Kode Mata KuliahTL3201 / 2 SKS
Penyelenggara153 - Teknik Lingkungan / FTSL
KategoriKuliah
Bahasa IndonesiaEnglish
Nama Mata KuliahPerancangan Proses Pengolahan AirWater Treatment Plant Design
Bahan Kajian
  1. Pendahuluan Penjelasan kuliah secara umum, tata cara, ujian dan literatur
  2. Kualitas air dan konfigurasi sistem Standar kualitas, matriks unit pengolah vs removal effectivity, dan alternatif konfigurasi sistem
  3. Prasedimentasi Fungsi, teori dan variabel rancangan yang bisa diatur, dan jenis atau varian unit.
  4. Prasedimentasi dan sedimentasi Perencanan Unit pengolah prasedimentasi, kriteria desain dan perlengkapan standar
  5. Sedimentasi Perencanan Unit pengolah sedimentasi, varian unit sedimentasi, kriteria desain dan perlengkapan standar
  6. Mixing dan koagulasi Fungsi, teori dan variabel rancangan yang bisa diatur, dan jenis atau varian unit dalam unit koagulasi
  7. Koagulasi dan flokulasi Perencanan Unit pengolah koagulasi, varian unit koagulasi, kriteria desain dan perlengkapan standar
  8. Flokulasi Perencanan Unit pengolah flokulasi, varian unit flokulasi (sludge blanket), kriteria desain dan perlengkapan standa
  9. Saringan pasir lambat Fungsi, teori dan variabel rancangan yang bisa diatur, dan perancangan filter serta perlengkapan standar
  10. Saringan pasir cepat Fungsi, teori dan variabel rancangan yang bisa diatur
  11. Saringan pasir cepat Varian jenis filter dan media, metode pencucian, kriteria desain, perhitungan perencanaan unit, headloss dan perlengkapan standar
  12. Pengantar teknologi membran Prinsip dan dasar teori, jenis membran dan kegunaannya, pretereatment yang diperlukan,keterbatasan dan keuntungan aplikasi teknologi membran dalam bidang air minum
  13. Desinfeksi, aerasi dan pelunakan Fungsi, jenis, teory dan perancangan unit desinfeksi (kaporit, chlorine, UV dan ozone), unit aerasi dan pelunakan (ion exchange dan presipitasi kapur soda)
  14. Strategi perancangan dan penyusunan lay-out instalasi Kebutuhan ruang saat ini dan tahap berikutnya, prasarana, fungsi, akses dan kemudahan chemical handling dan operasional
  1. Introduction General explanation of lectures, procedures, exams and literature
  2. Water quality and system configuration Quality standards, treatment unit vs removal effectiveness matrix, and alternative system configurations
  3. Presedimentation Functions, theories and design variables that can be adjusted, and types or variants of units
  4. Presedimentation and sedimentation Presedimentation processing unit planning, design criteria and standard equipment
  5. Sedimentation Sedimentation processing unit planning, sedimentation unit variants, design criteria and standard equipment
  6. Mixing and coagulation Functions, theories and design variables that can be adjusted, and types or variants of units in the coagulation unit
  7. Coagulation and flocculation Coagulation processing unit planning, coagulation unit variants, design criteria and standard equipment
  8. Flocculation Flocculation processing unit planning, flocculation unit variants (sludge blanket), design criteria and standard equipment
  9. Slow sand filter Functions, theories and design variables that can be adjusted, and filter design and standard equipment
  10. Rapid sand filter Functions, theories and design variables that can be adjusted,
  11. Rapid sand filter Variants of filter and media types, washing methods, design criteria, unit planning calculations, headloss and standard equipment
  12. Introduction to membrane technology Principles and theoretical basis, types of membranes and their uses, pretreatment required, limitations and advantages of membrane technology applications in the field of drinking water
  13. Disinfection, aeration and softening Functions, types, theories and designs of disinfection units (chlorine, chlorine, UV and ozone), aeration and softening units (ion exchange and soda lime precipitation)
  14. Design strategies and layout of installations Current and next stage space requirements, infrastructure, functions, access and ease of chemical handling and operations
Capaian Pembelajaran Mata Kuliah (CPMK)
  1. Mahasiswa dapat memahami, menerangkan secara detail pengolahan air bersih serta alternatif proses pengolahan yang sesuai dengan karakteristik air baku.
  2. Mahasiswa dapat memahami, menerangkan secara detail mengenai bagaimana menghitung dan mendesain unit pengolahan air berdasarkan data dan kriteria desain yang diberikan.
  1. Students can understand, explain in detail the processing of clean water and alternative processing processes that are in accordance with the characteristics of raw water.
  2. Students can understand, explain in detail how to calculate and design a water treatment unit based on the data and design criteria provided.
Metode PembelajaranKBL, PBL, CBL, PBLKBL, PBL, CBL, PBL
Modalitas PembelajaranLuring, Sinkron, Daring, AsinkronOffline, Synchronous, Online, Asynchronous
Jenis NilaiABCDE
Metode PenilaianLaporan, UraianReport, Essay
Catatan Tambahan