Materi

2331TERMODINAMIKA TERAPAN [.pdf] [1,750.6 KB]
Materi Kuliah Fakultas Teknik Kimia : TERMODINAMIKA TERAPAN
Makalah Termodinamika Terapan_LNG Receiving Terminal MAKALAH TERMODINAMIKA TERAPAN LNG RECEIVING TERMINAL KELOMPOK 1 , 2 dan 3 DEPARTEMEN TEKNIK KIMIA FAKULTAS TEKNIK - UNIVERSITAS INDONESIA DEPOK 2007 DEPARTEMEN TEKNIK KIMIA ? FTUI 1 Makalah Termodinamika Terapan_LNG Receiving Terminal DAFTAR ISI DAFTAR ISI ......................................................................................................................................... 1 BAB I ...............................................
2332Bahan Bakar dan Pembakaran [.pdf] [237.7 KB]
Materi Kuliah Fakultas Teknik Kimia : Bahan Bakar dan Pembakaran
Bahan Bakar dan Pembakaran PRASWASTI PDK WULAN Disampaikan pada Pelatihan Dasar-Dasar Pembakaran Depok, 7 Mei 2008 Definisi Bahan bakar adalah bahan yang apabila dibakar dapat meneruskan proses pembakaran dengan sendirinya, disertai pengeluaran kalor. Bahan bakar dapat terbakar dengan sendirinya karena: kalor dari sumber kalor < kalor yang dihasilkan dari proses pembakaran. Macam Bahan Bakar Bahan bakar organik, terdiri dari: - Bahan bakar fosil, misal: batubara, minyak bumi, gas bumi. - Sisa tumbuhan
2333Thermodynamics [.pdf] [1,374.5 KB]
Materi Kuliah Fakultas Teknik Kimia : Thermodynamics
Thermodynamics CHEMICAL ENGINEERING DEPARTMENT 2008-2009 PRASWASTI PDK WULAN Basic Concepts of Thermodynamics Applications of Thermodynamics The human body Air-conditioning systems Airplanes Car radiators Power plants Refrigeration systems Basic Concepts of Thermodynamics (CONTINUED) ? Thermodynamics is the science that primarily deals with energy. The first law of thermodynamics is simply an expression of the conservation of energy principle, and it asserts that energy is a thermodynamic prop
2334PRINSIP KEADAAN SEBANDING [.pdf] [140.7 KB]
Materi Kuliah Fakultas Teknik Kimia : PRINSIP KEADAAN SEBANDING
PRINSIP KEADAAN SEBANDING PRASWASTI PDK WULAN Prinsip Keadaan Sebanding ? Dasar dari korelasi umum adalah teori keadaan sebanding (corresponding state) yang menyatakan bahwa besarnya suatu besaran termodinamika dari berbagai fluida akan sama jika dievaluasi pada kondisi tereduksi yang sama. Merupakan korelasi umum PVT untuk menentukan besaran termodinamika seperti faktor kompresibilitas (Z) dan Entalpi (h) Digunakan suatu pembanding berupa parameter tak berdimensi Fluida murni memerlukan 2 parameter Se
2335Pengolahan Citra Digital: Transformasi Citra (Bagian 2 : Wavelet) [.pdf] [210.5 KB]
Materi Kuliah Fakultas Ilmu Komputer : Pengolahan Citra Digital: Transformasi Citra (Bagian 2 : Wavelet)
2336Pengolahan Citra Digital: Transformasi Citra [.pdf] [601.3 KB]
Materi Kuliah Fakultas Ilmu Komputer : Pengolahan Citra Digital: Transformasi Citra
2337Vap Vol_PR [.pdf] [22.1 KB]
Materi Kuliah Fakultas Teknik Kimia : Vap Vol_PR.pdf
2338WATER-HYDROCARBON SYSTEM BEHAVIOR [.pdf] [2,163.0 KB]
Materi Kuliah Fakultas Teknik Kimia : WATER-HYDROCARBON SYSTEM BEHAVIOR
WATER -HYDROCARBON SYSTEM BEHAVIOR From the principles of equilibrium for ideal gas and ideal solution: Py = P s x If we assume that any water is present primarily as a separate liquid phase we may write: Pyw = P s xw = P s since xw = 1 This equation can be used to calculate water content in hydrocarbon gas mixture at low pressure (3 ? 4 bars). What about higher pressures? Figure 17.2 represents the water contents of lean, sweet natural gas. This is the maximum amount of water that the gas can hold at
2339VAPOR-LIQUID BEHAVIOR OF TWO-PHASE SYSTEMS [.pdf] [740.1 KB]
Materi Kuliah Fakultas Teknik Kimia : VAPOR-LIQUID BEHAVIOR OF TWO-PHASE SYSTEMS
VAPOR-LIQUID BEHAVIOR OF TWO-PHASE SYSTEMS Calculations involving Equilibrium: - Bubble point calculations - Dew point calculations - Flash calculations - Determination of Phase V, yi P F, zi L, xi x z y zi yi xi F V L = mole fraction of any component in total feed = mole fraction of any component in vapor phase = mole fraction of any component in liquid phase = total moles of feed = total moles of vapor = total moles of liquid Equilibrium vaporization ratio (equilibrium constant) is defined as: K
2340PHYSICAL PROPERTIES OF HYDROCARBON FLUIDS [.pdf] [1,138.6 KB]
Materi Kuliah Fakultas Teknik Kimia : PHYSICAL PROPERTIES OF HYDROCARBON FLUIDS
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