus berubah hingga pada saat air minum ditempatkan pada bak penyimpanan air minum di gedung kantor OB-1 dan OB-2 Divisi Concentrating PTFI konsentrasinya menjadi berkisar antara 0,33 sampai 0,39 mg/L. Hal tersebut menunjukkan bahwa kualitas air minum yang diolah di Instalasi Pengolahan Air Minum (IPAM) telah memenuhi baku mutu. ABSTRACT Title: Water Quality Analysis Based on Ozone (O 3 ) Concentration in Drinking Water Supply at the Office Background: Monitoring t he quality of the raw water and treatment unit s is necessary to meet the drinking water needs of the Concentrat ing Division employees of PT Freeport Indonesia (PTFI) . Therefore, disinfection with ozonation implemented by PTFI aim ed at eradicat ing microorganisms, particularly pathogenic bacteria, as well as mak ing processed drinking water healthier because the use of chlorine disinfectants can cause problems , such as the formation of trihalomethanes (THMs) due to inaccurate breakpoint chlorination (BPC) calculation s . This research aims to evaluate the ozone concentration in drinking water supply (PAM) in office buildings OB-1 and OB-2 PTFI Concentrat ing Division in compliance with the Decree of the Minister of Industry and Trade No. 705 of 2003 that states that ozone (O 3 ) levels in drinking water should range from 0.1 to 0.4 mg/L . Method: The observation method was used and conducted from July to October 2021. The concentration of O 3 in the PAM system was measured using a cross-sectional design. In addition, the saturated sampling technique was used since the number of monitoring points was limited to 10, namely distribution points or stations consisting of 5 floors in each building. The Lagrangian method was used to analyze the data and the EPAnet software to obtain a simulation of the concentration of O 3 in drinking water. Result s : The hydraulics and drinking water quality simulations reveal that the O 3 concentration at each node and link varies depending on the drinking water distribution segment. The simulation results show that the residual O 3 concentration at the end of the distribution, such as drinking water reservoirs, ranges from 0.33 to 0.39 mg/L. Furthermore, O 3 concentration can be affected by distance, pH, temperature, and environmental conditions around the pipe. This indicates t he greater the distance between the reservoir and the consumer , the less residual O 3 contained in it, and this can be due to reactions, specifically bulk , and pipe wall reactions. Conclusion : The initial concentration of ozone injected in the disinfection process was 0.50 mg/L, which continue d to change until the drinking water was placed in storage tanks in the OB-1 and OB-2 office buildings of the PTFI Concentrating Division . T he resulting concentration range d from 0.33 to 0.39 mg/L , indicating that the drinking water treated at the Drinking Water Treatment Plant (IPAM) met the quality standards. }, issn = {2502-7085}, pages = {122--130} doi = {10.14710/jkli.21.2.122-130}, url = {https://ejournal.undip.ac.id/index.php/jkli/article/view/44168} }
Refworks Citation Data :
Latar belakang: Dalam memenuhi kebutuhan air minum pekerja Divisi Concentrating PT Freeport Indonesia (PTFI), perlu dilakukan pemantauan kualitas berdasarkan karakteristik air baku dan unit pengolahan yang digunakan. Sistem disinfeksi dengan ozonasi diterapkan PTFI bertujuan untuk membasmi mikroorganisme, tertutama bakteri patogen, serta membuat air minum olahan menjadi lebih sehat, karena penggunaan disinfektan klor dapat mengalami masalah seperti terbentuknya trihalomethanes (THMs) maupun perhitungan breakpoint clorination (BPC) yang kurang tepat. Tujuan penelitian ini yaitu untuk mengevaluasi konsentrasi ozone (O3) di dalam penyediaan air minum (PAM) di gedung perkantoran OB-1 dan OB-2 Divisi Concentrating PTFI agar sesuai dengan Keputusan Menteri Perindustrian dan Perdagangan No. 705 tahun 2003 bahwa kadar O3 dalam air minum harus berkisar antara 0,1 sampai 0,4 mg/L.
