Training Brochure on CSIR-IIP Petroleum Courses

2012

The CSIR-Indian Institute of Petroleum is committed to be

the centre of excellence in providing cutting edge products,

technologies, services and solutions for the energy sector.

The Institute shall continue to remain ahead of international

developments and in this respect, it has set the following

quality objectives:

Provide competitive and sustainable technologies and

products to meet the requirements of the ever growing

energy sector.

Exploit renewable resources and waste materials to

develop low cost path ways for making fuels and

chemicals available even from non-fossil sources.

Capacity and capability to develop new energy areas

such as bio, hydrogen and solar energy and their

innovative combination.

Continue to remain an excellent centre for learning in

the energy sector to meet human resource

development requirements both nationally and

internationally.

Customer satisfaction through committed quality, cost

and deliveries.

************

QUALITY POLICY

Brief profile of IIP

Area of Competence

IIP Training Activities

Need for training

Objective of training

Significance of training at IIP

Facilities in training division

List of training programs organized at IIP

Faculty for the programs

Program Director(s)

Brief contents of popular programs

Who should attend

CONTENTS

The Indian Institute of Petroleum (IIP) is located in the beautiful valley

of Dehradun situated at the foothills of Himalayas. One of the constituent

laboratories of the Council of Scientific & Industrial Research (CSIR),

it is a premier R&D laboratory dedicated to developments in

Hydrocarbon Sector. The Institute has continued its efforts to grow into

an internationally renowned R&D organization, providing quality

research and innovative technologies for the national and international

market place and to provide technical support to the industry. IIP was

established in September 1960 with initial technical collaboration with

Institut Francais du Petrole (IFP), France under UNESCO programme

and started functioning at Dehradun from April 1963. IIP is equipped

with State-of-the-art equipments, bench/pilot scale facilities and other

infra-structural support for research in petroleum refining,

petrochemicals, alternate fuels and utilization of petroleum products as

well. It also conducts market demand surveys, techno-economic

feasibility studies of petroleum products and processes. IIP plays a vital

role in assisting refineries in absorption, adaptation and selection of

technologies and in optimization of unit operations. It has more than

1850 publications in National and International journals. IIP has been

granted 210 patents (in India & abroad) for several processes &

products and bagged several prestigious National Awards. The

acquirement of ISO-9001 certification by the Institute in year 1998 has

been a step forward. Recently IIP has celebrated the Golden Jubilee in

April 2010.

BRIEF PROFILE OF CSIR-IIP

Advanced Refining Technologies

Advanced Separation Processes

Petrochemicals, Specialty Chemicals

Petroleum Product Applications

Crude Oil & Products Evaluation

Renewables

Training

AREA OF COMPETENCE at CSIR-IIP

CSIR-IIP TECHNOLOGIES LICENSED IN THE COUNTRY

The Institute is devoted to multidisciplinary areas of Research and Development in the

downstream sector of petroleum industry. It has dedicated experienced and qualified

scientific and technical staff and is equipped with comprehensive state-of-art R&D facilities

including pilot plants.

The Institute has undertaken R&D work in petroleum refining, natural gas, alternative fuels,

petrochemicals and utilization of petroleum products in IC engines and in industrial and

domestic combustion; to provide technical and analytical services to petroleum refining and

related industry including technology transfer for developing novel, state-of-art technologies

and products.

The Institute maintains its leading position in conducting Training Programs to train

Technical personnel from refining industry, petrochemical plants, automotive sector, power

plants and other related hydrocarbon industry.

The Institute has developed a large number of processes and technologies and almost every

refinery in the country has technologies licensed by the Institute. The Institute has well

developed test techniques and facilities for the evaluation of petroleum products included in

BIS specifications.

The Institute has continued its efforts to grow into an internationally renowned R&D

organization, providing quality research and innovative technologies for the national and

international market place and to produce technical support to the in market demand surveys

and techno-economic feasibility studies for related products. Besides this, the Institute

assists the Bureau of Indian Standards (BIS) in formulating standards for petroleum

products, equipments and devices using these products.

The Institute is committed to develop into an internationally reputed R&D centre of

excellence for providing globally competitive technologies and services for hydrocarbon and

related industries. This will be achieved through total quality management and by

anticipating and exceeding the expectations of customers through innovation, team work and

commitment.

