1. ERT 417/4 Waste Treatment in Bioprocess Industry Tuesday : 3- 5pm / DKM3 (class) Wednesday : 9-11.00 am / BS (tutorial) : 3-6pm (lab) Thursday : 8-9 am./BKD2 (class) By; Mrs Hafiza Binti Shukor

2. Sinopsis kursus/ Course synopsis: This course covers waste treatment methods that are commonly used in industries. It’s introduced to the terms that are related to waste and how to calculate the properties such as biological oxygen demand (BOD), chemical oxygen demand (COD) and total carbon (TOC). From these calculations and other given information, basic unit operations involved in the treatment of waste can be design. This course also give an understanding on the processes involved in waste treatment for different industries keeping in view of the Environmental Impact Assessment (EIA), Life Cycle Assessment (LCA) and legal framework.

3. Hasil Pembelajaran/ Learning Outcomes: At the end of the course, students are expected to acquire these ability: Ability to explain, interprets, and calculates the physical, chemical, and biological properties of waste material and describes its toxicology. Ability to calculate and design the basic structure of waste treatment unit operations. Ability to interpret, compares, justify and choose the correct method for a particular waste for treatment. Ability to interpret, justifies, and proposes the common waste management practice in industry and describe the legal framework structure.

4. Sumbangan penilaian/ Evaluation contribution: Peperiksaan/ Examination: 70% Mid Term Examination 1 = 10% Mid Term Examination 2 = 10% Final Examination = 50% Kerja kursus/course work: 30% Laboratories = 10 % Mini Project + Presentation = 10% Assignments /Quizzes = 10 %

5. Tenaga pengajar / Teaching staff : Pensyarah / Lecturer: PLV / Teaching Engineer: Mrs Hafiza Shukor (K) Mr. Mohd Qalani Che Kasim (K) Mrs Hairul Nazirah Abdul Halim Miss Hafizah Mohd Johar Mr. Mohd Sani Jamailudin

6. Senarai buku teks dan rujukan/ List of text books and references : Buku Teks / Text Book : Wastewater Engineering: Treatment and Reuse, Metcalf & Eddy, Inc, 4th Ed. (or latest edition if available) Mc Graw-Hill (2003) Buku Rujukan / Ref Books : Introduction to Environmental Engineering, 3rd Ed., M.L. Davis and D.A. Cornwell, Mc Graw-Hill, 1998 Waste Treatment and Disposal, Paul T. Williams, 2 nd Ed., John Wiley (2005). Theory and Practice of water and wastewater treatment, R.L. Droste John Wiley (1997). Industrial Waste Treatment, Nelson Leonard Nemerow, Elsevier Science & Technology Books (2006) Waste Treatment in The Food Industry, L. K. Wang, Y.T. Hung, H.H. Lo and C. Yapijakis, Taylor and Francis (2006) Waste Treatment in the Process Industries, L. K. Wang, Y.T. Hung, H.H. Lo and C. Yapijakis, Taylor and Francis (2006) Handbook of Pollution Control and Waste Minimization, Abdul Ghasem TEXT BOOK AVAILABLE IN MY ROOM : RM80/BOOK

7. Minggu / Week Kandungan Kursus / Course Contents (Panduan / Guidelines) Pensyarah / Lecturer PLV / Teaching Engineer 1 Introduction to Waste Treatment INTERPRET, ILLUSTRATE and DISCUSS the historical roots and DEFINE definitions associated with waste and ILLUSTRATE common industrial waste treatment theory and practice. Mrs Hafiza Shukor 2-3 Characteristics on Industrial Waste EXPLAIN, INTERPRET and CALCULATE the physical, chemical and biological properties of waste material and DESCRIBE its toxicology. REWRITE the common wastewater constituents and contaminants. Mrs Hafiza Shukor 4-5 Physical Treatment Processes of Industrial Waste INTERPRET, COMPARE, JUSTIFY AND CHOOSE the physical treatment methods for waste treatment in industries. CALCULATE and DESIGN the basic structure of waste treatment unit operations. Mrs Hafiza Shukor 6-7 Chemical Treatment Processes of Industrial Waste INTERPRET, COMPARE, JUSTIFY and CHOOSE the chemical treatment methods for waste treatment in industries. CALCULATE and DESIGN the basic structure of waste treatment unit operations. Mrs Hafiza Shukor

8. 8-9 Biological Treatment Processes of Industrial Waste INTERPRET, COMPARE, JUSTIFY and CHOOSE the biological treatment methods for waste treatment in industries. CALCULATE and DESIGN the basic structure of waste treatment unit operations. Mrs Hairul Nazirah MID TERM BREAK/CUTI PERTENGAHAN SEMESTER (6-19 Sept 2010) 10-11 Advance Waste Treatment Technologies DESCRIBE, DISCUSS and APPLY an advance waste treatment technologies like Sludge Thickeners, Aerobic and Anaerobic Digestion unit. Mrs Hairul Nazirah - 12-14 Waste Minimization and Management INTERPRET and JUSTIFY elements of a waste minimization strategy and programmed with their benefits. PROPOSE the common waste management practice in industry like Life Cycle Assessment (LCA) management and Environmental Impact Assessment (EIA). DESCRIBE the legal framework structure of waste treatment in industry. Mrs Hairul Nazirah

9. 15-16MINI PROJECT PRESENTATION / PEMBENTANGAN PROJEK KECIL Mrs Hairul Nazirah Mrs Hafiza Shukor Mr. Mohd Qalani Miss Hafizah Mohd Johar Mr. Mohd Sani Jamailudin 17MINGGU ULANGKAJI / REVISION WEEK (1 st -7 th November 2010) 18-19CUTI KHAS / SPECIAL BREAK (8 th -21 st November 2010) 20-22PEPERIKSAAN AKHIR SEMESTER / FINAL EXAMINATION (22 nd Nov – 12 Disember 2010) Ujian Diadakan/ Test Held UJIAN PERTENGAHAN SEMESTER/ MID TERM TEST : Minggu ke-7/ week-7 UJIAN KEDUA / SECOND TEST : Minggu ke-13/ week-13 UJIAN MAKMAL / LABORATORY TEST : Minggu ke-16/ week-16 Quiz (If any) / Kuiz (Jika ada) Boleh diberi pada bila-bila masa/ will be given as surprise or at any time

10. Nota Penting : Kehadiran pelajar ke kuliah/tutorial/kelas amali adalah WAJIB. Jika tidak hadir tanpa sebab, pelajar boleh dihalang daripada menduduki peperiksaan akhir.

