Konversi Energi Limbah

1. Tujuan Instruksional Umum

a. Mahasiswa dapat mengidentifikasi potensi limbah dan konsepsi sistem konversi energi

b. Mahasiswa mampu mengapresiasi/ merencanakan sistem konversi energi tunggal maupun terintegrasi

c. Mahasiswa mampu menggunakan beberapa metode untuk menilai kelayakan dan evaluasi terhadap sistem konversi energi, baik secara ekonomis hingga aspek keberlanjutannya

2. Pustaka (by year published)

a. Wood gas as engine fuel, FAO Forestry Paper, 1986

b. Recovering energy from waste, Grover, Velma I., Grover, Vaneeta K., Hogland, William, Science Publisher, 2002

c. Performance of generating plants, World Energy Council, WEC PGP Workshop, Kiev, 2003

d. Biomass Co-firing in Coal-Fired Boilers, Federal technology alert, DOE/EE-0288, 2004

e. Dealing with landfill fuel : Evaluating fuel treatment options, Devine, Michael A., Caterpillar Inc., 2006

f. Producing ethanol from wood, Rudie, Alan, USDA, 2007

g. Biomass fired Combined Heat and Power Plants (CHP) with Organic Rankine Cycle (ORC) in Europe, Kiehne, Hartmut, Adoratec, 2008

h. Green investing : Towards a clean energy infrastructure, World Economic Forum, Davos, 2009

3. Materi Kuliah:

1.Sustainable Energy Technology (2) : Pengantar Kuliah dan Konversi Energi Limbah (materi 1)

2.Distributed Energy Generation (2): Slide02

3.Energy Generation from Biomass (2): Slide03

4.Thermal Conversion (2) : Slide04

5.Bioenergy Challenges (1) : Slide05

6.Environmental Issues (2) : Slide06, Slide07

7.Process Synthesis on Energy Generation (3) : Konversi Energi Limbah (materi 8)

a. Intro

b. Case Study (units-definitionenen – contoh definisi model unit process/operasi) dan (figure_case – contoh gambar)

c. Assignment