This resume is for Ukande Sopan Sakaram, who has over 17 years of experience working as a chemist in petrochemical and refinery laboratories. He has a Master's degree in Chemistry and is skilled in instrumental and wet chemical analysis techniques. His experience includes analyzing petroleum products, polymers, and petrochemicals using various instruments. He is proficient in English and seeks a position as a laboratory chemist.
University Institute of Pharmaceutical Sciences is a flag bearer of excellence in Pharmaceutical education and research in the country. Here is another initiative to make study material available to everyone worldwide. Based on the new PCI guidelines and syllabus here we have a presentation dealing with qualifications of HPLC which is the " High Performance Liquid Chromatography".
Thank you for reading.
Hope it was of help to you.
UIPS,PU team
This presentation explains about qualifications of HPTLC, types of qualifications, design qualification , installation qualification ,operational qualification, performance qualification ,documentation of qualification .
Naphtha Steam Reforming Catalyst Reduction by NH3 CrackingGerard B. Hawkins
Procedure for Naphtha Steam Reforming Catalyst Reduction by NH3 Cracking
Scope
This procedure applies to the in situ reduction of VULCAN Series steam reforming catalysts using ammonia cracking to form hydrogen over the catalyst in the steam reformer. This procedure covers plants with a dry gas circulation loop for reduction. The procedure is likely to be applied to plants using only heavier feeds (e.g.: LPG and/or naphtha) and some combination of VULCAN Series catalysts.
Introduction
A small number of steam reforming plants do not have an available source of the commonly used reducing media (e.g.: hydrogen, hydrogen-rich off-gas, natural gas). These plants will usually operate on LPG and/or naphtha feed only where cracking of this hydrocarbon is not usually advised for reduction of the steam reforming catalyst. In such circumstances, the plant may be designed to use the installed steam reforming catalyst to crack ammonia to provide hydrogen for the reformer catalyst reduction....
Item 7. Instalación de equipos, uso y mantenimiento – buenas prácticasSoils FAO-GSP
3rd meeting of the Latin American Soil Laboratory Network (LATSOLAN)
Online 14 - 16 October 2020
Sra. Estefania Pérez-Fernadez, Sra. Jessical Oliver y Sr. Leonardo Ramírez-López, BUCHI Labortechnik AG, Suiza
Determination of Anions by Ion Chromatography
1 SCOPE AND FIELD OF APPLICATION
This method is suitable for the determination of inorganic anions in Ammonia Solution in the range 100 ppb to 50 ppm m/v.
2 PRINCIPLE
The sample is passed through a column of anion exchange resin, on which the anions are absorbed and separated. They are then eluted with dilute sodium carbonate/sodium hydrogen carbonate solution and passed through a suppressor. This replaces the cations with hydrogen ions and thus reduces the background conductivity of the eluent. Final measurement is by conductivity
University Institute of Pharmaceutical Sciences is a flag bearer of excellence in Pharmaceutical education and research in the country. Here is another initiative to make study material available to everyone worldwide. Based on the new PCI guidelines and syllabus here we have a presentation dealing with qualifications of HPLC which is the " High Performance Liquid Chromatography".
Thank you for reading.
Hope it was of help to you.
UIPS,PU team
This presentation explains about qualifications of HPTLC, types of qualifications, design qualification , installation qualification ,operational qualification, performance qualification ,documentation of qualification .
Naphtha Steam Reforming Catalyst Reduction by NH3 CrackingGerard B. Hawkins
Procedure for Naphtha Steam Reforming Catalyst Reduction by NH3 Cracking
Scope
This procedure applies to the in situ reduction of VULCAN Series steam reforming catalysts using ammonia cracking to form hydrogen over the catalyst in the steam reformer. This procedure covers plants with a dry gas circulation loop for reduction. The procedure is likely to be applied to plants using only heavier feeds (e.g.: LPG and/or naphtha) and some combination of VULCAN Series catalysts.
