AEI-2151302 Term Date:20-06-2016 to 21-10-2016

CUG WORKSHOP
Academic Calender

Dear students,

       Welcome to the new semester!

      I look forward to working with you over the next 18 weeks in  ADVANCED ENVIRONMENTAL INSTRUMENTATION(2151302). Get ready for a journey of a lifetime learning memories. In this class you will learn about instrumental method of chemical and pollutant analysis by optical and/or electro-analytic techniques. Some of the instruments like GC, FTIR, Spectrophotometer, TOC and many more. more over it we will learn some research and data analysis methods too. These will be useful to your shining carrier in the field of environmental science and engineering. 

     Weekly participation in 3 lectures and one laboratory of 4 hours are essential throughout the course to be successful in the subject. This course will have 7 Labs, 5 Hand written assignments, One power point presentation/Video Lecture collection, One active learning assignment in MS-Word file. One Open Ended Project work.

     We hope that, once more it is a good and interesting course program for you. Even though we have tried to finalize our scheduling and class rooms allocations, Class room and time changes may occur. Therefore, we would like to ask you to frequently check our notice boards for notifications and updates. It is also advised to visit this blog frequently for getting new learning experiences, learning materials or some instructions.

After learning the course you will be able to: 
-Use the instrumental method of analysis. 
-Demonstrate the ability to operate sophisticated state of art analytical instrument to quantify micro level contaminants 
-Exhibit the capability to operate and calibrate analytical instruments like TOC analyzer and GC 
-Carry out statistical analysis of the data. 

Once again welcome, and have nice learning experience. 

Useful Links of study materials

Link for Video Lectures of NPTEL

List of Experiments

NO	TOPIC
	Safety Test and Safety Symbols
1	Determination of the turbidity in the given samples.
2	Determination of flouride concentration in drinking water using spectrophotometer.
3	To determine the iron content in commercially available vitamin tablet using spectrophotometer.
4	To separate the components of chlorophyll by ascending paper chromatography.
5	To study the thin layer chromatography (TLC).
6	Determination  of  metal  (copper)  using  Atomic  Absorption Spectrophotometer.
7	To become familiar with applications, parameters, and instrumentation used in ion chromatography
8	To study the GC, study of influence of various operating parameters on the performance of GC.
9	Determination of TOC from wastewater using TOC analyzer

Sr. No	Assignments no. / Unit	Expected Date	Submission Date	Grade		Faculty Sign
1	Assignment:1	22-07-2016
2	Assignment:2	06-08-2016
3	Assignment:3	01-09-2016
4	Assignment:4	01-10-2016
5	Assignment:5	21-10-2016

Assignment:-1			Suggested Marks
What is Advanced Environmental Instrumentation? What is its Importance?	7
Explain the mechanism of environmental analysis	7
Write about steps of environmental analysis process	4
Give the classification of analytical methods of analysis.	7
What is the role of environmental chemist?	4
What is Electromagnetic spectrum? Explain in detail.	5
Describe the Lambert and Beer laws of light absorption	7
Explain visual colorimetry in detail.	7
Write about instrumentation and workings of UV-Visible  spectrophotometry	7
Differentiate between spectrophotometry and colorimetry	7
Assignment:-2
Explain Working principle of Flame photometer. Which parameters can be measured using flame photometer?		7
Give the difference between Raman Spectroscopy and Infrared Spectroscopy.		7
Write a short note on Mass Spectroscopy.		5
Explain Atomic Adsorption Spectroscopy in detail.		5
Differentiate following molecules based on IR-spectroscopy		4
Explain in brief the importance of “Mutual exclusion rule” for the IR &Raman spectroscopy with two examples.		3
Draw the schematic diagram of Raman-Spectrometer and describe each part in detail.		7
Write note on infrared spectroscopy		7
Write a note on atomic spectroscopy		5
Write the two application of followings: (1)UV-Visible spectroscopy(II)Infrared spectroscopy (III) Gas chromatography		6
Assignment:-3
Write the sources of Turbidity in river water. What is significance of turbidity? And methods of determination.		7
Write a short note on Nephelo Turbidity Meter.		7
Give the difference between visible and instrumental method for measurement of turbidity.		4
Explain “Jackson Candle Turbidity Meter” with neat sketch.		7
Write application of turbidity data and its standard unit.		5
What is Chromatography? Explain stationary phase in Chromatography		7
Explain the working principle and operation of each unit of High Performance Liquid Chromatograph with sketch.		7
Give the applications of High Performance Liquid Chromatography.		3
Explain the working principle and operation of each unit of gas chromatograph with sketch. Along with its merits and demerits.		7
What is chromatography? Give the difference between stationary phase and mobile phase in chromatography		7
Assignment:-4
Give the difference between adsorption and partition chromatography with examples.		5
Write the short note on “Affinity in chromatography”		3
Explain the principle of Ion Chromatography(IC) in detail		4
Explain following terminology use in chromatography 1.Normal phase 2.Reverse phase 3.Retention time 4.Retention volume 5.Relative retention 6.Column efficiency 7.Resolution		7
Explain stationary phase in Chromatography.		3
Mention the classification of chromatography and write note on column chromatography		7
Write a note on ion –exchange chromatography		7
Write a note on thin layer chromatography		5
Explain the significance of chromatography in a method of analysis		4