In addition to carrying out research in the frontier areas of Petroleum, IIP (as one of its

mandate) also plays a leading role in organizing specialized training programs, for engineers

(chemical and mechanical) and chemists in the Petroleum Refining, Petrochemicals and

Transport sector. IIP imparted training to more than 7000 personnel since its inception.

During the last fourteen years, IIP has organized more than 200 training programs. IIP

offers a variety of courses to scientific, technical and management personnel employed in

petroleum refining & user industry, Government and academic institutions. These are

moderately priced courses designed to impart the necessary knowledge and skills and are

conducted by talented and highly competence and experienced scientists. Participants shall

be provided ample opportunities to have hands-on experience.

Facilities for dissertation work and vocational training to engineering students from

Institutes/Colleges and Universities

IIP Training Activities

Generally, training is the responsibility of three partners – the training

institutions, the participating organizations and the participants. Broadly,

“TRAINING” is intended to:

Help the trainees in acquiring knowledge of the subject matter

Bring about the change in the attitudes, understanding and behaviour among the trainees towards the particular object, program and problem.

Help in putting the theory into practice and bringing generalization from the various hypotheses.

Help in evaluating the abilities, potential & competence of the trainees for particular assignment/ job skill.

Motivate the trainees for self-learning and development.

Enhance the problem solving and decision making capabilities of the trainees.

Help in narrowing down the gap between expected level of performance and actual level of performance among the trainees.

Provide scientific pace of knowledge and skill to discharge the duties and responsibilities of the trainees meaningfully and purposefully.

Objective for Training

Valedictory Session of the Program

Group Photo Session of the Program

Training is a continuous and incessant learning process in Human Resource

Development (HRD). As the strength of any organization is the strength of the

human resources in the organizations, training is undoubtedly an important part of

the organization renewal as an ongoing process. Training is a process through

which a person enhances and maintain his efficiency, capability and effectiveness at

work by improving and updating his knowledge, understanding & skills relevant to his

job.

IIP attaches utmost significance to these programs in view of the following:

IIP acts as a window to the latest information on the subject for the

participants in these programs

Participants in the program have a physical feel of IIP’s R&D facilities and

appreciation of its strength and the services it can provide to industry

It forms an instrument of business with the industry involving technical

consultancy, technological support and contract R&D

The Training Division of IIP is equipped with an Auditorium, a Conference room and

two Lecture Theatres equipped with latest audio-visual facilities including multimedia

facility. IIP can accommodate about 50 participants/faculty members in its Guest

House - Hostel complex and has adequate transport facilities for local

visits/excursion tours.

The training programs organized by IIP are moderately priced programs in the form

of Classroom presentations and practical demos / pilot plant / lab visits. Presently

these are of three to seven weeks duration programs and mostly organized as per

the requirement of sponsoring organizations.

Training Programs at IIP are a regular feature of the institution. Beside the national

refineries and oil companies the International organizations have also started to

nominating their candidates in some of our programs. Efforts are being made to

collaborate with some of international companies to organize in-house training

activities at their locations.

Need for Training

SIGNIFICANCE OF TRAINING ACTIVITIES AT IIP

FACILITIES IN TRAINING DIVISION

TYPES OF TRAINING PROGRAMS

1. Petroleum Refining Technology (3 to7 weeks) 2. Petroleum Refining and Petrochemicals Technology 3. Application of Fuels & Lubes in Automotive/Industrial Machines 4. Engine Fuel, Quality Requirements and Emissions Norms 5. Vehicular Pollution 6. Operation and Maintenance of CFR Engines 7. Deposit Rating of Small S.I. Engine Components 8. Physicochemical Analysis & Performance Test Methods for Lubricating Oils and

Additives

1. Advances in Petroleum Refining Technology 2. Advances in Processing & Handling of Heavy Crudes 3. Crude Assay Using Physico-chemical and Analytical Methods 4. Analysis of Petroleum Products Related to Forensic Sciences