Introduction
A small number of steam reforming plants do not have an available source of the commonly used reducing media (e.g.: hydrogen, hydrogen-rich off-gas, natural gas). These plants will usually operate on LPG and/or naphtha feed only where cracking of this hydrocarbon is not usually advised for reduction of the steam reforming catalyst. In such circumstances, the plant may be designed to use the installed steam reforming catalyst to crack ammonia to provide hydrogen for the reformer catalyst reduction....
Item 7. Instalación de equipos, uso y mantenimiento – buenas prácticasSoils FAO-GSP
3rd meeting of the Latin American Soil Laboratory Network (LATSOLAN)
Online 14 - 16 October 2020
Sra. Estefania Pérez-Fernadez, Sra. Jessical Oliver y Sr. Leonardo Ramírez-López, BUCHI Labortechnik AG, Suiza
Determination of Anions by Ion Chromatography
1 SCOPE AND FIELD OF APPLICATION
This method is suitable for the determination of inorganic anions in Ammonia Solution in the range 100 ppb to 50 ppm m/v.
2 PRINCIPLE
The sample is passed through a column of anion exchange resin, on which the anions are absorbed and separated. They are then eluted with dilute sodium carbonate/sodium hydrogen carbonate solution and passed through a suppressor. This replaces the cations with hydrogen ions and thus reduces the background conductivity of the eluent. Final measurement is by conductivity
Naphtha Steam Reforming Catalyst Reduction with MethanolGerard B. Hawkins
Procedure for Naphtha Steam Reforming Catalyst Reduction with Methanol
Scope
This procedure applies to the in situ reduction of VULCAN Series steam reforming catalysts using methanol cracking to form hydrogen over the catalyst in the steam reformer.
The procedure is likely to be applied to plants using only heavier feeds (e.g.: LPG and/or naphtha) and some combination of VULCAN Series catalysts.
Introduction
A small number of steam reforming plants do not have an available source of the commonly used reducing media (e.g.: hydrogen, hydrogen-rich off-gas, natural gas). These plants will usually operate on LPG and/or naphtha feed only where cracking of this hydrocarbon is not usually advised for reduction of the steam reforming catalyst ...
Determination of Oxygen in Anhydrous Ammonia
SCOPE AND FIELD OF APPLICATION
This method is suitable for the determination of trace amounts of oxygen in Liquefied anhydrous ammonia.
The trace oxygen analyzer provides for trace oxygen analysis in decade steps ranging from 0 - 10 to 0 - 10,000 ppm v/v (full scale).
Determination of Hydrocarbons in Anhydrous Ammonia By Gas ChromatographyGerard B. Hawkins
Determination of Hydrocarbons in Anhydrous Ammonia By Gas Chromatography
SCOPE AND FIELD OF APPLICATION
The method is suitable for the determination of hydrocarbons from C1 to C4 (see 6.4.2) in gaseous ammonia, or in mixtures of ammonia and air. It is valid for concentrations in the range 10-10000 ppm.
The method may be used for the analysis of the atmosphere from a ships hold After purging with ammonia and for the analysis of gasified liquid anhydrous ammonia during or after loading. In these cases, hydrocarbon contamination may arise from the previous cargo of the vessel, the nature of which should be ascertained prior to carrying out the analysis
SMR PRE-REFORMER DESIGN
Case Study #0618416GB/H
Contents
1. SMR Pre-Reformer Design
2. Inlet Baffle Design
3. Outlet Collector
4. Hold Down Grating
5. Floating Hold Down Screen
6. Catalyst Drop Out Nozzle
7. Thermowell Detail
8. Technical Performance requirements
9. SMR Pre-Reformer Isolation
Technical Review and Commentary on Proposed Design
APPENDIX
A. Operating / Mechanical Data
B. Materials Specifications
C. Fabrication and Inspection Requirements
D. Weights
E. Nozzle Data
F. Instrument Connections
G. Manholes
ORIFICE RESTRICTOR: DESIGN GUIDELINES
SPECIFICATION OF FUNCTION
DESCRIPTION OF FLUID
INLET FLUID PHASE(S)
FLOWRATE
UPSTREAM PRESSURE
DOWNSTREAM PRESSURE
OPERATING TEMPERATURE
TEMPERATURE EXTREMES: MINIMUM
TEMPERATURE EXTREMES: MAXIMUM
UPSTREAM DENSITY
UPSTREAM COMPRESSIBILITY FACTOR.