Metode: Penelitian menggunakan metode observasi dan dilaksanakan pada bulan Juli sampai Oktober 2021. Desain penelitian menggunakan cross sectional dengan mengukur konsentrasi O3 pada sistem PAM. Teknik sampel yaitu sampel jenuh berdasarkan jumlah titik pemantauan yang hanya berjumlah 10 titik, yaitu titik atau stasiun distribusi yang terdiri atas 5 lantai pada setiap gedung. Analisis data menggunakan metode Lagrangian. Instrumen penelitian menggunakan perangkat lunak EPAnet agar dapat diperoleh simulasi konsentrasi O3 yang terkandung dalam air minum.
Hasil: Simulasi hidrolis dan kualitas air minum yang dilakukan menunjukkan hasil konsentrasi O3 pada setiap node dan link berubah setiap perubahan waktu mengikuti segmen distribusi air minum. Hasil simulasi menunjukkan bahwa konsentrasi sisa O3 di akhir pendistribusian yaitu pada bak penampungan air minum berkisar antara 0,33 sampai 0,39 mg/L. Konsentrasi O3 dapat dipengaruhi oleh faktor jarak, pH, suhu, dan kondisi lingkungan di sekitar pipa. Terdapat kecenderungan semakin jauh antara reservoir dengan konsumen, maka semakin sedikit pula sisa O3 yang terkandung didalamnya, hal ini dapat disebabkan oleh adanya reaksi, yaitu bulk reaction dan pipe wall reaction.
Simpulan: Konsentrasi awal O3 yang diinjeksian pada proses disinfeksi memiliki konsentrasi sebesar 0,50 mg/L, konsentrasi tersebut terus berubah hingga pada saat air minum ditempatkan pada bak penyimpanan air minum di gedung kantor OB-1 dan OB-2 Divisi Concentrating PTFI konsentrasinya menjadi berkisar antara 0,33 sampai 0,39 mg/L. Hal tersebut menunjukkan bahwa kualitas air minum yang diolah di Instalasi Pengolahan Air Minum (IPAM) telah memenuhi baku mutu.
ABSTRACT
Title: Water Quality Analysis Based on Ozone (O3) Concentration in Drinking Water Supply at the Office
Background: Monitoring the quality of the raw water and treatment units is necessary to meet the drinking water needs of the Concentrating Division employees of PT Freeport Indonesia (PTFI). Therefore, disinfection with ozonation implemented by PTFI aimed at eradicating microorganisms, particularly pathogenic bacteria, as well as making processed drinking water healthier because the use of chlorine disinfectants can cause problems, such as the formation of trihalomethanes (THMs) due to inaccurate breakpoint chlorination (BPC) calculations. This research aims to evaluate the ozone concentration in drinking water supply (PAM) in office buildings OB-1 and OB-2 PTFI Concentrating Division in compliance with the Decree of the Minister of Industry and Trade No. 705 of 2003 that states that ozone (O3) levels in drinking water should range from 0.1 to 0.4 mg/L.
Method: The observation method was used and conducted from July to October 2021. The concentration of O3 in the PAM system was measured using a cross-sectional design. In addition, the saturated sampling technique was used since the number of monitoring points was limited to 10, namely distribution points or stations consisting of 5 floors in each building. The Lagrangian method was used to analyze the data and the EPAnet software to obtain a simulation of the concentration of O3 in drinking water.
Results: The hydraulics and drinking water quality simulations reveal that the O3 concentration at each node and link varies depending on the drinking water distribution segment. The simulation results show that the residual O3 concentration at the end of the distribution, such as drinking water reservoirs, ranges from 0.33 to 0.39 mg/L. Furthermore, O3 concentration can be affected by distance, pH, temperature, and environmental conditions around the pipe. This indicates the greater the distance between the reservoir and the consumer, the less residual O3 contained in it, and this can be due to reactions, specifically bulk, and pipe wall reactions.
Conclusion: The initial concentration of ozone injected in the disinfection process was 0.50 mg/L, which continued to change until the drinking water was placed in storage tanks in the OB-1 and OB-2 office buildings of the PTFI Concentrating Division. The resulting concentration ranged from 0.33 to 0.39 mg/L, indicating that the drinking water treated at the Drinking Water Treatment Plant (IPAM) met the quality standards.
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