1. Solvent Extraction Technology

2. Heat Exchanger: Design, Operation and Trouble Shooting

3. Fluid Catalytic Cracking Process Technology

4. Efficient Utilization of Fuel Oils

5. Process Integration (Pinch Analysis) in Refining Industry

6. Refinery Processes & their significance

7. Petrochemicals: Advances in hydrocarbon Industry

Training Programs Organized at CSIR-IIP

REGULAR TRAINING PROGRAMS

ADVANCE TRAINING PROGRAMS

SPECIFIC TOPIC TRAINING PROGRAMS

Training Program on “PETROLEUM REFINING TECHNOLOGY” for Chemical

Engineers of IOCL, New Delhi (November 15 to December 31, 2010)

Faculty for the program is mainly drawn from the working senior scientists/engineers in the

respective areas of their R&D expertise. These scientists keep themselves abreast with the

latest developments in respective area of work. This knowledge is shared with the

participants in different training programs. In addition to the above, the institute encourages

invitation to guest faculty from Academic Institutions, Consultants, R&D and Industry to

supplement the available expertise in different areas.

Program Directors are among the Senior Scientist from within IIP having managing contacts

with industry, financial institutions and government agencies with over 20 to 30 years of

expertise to impart strategic analysis and advice to the participants from sponsoring

organizations.

In the IIP Training Programs, the participants will have the opportunity to obtain a broad

working knowledge of troubleshooting principles and practice, to gain insight into both

present and advanced techniques. The programs are ideal for personnel (with the refining

and petrochemical technologies, Oil & Lubricant Companies, Power, Transport and other

energy sectors related to Petroleum Refineries & Hydrocarbon industry) as follows:

Graduate Engineer Trainees (GETS) – New Entrants

Middle /Senior Management Level personnel working in the respective areas

Process and Technical Support Staff

Senior Executives, DGM/GM of Refineries in Advance Programs

Experienced Unit Operations Personnel and engineering staff

Consultant and Analysts / Quality Control Officers

FACULTY FOR THE TRAINING PROGRAMS

PROGRAM DIRECTORS

WHO MAY PARTICIPATE

Training Program on “PETROLEUM REFINING TECHNOLOGY” for Chemical Engineers of

IOCL, New Delhi (September 13 to October 29, 2010)

BALMER LAWRIE & CO., LTD, KOLKATA, BPRD NEW DELHI , BRPL, BONGAIGAON,

CFSL HYDERABAD, KRL,ERNAKULAM. ESSAR OIL LTD., JAMNAGAR, FDIPL,

GURGAON, GAIL, PATA, HPCL, VIZAG, IOC, NEW DELHI – All refineries, L&T ,

VADODARA, L&T MUMBAI, MRTH, NEW DELHI, MRL, NAGAPATTINAM, MRL/CPCL,

CHENNAI , MRPL, MANGALORE, NRL, GUWAHATI, NTPC NOIDA , RIL, MUMBAI, RPL,

JAMNAGAR, UOP GURGAON, FDIPL,GURGAON, HMEL, GURGAON/ PUNJAB

KENYA PETROLEUM REFINERIES LTD., KENYA

SASO, SAUDI ARABIA

SSRC, DAMASCUS, SYRIA

TEMA LUBE OIL, GHANNA

CLIENTS / ORGANIZATIONS BENIFITED

NATIONAL CLIENTS:

INTERNATIONAL CLIENTS:

TOPICS

1. Petroleum Refining Industry in and Future Trends 2. Recent developments in Petroleum Industry /Technologies 3. Chemistry of Crude Oil: Composition and Classification 4. Crude Oil Evaluation Techniques (for fuels/lube/feedstock) 5. Lab distillation, their inter conversion and significance 6. Pretreatment of Crude Oil/Desalting Operation 7. General refinery configuration (Fuel, Lubes and Petrochemical Integration) 8. LPG-domestic, industrial and Auto) & Motor spirit (Including Ethanol Blending) 9. Naphtha – specifications for different end users, test methods and significance 10. Kerosene / ATF and Diesel (Including Biodiesel) 11. FO/LSHS/HPS – Grades/Specifications/Test Methods 12. LOBS, Waxes and Greases – Grades/Specifications/Test Methods 13. RPC/CPC/Needle Coke/Bitumen – Grades/Specifications/Test Methods 14. Petrochemical products Specifications – LAB,PX,PTA, Propylene, Benzene, Toluene etc. 15. Specialty Products – FGH/MTBE/Butene-1 /IOC-solvent/ White oil etc. 16. Basic Testing Principles/Lab & Pilot Plant visits etc. 17. Crude Oil Distillation (Atm & Vacuum) 18. Column Internals and Operational Tips 19. Fundamental – Operation of catalytic Reforming Units (CRU/CCRU) 20. Fluid Catalytic Cracking (FCC/RFCCU) 21. Liquid-liquid Equilibrium - Principle of Solvent Extraction 22. Lube Extraction (NMP & Furfural) 23. Solvent Extraction (BTX) 24. De-asphalting of Short Residue for Lubes and other Feed Stocks 25. Solvent Dewaxing, Deoiling and Manufacture of Waxes including Isodewaxing 26. Hydrogen Generation Units – Steam Reforming Process 27. Hydrogen Management / Pinch in Oil Refinery 28. Diesel Hydro treatments (DHDS/DHDT) 29. Hydro cracking Units HCU/OHCU 30. Visbreaking unit 31. Delayed Coking Unit/Technology 32. LPG/Gas Treating Unit 33. Isomerization/MSQ Units 34. Sour Gas Treatment(Amine–Absorption & Amine Recovery Units) Sour Water Treatment Units 35. Recovery Units 36. Bitumen blowing Unit/Biturox Process and Bitumen Emulsion 37. Product Blending Procedures/Systems and Advances 38. Tank Farm Management and Receipt / Dispatch Operations in OM&S 39. Industrial Water Treatment for Steam generation/Cooling 40. Integration of Refinery and Petrochemicals – Olefins/Aromatics/Polymer 41. Production of PX/PTA and Downstream Applications 42. Polypropylene/MTBE/Butene-1 Units 43. MEG and Down stream Products/Applications 44. Solution Process (Swing Operations) for HDPE/LLDPE and Downstream Products 45. Slurry Process technology for HDPE 46. Production of LAB 47. Naphtha /Gas cracker for olefins(Ethylene/Propylene) Production 48. Rotary Equipments Operations and Reliability 49. Heat Transfer Equipments (Exchangers/Coolers/Heaters/Boilers etc.) Operation, Safety and Reliability Issues 50. Shift Management/Leadership during Normal/Emergency and Shut down activities 51. Basics of Plant Simulation 52. Distillation Column Design 53. Column Internal & Tray Hydraulics

[I] PETROLEUM REFINING TECHNOLOGY (2 TO 7 WEEKS)

54. Basics of Pinch (Hot, Cold & Grand Composite) & Heat Exchanger Train Synthesis 55. Priliminaries of Heat Exchanger Design 56. Basics of Vessel/Tanks/Process & Utility Piping /Flare Design 57. Preliminaries of Process Equipment Data sheets and related standards(APIs, TEMA) 58. Design case studies/simulators hands on practice 59. ADVANCE Process control, 60. Refinery Economics (RPMS/IP Crude Procurement / Pricing etc.) 61. Process Safety (Management of Change/HAZOP/Risk Analysis) 62. Energy Conservation Practices/Systems/Audits 63. Environment Management; Waste Water Treatment, Emission Control, CDM etc. 64. Project works/Tutorials/Tests/concluding Session 65. Alternative Fuels -LNG, CNG, Gas Hydrates etc. 66. Role of Catalysts in Petroleum Refining 67. Corrosion problem in Refinery 68. Instrumentation Process Control

The participants will have the opportunity to obtain a broad working knowledge of troubleshooting

principles and practice, to gain insight into both present and advanced refining technologies. The

programs is ideal for personnel as follows:

1. Graduate Engineer Trainees (GETS) – New Entrants (Fresh Chemical Engineers to Experienced Scientist /Managers)

2. Middle /Senior Management Level personnel working in the petroleum refineries

3. Process and Technical Support Staff

WHO MAY PARTICIPATE

TOPICS

1.0 Insight - IIP 1.1 Petroleum Refining & Processing Schemes for Fuels - An Overview 2.0 CRUDE OILS AND PETROLEUM PRODUCTS 2.1 Characteristics of Crude, Lab Evaluation Techniques & their Significance for Fuels and Feed stocks 2.2 Motor / Industrial Fuels Specifications, significance and Competitive global standards 3.0 REFINING PROCESS TECHNOLOGY 3.1 Physical Separation Processes (a) Atmospheric & Vacuum Distillation – Modern Design & Operation (b) Column Internals (Case Studies) - Operational Aspects 3.2 Conversion and Treating Processes (a) Thermal Conversion Processes (Visbreaking & Delayed Coking) (b) Base Oil Refining Processes (c) Hydro-treatment of various streams (d) Reforming & Isomerization (e) FCC Process/Operation for Distillates and Olefin Generation (f) Hydrocracking for Light and Middle Distillates (g) Amine Treating / Sulfur recovery (CBA), Sour Water Treatment (h) Sweetening of LPG, Gasoline, Kerosene 3.3 Basic of Simulation and Modelling 3.4 Introduction to Advance Control systems 3.5 Pinch Analysis 3.6 Simulation and design of refinery columns 3.7 Refinery Planning 4.0 PETROCHEMICALS 4. I Refinery and Petrochemical Integration 4.2 Overview of Petrochemicals Industry: Modern Technology Trends 4.3 Building Blocks : Olefins, Benzene & Xylene including (i.) Poly-olefins (ii.) Poly-condensation involving DMT/PTA, MEG 4.4 Role of Catalysis in Petroleum Refining and Petrochemical Industry 4.5 Processes for p-Xylene production 4.6 Additives for Fuels – Application 4.7 Corrosion problems in Refining Industry 5.0 OTHER SUPPORT PROCESSES 5.1 Alternate Fuels 5.2 Process integration (Pinch Analysis) 5.3 Hydrogen production and management 5.4 Advance controls in refineries 5.5 Biodesulphurization 6.0 LAB./PILOT PLANTS VISITS AND OPEN

The persons working in petroleum refineries and petrochemical sectors shall have the opportunity to obtain a broad knowledge of refining and petrochemials processes, troubleshooting principles and practice, to gain insight into both present and advanced refining technologies. The programs is ideal for personnel as follows: 1. Graduate Engineer Trainees (GETS) – New Entrants (Fresh Chemical Engineers to Experienced Scientist /Managers) 2. Middle /Senior Management Level personnel working in the petroleum refineries and petrochemical sectors

[II] PETROLEUM REFINING & PETROCHEMICALS TECHNOLOGY (2 WEEKS)

WHO MAY PARTICIPATE

TOPICS

1.0 Recent Advances in Fuels & Lube World

1.1 Chemistry of crude oils and their physico chemical properties

1.2 Physico-chemical Analysis of Lube Oils and greases

1.3 Characterization of Lube Base Stocks

1.4 Lubrication Fundamentals

2.0 AUTOMOTIVE FUELS AND LUBRICANTS 2.1 Basics and Advances of MS & HSD Engines

2.2 Motor Gasoline & Diesel Fuels

2.3 Fuels & Additive Effects on SI Engine Performance

2.4 Automotive and other Engine Performance Tests

2.5 Basic lubrication theory and lubrication in IC engines

2.6 Lubrication requirement - Performance tests and Specifications

2.7 Advance Alternate fuels

2.8 Vehicle emission - Legislation and control

2.9 Basic Concept of Engine Deposit Rating: , Significance and Methodology

3.0 INDUSTRIAL LUBRICATION 3.1 Gear Lubricants / Greases: Composition, evaluation & performance

3.2 Performance Evaluation of Engine and Gear

3.3 Lubricants and bio-lubricants

3.4 Metal working lubrication

3.5 Synthetic lubricants with special reference to cutting fluids (aqueous)

3.6 Hot & cold rolling and quenching oils

4.0 PRACTICALS / Lab visits

This training course will be highly useful for the personnel from Petroleum refineries, Oil & Lubricants Companies, Power Industry. The training program is specially designed for :

• Auto Parts & Components Suppliers • Engineers & Engineering Managers • R&D / Government / Academia • Product Designers • Researchers & Developers • Sales & Marketing Professionals • Testing & Modeling Engineers