IS RESTRICTOR PART OF SAFETY SYSTEM?
LINE SIZE
LINE REFERENCE
CALCULATED ORIFICE DIAMETER
Cast White Metal Bearings
1 SCOPE
2 BACKING MATERIAL
3 SURFACE
4 THICKNESS
5 CLEANING PROCEDURE
6 TINNING
7 WHITE METAL
8 BOND SOUNDNESS
9 WITNESSED INSPECTION
10 MACHINING
11 FINAL INSPECTION OF BOND FOR SEAL RINGS
APPENDIX
A - METHOD OF CALCULATING REFLECTANCE RATIO
BENFIELD LIQUOR:Determination of Diethanolamine Using an Auto TitratorGerard B. Hawkins
BENFIELD LIQUOR:Determination of Diethanolamine Using an Auto Titrator
1 SCOPE AND FIELD OF APPLICATION
This method is suitable for the determination of diethanolamine in Benfield Liquor.
2 PRINCIPLE
Diethanolamine is converted quantitatively into ammonia by boiling in the presence of sulfuric acid and copper sulfate. The ammonia is distilled from an alkaline medium and absorbed into boric acid. The solution is titrated with standard acid.
Naphtha Steam Reforming Catalyst Reduction with MethanolGerard B. Hawkins
Procedure for Naphtha Steam Reforming Catalyst Reduction with Methanol
Scope
This procedure applies to the in situ reduction of VULCAN Series steam reforming catalysts using methanol cracking to form hydrogen over the catalyst in the steam reformer.
The procedure is likely to be applied to plants using only heavier feeds (e.g.: LPG and/or naphtha) and some combination of VULCAN Series catalysts.
Introduction
A small number of steam reforming plants do not have an available source of the commonly used reducing media (e.g.: hydrogen, hydrogen-rich off-gas, natural gas). These plants will usually operate on LPG and/or naphtha feed only where cracking of this hydrocarbon is not usually advised for reduction of the steam reforming catalyst ...
Determination of Oxygen in Anhydrous Ammonia
SCOPE AND FIELD OF APPLICATION
This method is suitable for the determination of trace amounts of oxygen in Liquefied anhydrous ammonia.
The trace oxygen analyzer provides for trace oxygen analysis in decade steps ranging from 0 - 10 to 0 - 10,000 ppm v/v (full scale).
Determination of Hydrocarbons in Anhydrous Ammonia By Gas ChromatographyGerard B. Hawkins
Determination of Hydrocarbons in Anhydrous Ammonia By Gas Chromatography
SCOPE AND FIELD OF APPLICATION
The method is suitable for the determination of hydrocarbons from C1 to C4 (see 6.4.2) in gaseous ammonia, or in mixtures of ammonia and air. It is valid for concentrations in the range 10-10000 ppm.
The method may be used for the analysis of the atmosphere from a ships hold After purging with ammonia and for the analysis of gasified liquid anhydrous ammonia during or after loading. In these cases, hydrocarbon contamination may arise from the previous cargo of the vessel, the nature of which should be ascertained prior to carrying out the analysis
SMR PRE-REFORMER DESIGN
Case Study #0618416GB/H
Contents
1. SMR Pre-Reformer Design
2. Inlet Baffle Design
3. Outlet Collector
4. Hold Down Grating
5. Floating Hold Down Screen
6. Catalyst Drop Out Nozzle
7. Thermowell Detail
8. Technical Performance requirements
9. SMR Pre-Reformer Isolation
Technical Review and Commentary on Proposed Design
APPENDIX
A. Operating / Mechanical Data
B. Materials Specifications
C. Fabrication and Inspection Requirements
D. Weights
E. Nozzle Data
F. Instrument Connections
G. Manholes
ORIFICE RESTRICTOR: DESIGN GUIDELINES
SPECIFICATION OF FUNCTION
DESCRIPTION OF FLUID
INLET FLUID PHASE(S)
FLOWRATE
UPSTREAM PRESSURE
DOWNSTREAM PRESSURE
OPERATING TEMPERATURE
TEMPERATURE EXTREMES: MINIMUM
TEMPERATURE EXTREMES: MAXIMUM
UPSTREAM DENSITY
UPSTREAM COMPRESSIBILITY FACTOR.
