A (16)

(Double Spacing)

SEMINAR REPORT (16)

(Double Spacing)

ON (16)

NAME OF TOPIC (18)


SUBMITTED BY (16) GUIDED BY (16)
Single Spacing
NAME OF STUDENT (14) FACULTY NAME (14)
ROLL NO. OF STUDENT (14) DESIGNATION (14)

(Double spacing)

CHEMICAL ENGINEERING DEPARTMENT (14)

NIRMA LOGO

INSTITUTE OF TECHNOLOGY (14)
NIRMA UNIVERSITY OF SCIENCE AND TECHNOLOGY (14)
AHMEDABAD (14)
APRIL-2007 (14)







(Double Spacing)

CERTIFICATE (20)


(Double Spacing)

This is to certify that Mr. / Ms. ____________ (Roll No. ____________) completed his/her seminar on “_____________________________” as a part of the requirement of Special Learning Programme (SLP) 2007.




Date (12)
Place (12)
Name of Guide (12) Name (12)
Designation (12) Head of the Department (12)

Chemical Engineering Department (18)
Institute of Technology (18)
Nirma University (18)
Ahmedabad (18)


GUIDELINES FOR PREPARING REPORT
For the front page you can use any type of font and for main topic you can use word art.
Only front page and certificate may have borders. For other pages you can use borders only at the top of page after main heading. (Where new chapter starts).
Acknowledgement must be signed by students who have undertaken the seminar.
Spacing must be 1.5.
In standard format font size should be mentioned in round bracket.
Header should be your chapter name and Footer should be your page no.
Index, List of the tables and figures must not be in tabular format.


References:

References should be in alphabetical order & mentioned as given in standard format or Journals.
For ex.
1) Metcalf & Eddy, “Waste water Engineering, Treatment & Reuse”, fourth
edition, Tata McGraw-Hill Edition, pp.551, 553,890-898.
2) Nicholas D. Sylvester & Punya Pitayagulsarn, “Effect of Mass Transport on BOD removal in Trickling Filters”, Journal Water Research, Vol. 9, pp. 447-449.
3) www.ozoneapplications.com/info/color_removal_ozone.html
Cross reference is required for each given references
Mention date of referring the book / web.



INDEX (14)
(Should not be in table form)

(Double Spacing)



Content Page No.

Certificate i
Acknowledgement ii
Preface (Abstract) iii
List of Figures iv
List of Tables v
Nomenclature vi
Index vii

Chapter No. Topic Page No.(12)

1 Introduction 1(12)












References

Appendices





Chapter 1

Introduction
(Any type of font, size and can use page border)
INTRODUCTION (14)


The objective of ………………………………(12)

Chemical Engineering Department
Institute of Technology
Nirma University


Date: 18th April, 2007

CIRCULAR

The students of the IVth semester are here by informed that the distribution of the seminar for the next semester as well as SLP is arranged on 20th April at 2:00 p.m. in A-209. The distribution will be on merit base. The list of the seminar is attached here with. So all the students must remain present for the same.


Prof. A.P. Vyas
Head, Chemical Engineering Department.



List of seminar for Vth Semester students – SLP – 07

1. Heat transfer as an important subjects in waste to energy system
2. Modeling of Evaporator
3. Improved heat exchanger surfaces to reduce fouling
4. Fluidized bed filter
5. Radiation & Radiation Shield
6. Alternative fuels
7. Environmental Impact assessment
8. HAZOP and HAZAN
9. Reverse osmosis
10. Air pollution control equipment
11. Design of multi effect evaporator
12. Biogas plant design
13. Application of nanotechnology in Biomedical
14. Cryogenic technology
15. Wind Energy as alternative energy sources
16. Hemodialysis
17. Microfilteration
18. Solid waste management
19. biofertilizers
20. Energy utilization by geothermal power plant
21. Microwave reactor
22. Multifunctional reactor
23. Recent development in biofertilizer
24. designing of positive displacement pumps
25. Fluidized bed heat exchanger
26. Pressure Swing Adsorption
27. Heat exchangers
28. Application of Membrane technology for pollution control
29. Rankine Refrigeration cycle
30. CNG Vs. Biodiesel
31. Energy and Global Warning Impact of Refrigerants
32. Computational tools for Chemical Engineers
33. Studies on Heat Pump
34. Modeling Water and Waste Water Characterization
35. Water Storage and Distribution
36. Nanomedicines: future Arena for health care
37. Dendrimers and its applications
38. Gel permeations chromatography in protein chemistry
39. Ion exchange chromatography in protein chemistry
40. Reverse phase chromatography in protein chemistry
41. Duel Refrigeration cycle
42. Liquefaction process
43. Selection of appropriate flow meter
44. Different methods to reduce COD of wastewater
45. Pervaporation
46. design of Heat exchanger
47. Photosynthesis process
48. Distillation as unit operation
49. Membrane bioreactor
50. Advanced specific techniques
51. Nanomaterials
52. Ionic Liquids
53. Gemine Surfactants
54. Thermionic Dyes
55. Application of Scanning Electron Microscopy (SEM) in Nanotechnology.
56. Conducting polymers
57. Atomic adsorption spectroscopy
58. Differential thermal analysis
59. Green Chemistry
60. FT-IR technique
61. Fluidized catalytic cracking
62. Residue Up gradation in petroleum refinery
63. Hydrocracking
64. Polymerization
65. Polymer gasoline
66. Biodiesel production using solid catalyst
67. Multi component distillation design using rigorous methods
68. Multiple input multiple output controller system and design
69. Safety measures in process industry
70. Design of electrostatic precipitator
71. Membrane Contactors
72. Chemical treatment of membrane fouling
73. Glycerin to Propylene Glycol
74. Importance of Temperature-Programmed Desorption in Catalysis
75. Complexion-Combustion for Catalyst Preparation
76. Wastewater treatment by anaerobic digestion
77. Bioleaching and Biosorption
78. Catalytic distillation
79. Mass transfer experimental determination of Liquid diffusion coefficient
80. Modeling of slug flow in two phase flow