Word file preparation Topics and Power point presentation / video lecture collection Topics are as per the below List..

Topics for Word and PPT/video file preparation
ENROLLMENT NO	Topic
140190113001	Introduction to instrumental method of analysis
140190113002	Spectroscopic Methods of Analysis: Introduction
140190113003	Electromagnetic spectrum
140190113005	Beer- Lambert law with  Applications
140190113006	Visual Colourimetry
140190113007	UV-Visible spectrophotometry
140190113009	Infrared Spectroscopy
140190113010	Raman Spectroscopy
140190113011	Atomic Absorption Spectroscopy
140190113012	Flame Emission Spectroscopy
140190113013	Mass Spectroscopy
140190113014	Turbidimetry and nephalometry Visual method
140190113015	Instrumental method of turbidity measurement
140190113016	Chromatography: Introduction
140190113017	Classification of chromatographic methods
140190113018	Column Chromatography
140190113019	Liquid Chromatography
140190113021	Adsorption Column Chromatography
140190113023	Ion exchange Chromatography
140190113024	Gas Chromatography
140190113025	High Performance Liquid Chromatography
140190113028	Ion Chromatograph
140190113031	Partition chromatography
140190113032	Exclusion chromatography
140190113034	Elctrochromatography
140190113036	Gas Chromatography
140190113037	Inductively Coupled Plasma—Atomic Emission Spectroscopy
140190113038	Supercritical Fluid Chromatography and Extraction
140190113039	Reliability of Analytical Data and Statistical Analysis
140190113040	Electrophoresis
140190113041	Supramolecules in Solvent Extraction
140190113042	Complexometric (EDTA) Titrations
140190113044	Principles of Chromatography
140190113045	Partition Chromatography
140190113046	Sampling in Analysis
140190113047	Solvent Extraction
140190113048	Precipitation Titrations
140190113049	Polarimetry and Related Methods
140190113050	Electron Spectroscopy
140190113051	Radioanalytical Techniques
140190113052	Electroanalytical Methods: Potentiometry
140190113053	Chemical Sensors and Biosensors
140190113054	Polarography and Voltammetric Methods
140190113055	Volumetric Analysis—Acid Base Titrations
140190113058	Chemiluminescence Spectroscopy
140190113060	X-Ray Spectroscopy
140190113061	Electron Spin Resonance Spectroscopy
140190113062	Mössbauer Spectroscopy
140190113063	Atomic Fluorescence Spectroscopy
130190113033	On-line Analysers-Automated Instrumentation Methods
100110113047	Redox Titrations
110190113032	Solvent Extraction method
110190113056	Water quality parameters and standards
110193113007	Ionisation Spectroscopy
120190113010	Supramolecules in Solvent Extraction
120190113058	Thermoanalytical Methods
120193113002	Atomic Emission Spectroscopy
130190113042	Capillary Electrophoresis
120190113049	NMR Spectroscopy

Open Ended Project

Sr. No	Open Ended Project Topic	Date of final report submission	Submission Date	Grade	Faculty Sign
1	Click here to submit the topic/title you Selected	01-10-2016	Submit on the email aeibrsudani@gmail.com
Enroll no.(s) Of Partner if any

Word file

Sr. No	Topic of MS-Word file	Date of submission	Submission Date	Grade	Faculty Sign
1		22-07-2016	Submit on the email aeibrsudani@gmail.com

PPT file

Sr. No	Topic of MS-PPT file	Expected Date	Submission Date	Grade	Faculty Sign
1		28-07-2016	Submit on the email aeibrsudani@gmail.com

Sort Answer Questions Assignment: Download the word file format and write questions and answers from your word file topics in the given word file format and submit by email on aeibrsudani@gmail.com. within time limit.