IS RESTRICTOR PART OF SAFETY SYSTEM?
LINE SIZE
LINE REFERENCE
CALCULATED ORIFICE DIAMETER
Cast White Metal Bearings
1 SCOPE
2 BACKING MATERIAL
3 SURFACE
4 THICKNESS
5 CLEANING PROCEDURE
6 TINNING
7 WHITE METAL
8 BOND SOUNDNESS
9 WITNESSED INSPECTION
10 MACHINING
11 FINAL INSPECTION OF BOND FOR SEAL RINGS
APPENDIX
A - METHOD OF CALCULATING REFLECTANCE RATIO
BENFIELD LIQUOR:Determination of Diethanolamine Using an Auto TitratorGerard B. Hawkins
BENFIELD LIQUOR:Determination of Diethanolamine Using an Auto Titrator
1 SCOPE AND FIELD OF APPLICATION
This method is suitable for the determination of diethanolamine in Benfield Liquor.
2 PRINCIPLE
Diethanolamine is converted quantitatively into ammonia by boiling in the presence of sulfuric acid and copper sulfate. The ammonia is distilled from an alkaline medium and absorbed into boric acid. The solution is titrated with standard acid.
This was a presentation by me for a Seminar For My Pharm. Analysis class. I have tried well to include possible things but haven't gone much in deep because it would be irrelevant as per syllabus. If any mistakes, Please do leave a comment
1. RESUME
NAME :Ukande Sopan Sakaram
ADDRESS :Flat No-19 Gaytri Appt
Gopalwadi Road Daund, Tal-Daund, Dist-PUNE
Mobile No:+919975711874
+917709072795
+965-98001694
GENDER : Male
PHONE NUMBER :+919975711874,+96598001694
EMAIL ADDRESS :sopanukande@yahoo.co.in
sopanukande@rediffmail.com
PASSPORT NUMBER : J-2797221
DATE OF BIRTH :01.06.1970
NATIONALITY : Indian
OBJECTIVE :Laboratory Chemist
EDUCATION QUALIFICATION: Master OF Science in Chemistry
TECHNICAL SKILLS : Instrumental as well as chemical testing in
petrochemical product
Email: sopanukande@yahoo.co.in
sopanukande@rediffmail.com
Career objective: -
Vast experience gained in Petrochemical and Chemical industries. My experience
covers managing laboratories Analysis. Responsible care ISO 9001. Analytical chemistry
techniques such as Instrumental as well as wet Analysis. My involvement in the responsible
cares focusing on improving health, safety and environmental (HSE) Performance and
improving the company's management of chemicals including the communication of
chemical risks throughout the supply chain.
I am a Analytical Technologist equipped with both Industrial and academic experience.
Skilled petrochemical and chemical industries.
More than 17 years of experience in petrochemical and refinery laboratory specialties
Quality control and Quality Assurance, Analysis.Techanical/Analytical support during Test
runs and performance studies.
Activity participate in all type of New Lab. commissioning activities like instrument
installation, calibration, preventive maintenance trouble shooting and method development
work .
Results reporting through Laboratory Information Management Service.
Analysis of polypropylene, polyethylene and Petroleum product, in process samples, finished
2. product sample and water sample. Preparation of analysis report for the incoming materials
and test certificate for the final product.
