| Bahan Kajian | - Siklus materi di lingkungan: Definisi ilmu lingkungan, lingkungan, kimia lingkungan; Air, udara bumi, biota dan teknologi, ekologi, energi; Hubungan antar komponen lingkungan; Karakteristik badan air, stratifikasi danau; Siklus C, N, O, P dan S; Satuan konsentrasi, %, Molaritas, Normalitas, ek, mek, ppm
- Air sebagai pelarut: Sifat fisik dan kimia molekul air; Impurities of water (gas, zat terlarut dan tersuspensi); Kelarutan gas dalam air (Hk. Henry); Konduktivitas air dan mineral terlarut
- Kesetimbangan: Variasi hubungan kesetimbangan (kesetimbangan kimia, ionisasi, ion kompleks, hasil kali kelarutan); Pengalihan kesetimbangan kimia; Kesetimbangan kimia, koefisien aktifitas; Penyelesaian kesetimbangan asam basa; Penyelesaian kesetimbangan dengan digram konsentrasi logaritmik untuk HAc, NH3, H2CO3 dan H3PO4; Titrasi asam basa, asam kuat-basa kuat, asam lemah-basa kuat; Larutan buffer dan buffer indeks
- Kelarutan asam-garam dalam air: Pembentukan senyawa kompleks; Kelarutan garam-garam; Kelarutan CO2, asiditas-alkalinitas
- Reaksi redoks dalam air
- Saturation indeks: Saturation index – Langlier Index; CO2 agresif – Grafik Tillman
- Thermodinamika dan kinetika reaksi kimia
- Senyawa organik: senyawa organik secara umum; oil and grease, detergent, pestisida; BOD dan COD
- Kimia atmosfer: Fungsi atmosfer; Karakteristik atmosfer; Stratifikasi atmosfer; Energi transfer; Kimia dan reaksi fotokimia di atmosfer; Karakteristik partikel di atmosfer
- Kimia tanah: karakteristik tanah dan aspek kimia dan fisika tanah; kapasitas tukar kation tanah; porositas tanah
- Reaksi transformasi fotokimia (lanjutan): hujan asam, smog fotokimia dan gas rumah kaca
| - Material cycles in the environment: Definition of environmental science, environment, environmental chemistry; Water, terrestrial air, biota and technology, ecology, energy; Interrelationships among environmental components; Characteristics of water bodies, lake stratification; Cycles of C, N, O, P, and S; Concentration units, %, molarity, normality, EC, TDS, ppm.
- Water as a solvent: Physical and chemical properties of water molecules; Impurities in water (gases, dissolved and suspended substances); Solubility of gases in water (Henry's Law); Conductivity of water and dissolved minerals.
- Equilibrium: Variations in equilibrium relationships (chemical equilibrium, ionization, complex ions, solubility product); Shifts in chemical equilibrium; Chemical equilibrium, activity coefficients; Solution of acid-base equilibrium; Solution of equilibrium using logarithmic concentration diagrams for HAc, NH3, H2CO3, and H3PO4; Acid-base titration, strong acid-strong base, weak acid-strong base; Buffer solutions and buffer capacity.
- Solubility of acid-salt in water: Formation of complex compounds; Solubility of salts; Solubility of CO2, acidity-alkalinity.
- Redox reactions in water
- Saturation index: Langlier Index; Aggressive CO2 – Tillman Graph
- Thermodynamics and kinetics of chemical reactions
- Organic compounds: organic compounds in general; oil and grease, detergent, pesticides; BOD and COD
- Atmospheric chemistry: Functions of the atmosphere; Atmospheric characteristics; Atmospheric stratification; Energy transfer; Chemistry and photochemical reactions in the atmosphere; Characteristics of atmospheric particles.
- Soil chemistry: soil characteristics and chemical and physical aspects of soil; soil cation exchange capacity; soil porosity.
- Photochemical Transformation Reactions (Continued): Acid Rain, Photochemical Smog, and Greenhouse Gases
|
|---|
| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mahasiswa memahami fenomena prinsip kimia dasar, kimia fisika, dan kesetimbangan kimia di lingkungan (air, tanah, udara).
- Mahasiswa dapat mengaplikasikan dasar dasar kimia organik dan biokimia dalam bidang pengelolaan lingkungan.
| - The students understand the phenomena of basic chemistry principles, physical chemistry, and chemical equilibrium in the environment (water, soil, air).
- Students can apply the basic basics of organic chemistry and biochemistry in the field of environmental management.
|
|---|