[III] APPLICATION OF FUELS & LUBES IN AUTOMOTIVE AND INDUSTRIAL MACHINES

WHO MAY PARTICIPATE

TOPICS

1. Gasoline Vehicles: Engine Technology - Fuel Quality and Emission

2. Diesel Vehicles: Engine Technology, Fuel Quality and Emission

3. Alternative Fuel Vehicles

4. Role of Lubricants for Pollution Control

5. Central Motor Vehicles Rules for CNG and LPG Vehicles

6. Road safety for rural and urban areas

7. Maintenance and Calibration of Portable Gas Analyzers & Smoke meter

8. Effects of Vehicular Pollution on Human Health including the Road Safety and Supporting Aid,

Aspects

RTOs / Motor Vehicle Inspectors from the Govt. Of India Transport Departments of different states

Officers of Central & State Pollution Control Boards

R&D Institutions

Auto Industry

TOPICS

1. BASICS OF CFR ENGINES

2. REFERENCE AND STANDARD FUELS

3. DISMANTLING OF CFR ENGINES

4. INSPECTION & MEASUREMENT OF ENGINE COMPONENTS

5. ASSEMBLY OF CFR ENGINES

6. CALIBRATION & STANDARDIZATION OF CFR ENGINES

7. OPERATION AND TROUBLE SHOOTING

Laboratory personnel working in quality control and R&D department of oil refineries.

[IV] VEHICULAR POLLUTION (1 WEEK)

[V] OPERATION AND MAINTANANCE OF CFE ENGINES (2 WEEKS)

WHO SHOULD ATTEND

WHO MAY PARTICIPATE

TOPICS

1. Presentation on Crude assay using Physico-Chemical and Analytical Methods Basic Chemistry of crude oil: Composition and classification , crude assay short assay, mid assay

and detailed assay of crude oil, Types & Objectives of evaluation, Dehydration of crude oil, Atmospheric, Vacuum and short path distillation, ASTM D-86, D-1160, inter conversion of data from ASTM to TBP to EFV

2. Presentation on Petroleum Product Characterization Crude oil products viz NGL, LNG, LPG, gasoline, Naptha, Kerosene, Middle distillates, long

residue, VGP, short residue, lube oil and bitumen, their characterization by ASTM/ UOP/ IP/ IS test methods

3. Latest specifications on LPG, Naphtha , MS, HSD, Kerosene, ATF (BIS, Defstan, ASTM), Furnace oil, bitumen, Pet Coke , sulfur Granules etc.

4. Analysis of MS

Density, ASTM D-86 Distillation, Reid vapor pressure, vapour lock index, FIA, Total sulphur (ASTM D-4294 & 5453), Benzene content, Oxygenates, RON, MON, Copper Strip Corrosion, Existent gum, potential gum, Induction period, Lead Content Sp. Gravity, Aromatic contents, Olefinic content, kinematic viscosity, smoke point Naphthalene %, freezing point, ASTM D-86, Water content, conductivity test, JFTOT (Jet fuel test), Total sulphur, Mercapton, H2S, Acidity, Colour Saybolt, Smoke Point, silver strip corrosion test, Burning Quality, Char value, Bloom on Chimney, FIA, Flash point ( Manual & Auto) , Water reaction, Existent Gum , Particle counter etc

5. Analysis of HSD

Density, Kinematic viscosity, pour point, cloud point, CFPP, Cetane Number, Cetane index, Flash Pt./Abels, Aromatics contents, HFRR, Oxidation Stability , Particulate Contaminants, Moisture, ASTM Distillation , RCR , Ash Content , Acidity In organic & Total, Copper Corrosion, etc.

6. Furnace oil test

Density, ash content, sulphur, water content, flash point, kinematic viscosity, calorific value, Micro carbon residue (MCR), Total Sediment (TSP), P-value , Pour point ,Metals ,etc.

7. Bitumen Analysis

Penetration test, Softening Point, ductility, rheology, hardness, Rolling Thin Film Oven(RTFO) test, Frass Breaking point, Flash point (COC), TCE soluble matter, Wax Content , Specific Gravity, Water Content etc.

8. Other tests related to petroleum products

ASTM D-1160 distillation, Foaming characteristics, TAN and TBN, Evaporation loss by Noacks Method, Emulsion characteristics and demulsification, Rust preventive characteristics, Air release value, Elemental analysis by chemical, carbon residue , cold cranking simulation, mini rotary viscometer, Total nitrogen (instrumental – Chemiluminiscence and Kjeldahls) , C & S on Catalyst , Calorific value by Bomb Calorimeter , etc.