EXPERIENCE:
Work experience: -
Organization : Kuwait National PETROCHEMICAL COMPANY..
ALESSA LABORATERIES KUWAIT
Designation : Laboratory CHEMIST
My Job Profile in the lab as follows.
Analysis of refinery product and all products from Naphtha like Propylene, C4 mix,
Propane, Hydrogen purity & impurity, Nitrogen purity and high sulphur and
low sulphure etc. using sophisticated instrument like G.C ( Agilent ),RGA,
PFPD,Total sulfur, Sulfur analyze MTBE and petroleum gas lab calibration and
instrumental analysis as well as wet analysis etc.
Organization :EQUATE PETROCHEMICAL COMPANY..
ALESSA LABORATERIES KUWAIT
Designation : CHEMIST
My Job Profile in the lab as follows.
• Performing variety of analysis tests in accordance with established testing method and
instruction
• Carrying out complex test analysis and involve in studies to support production
performance, product quality optimization and customer needs.
• Monitoring and performing equipment calibration in his assigned area.
• Carrying out maintenance and troubleshooting of lab equipment in his area of
responsibility.
• Extending skills in the development and writing of work instruction and technical report.
• Contributing expertise in claim handling and perform necessary test analysis in this
regard.
• Monitoring and following up inventory level of standard and utility gases and other
utilities. When necessary inform laboratory in charge.
• Testing and inspecting newly or repaired laboratory testing apparatus and equipment
and train laboratory technicians on the use of them.
• Complying with all safety and fire rules and regulations, including the use of protective
clothing and equipment and ensures that all personnel working in this area comply with
safety regulations.
• Carrying out other similar or related duties as assigned which ensuring the application of
good housekeeping in the laboratory, maintaining all related files and record.
• Analysis of all types petrochemicals like Styrene, Para- xylene, Benzene, Glycol(MEG,
DEG), Crude Glycol & Heavy Aromatic product.
• Experience of working in QC Laboratory, with excellent understanding and knowledge of
refinery & monomer products (Refinery products, MEG,, Monomer Xylene) Naphtha
analysis, manufacturing processes, process intermediate streams, finish products and
its specifications.
• Calibration and troubleshooting of advanced Laboratory Equipment
3. Organization : Indian oil Corporation Ltd. (OCS GMBH LTD) PANIPAT
Duration : From JUNE-2010 to 15.09.2013
Designation : Petrochemical chemist
Work experience: -
Analysis of refinery product and all products from Naphtha Cracker Plant like
Ethylene, Propylene, C4 mix., RPG, Benzene, C6, C7+,
C9+,Hexane, Cyclohexane, ,Naphtha, and PFO, Quench Oil, Lube
oil, etc using sophisticated instrument like G.C ( Agilent ),RGA, DHA,
Karl fisher, Density meter ( Anton paar), Distillation apparatus
( Optic-Dist,) Flash Point , Pour point. Sulphur analyzer (Thermo
Scientific, Analytic Jena), WD-XRF, RVP, Auto and manual
viscosity meter, Gum content, Auto titrators for Br. No., Br. Index
etc.
My job Profile in the lab is as follow
1) Analysis monomers like MEG, DEG, TEG, using sophisticated instrument like, UV
Spectrophotometer, G.C, Karl fisher, Auto titrators and Coulometer etc.
2) Analysis of Solvent like Hexane, Cyclohexane, Benzene,,Heavy Aromatic by G.C., Auto-
Distillation apparatus, Karl Fischer apparatus, density meter etc.
4) Maintain all test equipments by arranging external / internal calibration of all
instruments, arranging for preventive and breakdown maintenance of equipments.
5) Well known in calibration of instruments, preparation and standardization of chemical
solutions. Manpower scheduling and allotting jobs to shift chemist.
6) Certifying all quality reports of finish products, raw materials, ETP and Utility water.
7) Coordination with Production Dept. for continues process and product improvement.
