Pemodelan instalasi pengolahan air limbah:

Penyiapan data kondisi sistem keairan yang ada; penyiapan data aspek teknis kondisi area perancangan dan aspek non teknis, menghitung prediksi kuantitas dan kualitas  air limbah; memilih teknologi pengolahan dan menyusun flowsheet; menghitung dimensi unit operasi & proses dan panjang perpipaan serta kelengkapan bangunan, analisa hidraulika dan profil hidraulik sistem IPAL, menggambar rancangan IPAL (individual/komunal)

• Mahasiswa mampu merancang sistem pengolahan air bersih dengan kondisi air baku tertentu.
• Mahasiswa mampu merancang sistem pengolahan air limbah dengan berbagai kondisi cemaran.
• Mahasiswa dapat menjelaskan langkah-langkah instalasi sistem pengolahan air dan limbah serta mengimplementasikan dan mengevaluasi sistem tersebut untuk memastikan kepatuhan terhadap standar dan efisiensi operasional

1. Teknologi Air (Water Engineering Science) ===========> 1 x teori, 1 x diskusi tugas

1. Sifat Kimia Air

1. Hardness dan Alkalinity

2. Asam Basa

2. Biologi Air

1. Mikroorganisme Penting dalam Air

2. Biokimia

3. (Poin-poin peraturan Lingkungan Hidup Terkait Kriteria Air Bersih:) => bisa jadi contoh tugas

2. Teknologi Unit Pengolahan Air (Engineering science of water treatment unit operations) => 2 x teori, 1 x diskusi

1. Coagulation/Flocculation

2. Sedimentation/Flotation

3. Filtration

4. Mixing

5. Adsorption

6. Dechlorination, Disinfection and Sterilization

7. (Paper2 tentang Bahan untuk pengolahan Air: karbon aktif, elektrokoagulasi, dll) => bisa jadi contoh tugas

3. Mekanika Fluida (Fluid mechanics) ==========================> 2 x teori

1. Pressure and Pressure Drop, Head and Headloss

2. Bernoulli’s Equations

3. Darcy-Wiesbach Equation

4. Less Accurate Explicit Equation

UTS

4. Clean water treatment engineering => 1 x teori, 1 x diskusi tugas

1. Clean water characterization and treatment objectives

1. Characterization

2. Treatment Objectives

2. Clean water unit operation design: physical processes

1. Mixing, Flocculation, Settlement, Flotation, Filtration, 

2. Distillation, Gas Transfer, Stripping, Physical Disinfection

3. Novel Processes

3. Clean water unit operation design: chemical processes

1. Drinking Water Treatment

2. Boiler and Cooling Water Treatment

4. Clean water unit operation design: biological processes

1. Discouraging Life

2. Encouraging Life

3. Biological Filtration

5. (Identifikasi dan Perumusan Masalah Limbah Cair dan Pengolahannya) => 1 x tugas & diskusi

5. Municipal dirty water treatment engineering => 2 x teori, 1 x diskusi tugas

1. Wastewater Characteristics

1. Solids

2. Biochemical Oxygen Demand

3. Ammonia

2. Flowrate and Mass Loading

1. Selection of Design Flowrates

2. Selection of Design Mass Loadings

3. Treatment Objectives

1. Discharge to Environment

2. Industrial Reuse

3. Reuse as Drinking Water

6. Dirty water unit operation design: physical processes => 1 x teori, 1 x diskusi tugas

1. Flow Measurement, Flow Equalization

2. Primary Sedimentation, Final Settlement Tank Design

3. Flotation, Filtration

4. Gas Transfer (Stripping)

5. Adsorption

6. Physical Disinfection

7. Dirty water unit operation design: chemical processes => 1 x teori, 1 x diskusi tugas

1. Coagulation, Chemical Precipitation, 

2. Disinfection: Chemical Disinfection, Dechlorination

3. Nutrient Removal: Chemical Removal of Nitrogen, Chemical Removal of Phosphorus

4. Removal of Dissolved Inorganics

5. Other Chemical Processes ==> tugas

8. Dirty water unit operation design: biological processes => 1 x teori, 1 x diskusi tugas

1. An Overview of Biological Processes

2. Secondary Treatment Plant Design

3. Trickling Filters

4. Rotating Biological Contactors

5. Natural Systems

6. Tertiary Treatment Plant Design

7. Novel Processes ==> tugas

9. Instalasi sistem pengolahan air => 1 x diskusi tugas menggunakan DWSIM

1. Unit pengolahan air

2. Perencanaan dan perancangan pengolah air limbah domestik

Tidak ada

Tuliskan tanda √ pada sel yang sesuai untuk setiap CPMK, baik teknik maupun instrumen penilaian) 

CPMK	Teknik Penilaian
	Observasi	Partisipasi	Unjuk Kerja	Tes Tertulis	Tes Lisan	Angket
CPMK 1
CPMK 2
CPMK 3
CPMK 4
CPMK	Instrumen Penilaian
	Penilaian proses dalam bentuk rubrik		Penilaian hasil dalam bentuk portofolio		Penilaian hasil dalam bentuk karya desain
CPMK 1
CPMK 2
CPMK 3
CPMK 4