9. Gasoline & Diesel Quality Parameters(RON, MON. CETANE No ) using CFR Engine

Calibration & Standardization of RON, MON, CETANE No unit, as per ASTM test procedures Operation of RON, MON, CETANE Unit

10. Gas Chromatography Theory, Instrumental Setup, Qualitative and Quantitative Analysis,

Application 11. Other instrumental analysis technique : HPLC, SFC, NMR, IR, GS Mass FTIR, UV/ visible

spectrometry, EDXRF (Sulfur and metals), ICP & AAS, etc: Theory, Instrumental Setup, Qualitative, Quantitative-Analysis, Application

This training course will be highly useful for the personnel from Forensic Scientists, Petroleum refineries and Petrochemical Industry. It is specially designed for: Chemists, Chemical Engineers, Analytical Chemists, Managers and Scientific Officers of various levels, having the responsibility of R&D labs and Quality Control labs.

[VI] ANALYSIS OF PETROLEUM AND PETROLEUM PRODUCTS (2 WEEKS)

WHO MAY PARTICIPATE

Advance Training Programs are devoted to some “Special Theme” in relevance with the Refining

Industry. Time to time the contents are in line with the special theme.

TOPICS

1. Refining Technology Developments / Global Outlook of Refining Industry

2. Impact of Crude quality on refining

3. Opportunity crude processing challenges

4. Future fuel specifications and Emission standards

5. Advances in FCC Operation

6. Advances in Hydrotreatment and Hydrodesulphurization

7. Recent developments in Refining catalysts

8. IGCC/ Gasification

9. Modern lube base oil technologies, Group II/ Group III base oil

10. Upgradation of residue by Novel routes such as Ultrasonic, Microwave, Laser, Electronic beam etc.

11. Integration of Refinery and Petrochemicals: Synergies and Opportunities

12. Impact of Natural gas on Petroleum Refining

13. Estimation of emission of CO2 from refineries

14. Carbon reduction footprint through CO2 capture and sequestration

15. Advance Process Control

16. Advances in Pinch Technology

17. Biomass conversion to fuel and value added products

18. Biofuel: Bioethanol, Biodiesel, etc

19. Green fuels/ Jet fuel/ Green diesel

Advance Programs are devoted to particular theme (which is with reference to the current scenario of

Petroleum Industry) with a edge focus on Advances in Petroleum Refining Technology and their

related Aspects. These programs are specially designed for the Senior Managers, DGMs/GMs of the

Refineries and Experienced Scientist from the major R&D labs in the Area of Hydrocarbon Industry.

[VII] ADVANCE TRAINING PROGRAM ON “PETROLEUM REFINING TECHNOLOGY” (1 Week) DAYS)

WHO MAY PARTICIPATE

1. Applications of solvent extraction in petroleum refining 2. Basics of solvent extraction- covering following major points-

Solvent selection criteria, selectivity, capacity, triangular diagram interpretation, extract purity improvement, anti solvent, co-solvent etc.

3. Dearomatization of light naphtha- for production of:

Cyclopentane

FGH

SBP solvent

4. Dearomatization of middle distillate –

Kerosene

Gas oil 5. Production of pure BTX from-

Reformate

Pyrolysis Gasoline

6. Extraction of lube base stocks

7. Propane deasphalting

8. Dewaxing- Deoiling

9. New applications of solvent extractions - with emphasis on following areas:

LCO processing

CLO upgradation

Oxidative desulfurization

Room temperature ionic liquids

Re-refining of used lube oil

Residual fuel oil

10. Modeling simulation and designing of extraction columns

11. Tutorials

FGH production

LOBS production (including dewaxing – deoiling)

The participants will have the opportunity to obtain a broad working knowledge and gain insight into both present and advanced Extraction Technologies. The program is beneficial for the participants of Refining, Hydrocarbon industry and oil companies, as follows: 1. Chemical Engineers working in refineries, particularly solvent extraction units

2. Process Design, Development and Operations

3. Plant Design Engineers

4. Consultant

5. Quality Control Engineers

[VIII] ADVANCES IN SOLVENT EXTRACTION TECHNOLOGY (1 WEEK)

WHO MAY PARTICIPATE