Instrumental Analysis:
Gas Chromatography: Agilent ( 7890A ) & Netel India limited (micro 9100)
HPLC( WATER, Agilent, Simadzu)
UV Spectroscopy: Agilent (8453) & Shimadzu UV- 1700 series.
Viscometer: Auto viscometer (HerZog HVM472), Brook field RVT & LVT Viscometer. Canon fen sky.
Auto Flash point: Herzog pen sky martens HFP 360.
Total Sulphur analyzer & Nitrogen analyzer: Thermo scientific TS 3000 & TN 3000.
Total Chloride analyzer: Thermo Scientific TS 3000.
WD-XRF : BRUKER S8TIGER
Auto Distillation & Manual Distillation : PAC (optidist) & Petro test ( DU4)
Density Meter: Anton paar DMA5000M.
Karl fisher & Coulometric KF Auto Titrator : Mettler Toledo T-50 , T-70 & C30.VEEGO MATIC MD
RVP : Herzog HVP972
Dew point Meter: SHAW Red, Purple & Silver spot.
Gum test apparatus : Petro test
4. Oil and Liquids Stream- Basic sediments & Water , Pour Point, Total Chloride, Sulpher,
API Gravity, Sediment in Oil, Bromine Index, Dine Value of liquids, Cu corrosion, and Gum
content. Bromine Number.RPG, Benzene,C6 Raffinate,c7+ Product,C6-C8 Cut,C5-C8 Cut,
Lube oil, PFO, Quench oil, Naphtha plant.
Key Responsibility:-
Routine analysis of various samples (All NCU, MEG and POLYMER Samples) of
gaseous and liquid hydrocarbons like Charged Gas Dryer O/L, HP Methane gas,
Hydrogen from Methaniser O/L,
Analysis of total sulphur, nitrogen and chloride of benzene and other liquid samples using
thermo total analyzer.
Analysis of density, viscosity, flash point (open and closed cup) and pour point of oils.
(BFO, PGO, PFO and others.), Naphtha analysis also.
Benzene, C6-C8 CUT & C7, MEG, DEG, TEG Product analysis using GC, UV and Auto
density meter (Anton par DMA-5000M).
Analysis of water sample such as raw, service, Drinking and cooling using Double Beam
UV-VIS Spectrophotometer (Make- Chemito UV2600) for Phosphate, Iron and silica,
Hydragene, analysis.
Analysis of Boiler water samples for pH, TH, TDS, Conductivity etc.
Analysis of Effluent water samples from Waste Water Treated Plant for Oil & Grease,
TDS, BOD, COD, and Phenols etc.
Analysis of Tanker samples for Oxygen content and composition using portable Oxygen
Analyzer.
Check for Dew point of gas samples using Dew point meter.
Periodic calibration of analytical instruments and checking for its repeatability.
Preparation of standard solutions for testing & analysis of water and gas samples.
KEY RESPONSIBILITY & NATURE OF WORK
• Sampling and analysis of raw material, finished products as well as in process Gas and
Liquid sample.
• Chromatography Instrument:-
Gas Chromatograph (make- Agilent 6890, 7890 series with TCD, FID, HID & FPD as
Detector using columns PONA, HP PLOT Q HAYSHEP Q, HP INNOWAX
• Other Instrument handled: Total Sulpher, Nitrogen and Chloride Analyzer make
thermo scientific, Conductivity meter, pH meter, Viscometer, Automatic
Potentiometric titration Apparatus UV-Visible Spectrophotometer, KF Autotitrator,
Auto-Flash Point Apparatus, Auto Distillation Apparatus, and AAS Make Varian AA280.
• Nature of work:-
• To support production departments at every stage of manufacturing by extending Q.C.
Services from quality inspection of Raw materials to the dispatch of final products.
• To operate & maintain Q.C. laboratory consist of sophisticated analytical instruments by
routine calibrations traceable to international stand reads, periodic maintains.
• Administration, motivation & leading a team of chemists.