11. GROUP AGROUP B Group: A1 'ADILAH BT CHE SULAIMAN (L) ADIB ZUBAIDI BIN RASHID BIDATTUL SYIRAT BTE ZAINAL Group: B1 ABDUL MALEK BIN ABDULLAH (L) ERNIE FARIDAH BINTI MAT NORDIN GOH ZHEN JOON HAMILAH BINTI MOHD AB GHANI Group: A2 IZZAT BIN SHAHARUDDIN (L) KELLY LIEW KAR MEE LAI MOON TING MOHD AMIR IDHZUAN BIN JOHARI Group: B2 LOH PEI CHEN (L) MOHAMAD SYAFIQ BIN SA'ODI ILYA FATEHAH BINTI AZIZAN NASHRIBY MOHD HANAFI BIN MAT SO'OD Group: A3 NOR HIDAYAH BT BOHARI (L) MOHD ZAKWAN BIN NAWI MUHAMMAD HAZRIQ BIN ARIS NOR HANIM BINTI SHAARI Group: B3 MUHAMMAD NAJIB BIN ABDUL WAHAB (L) NADIA BINTI ANWAR NG WEN JIA NOR ADILA BT RAMLEE Group: A4 MOHD REDZUAN BIN SUTIMIN (L) NOR HIDAYAH OTHMAN NOR MUNIRAH BINTI CHE OTHMAN MOHD ROZAIMI BIN RAMLY Group: B4 NOR SAHEILA BINTI ISHAK (L) NUR FARIZAH BINTI JABARULLAH SAFWAN BIN SULAIMAN SAROJINI A/P JEYARAMAN Group: A5 NURFATIMAH BINTI MOHD THANI (L) THAM CHEE FAI NURUL SYUHADA BINTI HAJI BAHARUDIN Group: B5 OOI AI CHIAW (L) RAJA AHMAD IZZAT B RAJA ZAZALI SITI NUR AMIRAH BINTI IDRIS NURUL NADIA BINTI MOHAMED SUPIAN Group: A6 NUR IDRIN BT ROSNI (L) RONNY LING LEH LUNG SALIDA BINTI MUHAMAD BAHARUM RANDY BIN RAMLI Group: B6 SITI FAEEZAH BT SHUKRI (L) SOLIHAH BINTI ABDULLAH SUGANTHI A/P SUDARMAN RAJA MUHAMMAD FARID BIN RAJA SEMAIL Group: A7 SURAYA BINTI MOHD TAJUDDIN (L) YAP PHOOI FUNG ZULFADLI BIN AHMAD NURUL AFIDAH BINTI UMORUDDIN Group: B7 ANG ZE SIANG (L) ZARINA BINTI ZAWAWI NORFADHILA BT ABDULLAH ZAWAWI LABORATORY GROUPING L = Group Leader

12. RANCANGAN MAKMAL & TUTORIAL / LABORATORY PLAN & TUTORIAL WEEKEXP 1*EXP 2*EXP 3EXP 4** EXP 5** TUTORIAL (T) 1LAB PROPOSAL PREPARATION 2A1 A2A3 A4A5A6A7GROUP B 3B1 B2B3 B4B5B6B7GROUP A 4A6 A7A1 A2A3A4A5GROUP B 5B6 B7B1 B2B3B4B5GROUP A 6A3 A4A5 A6A7A1A2GROUP B 7B3 B4B5 B6B7B1B2GROUP A 8B5 A5B7 A7A1A2A3GROUP B 9--B1B2B3GROUP A MID-TERM BREAK 10--A2A3A1GROUP B 11--B2B3B1GROUP A 12--A4A5A6GROUP B 13--B4B5B6GROUP A 14--A6A7A4GROUP B 15--B6B7B4GROUP A 16 LABORATORY TEST 17 STUDY WEEK 17 EXAMINATION WEEK 18 19

13. Exp 1. Determination of physical characteristics of industrial waste material Exp 2. Determination of chemical characteristics of industrial waste material (COD, BOD, Ammonia-nitrogen) Exp 3. Physical treatment of industrial waste using Sedimentation Unit Exp 4. Chemical coagulation and flocculation processes for industrial waste Exp 5. Biological treatment of industrial waste using Aeration Unit List of Experiments

14. Proposal Preparation This is an open ended laboratory practices. Therefore, students are required to prepare their experimental procedure proposal before doing the lab. Proposal should be submitted to respective person for each experiment by Monday every week before the next lab  Mrs Hafiza – experiment 2  Mrs Hairul – experiment 3  Mr Qalani – experiment 1  Mr Sani – experiment 4  Miss Hafizah – experiment 5

15. Proposal Guideline Your proposal should be CONSIST of:  Theory / Concept  Objectives  Materials & Methods  References  1 proposal/group

16. Lab Report Guideline Your lab report should be CONSIST of:  Project Summary  Theory / Concept  Objectives  Materials & Methods  Results & Calculations  Discussions  Conclusion  References  1 lab report/person

17. Thank You & Good Luck