5. • To maintain Q.C. records for future reference, process trouble shooting & to generate
statistical data for process optimization of batch & continuous processes in terms of
quality & quantity.
• To Carry out development of analytical methods & when as required.
• To handle assignments of new product development by laboratory trials of pilot plant
• Calibration of instruments, glass wares.
• Day to day planning and execution of various analytical works.
JOB PROFILE:
Work experience: -
B Organization : Alkyl Amines Chemicals Limited, Kurkumbh
Duration : From Feb 2004 to JUNE 2010
Designation : Quality Control Officer
1 Work profile :
2 Participated in the overall management of a 180 person Amine manufacturing facility
generating in excess of 180 Corers annually turnover. Cross function team consists of
engineers, supervisors, chemical operators and administrative support staff.
3 Provided training for chemist, newly joined chemist on the different analytical methods.
4 Planning of day to day activities and monitoring of quality of production accordance with
production.
5 Developed numerous analytical methods for analyzing various raw materials and finished
products as well as intermediate.
6 Successfully coordinated the timely new methods of analysis for production to launch of
a new product critical to the company’s strategic objectives.
7 Coordinated the execution of numerous lab activities including renovation of lab, facing
different customer audit.
8 Coordinated the execution for SAP activities related to Quality Control Dept using PP
module in SAP 4.6 version.
9 Documentation of ISO
10 Documentation of FDA and API Products
11 Responding for raw materials sampling and Documentation. Preparation of rejection
report, out of specification.
12 Quality control routine activities i.e. looking after testing raw materials & finish products.
13 Instrument calibration & validation.
14 Stability study of new product as per ICH guidelines.
15 Troubleshooting of instruments.
16 Providing guidelines to QC officer.
17 Preparation & handling of various customer audits.
18. Analysis of methane, Oxygen, Carbon Monoxide & Carbon dioxide
JOB PROFILE:
1 Analysis of raw materials/in process samples & finished products.
2 Preparation of SOP for lab activities.
3 Maintain FDA documents as per standard.
6. 4 Preparation of volumetric reagent & standardization of Solution.
5 Preparation of analytical report for finished goods & raw materials.
C) Organization : Garware Chemicals Ltd, Aurangabad
Duration : From Aug 1999 to Feb 2004
Designation : Quality Control Chemist.
1 Work profile: Effectively supported aggressive production schedules while optimizing
procedures for analysis of products and intermediates, minimizing down time, and
process delays.
2 Developed an excellent knowledge and understanding of Instrument trouble shooting
Gas Chromatography System
Different analytical methods for various products and raw materials
Developed an excellent knowledge and understanding of equipments
Gas Chromatography:
Karl Fischer Auto Titrator:
LovibondNessleriser
Double Beam and single beam UV-VIS Spectrophotometer,
PH Meter, Conductivity Meter, Colorimeter
3) Organization : SISCO Research Laboratories Pvt Ltd, Mumbai
Designation : Quality Control Chemist.
Duration : June 1996 to November 1998
Work Profile :
1 Testing of Raw Materials, Process samples Intermediates & finished products.
2 Analysis of various kinds of chemicals and their formulated & Research products.
4) Organization : Wellchem laboratories Pvt Ltd. Mumbai
Designation : Quality Control Chemist.
Duration : December 1995 to June 1996
Work Profile :
3 Co-ordinate efforts with senior chemist in planning, organizing and scheduling the
sampling activities for the different products
4 Co-ordinate lab activities related to the installation of the new equipment
STRENGTH:
1 Hardworking & commitment.
2 Good communication skills.
3 Can work very effectively with team.
Educational Qualifications:
M. Sc. (Chemistry)
Institute : New Arts Commerce and Science College, Ahmednagar
Year of Passing: Nov 1997
7. Personal Details:
Permanent Address : At Post Mathpimpri, Tal. Dist – Ahmednagar
Passport No. : J-2797221
Date of Birth : 1st
June 1970
Marital Status : Married
Date:
Place: KUWAIT (Ukande S. S.)