Analytical Technicals Used in Oil & Gas and Petrochemical

7/21/2019 Analytical Technicals Used in Oil & Gas and Petrochemical

1/1220

www.ifptraining.com Refining & Chemicals - 2013


2/12121

www.ifptraining.com

PARISENERGY

HAPPENINGS

ENERGYECONOMICS

&MARKETS

DOWNSTREAM

ECONOMICS

FINANCE&

MANAGEMENT

NATURAL

GAS

REFINING(GENERAL)

&APPLIEDCHEMICAL

ENGINEERING

REFINING

PROCESSES

PETRO-

CHEMICALS

PETROLEUM

PRODUCTS

ANALYSIS

LUBRICANTS

ROTATING

EQUIPMENT

THERMAL

EQUIPMENT

EQUIPMENT

INSPECTION

CORROSION

PROCESSCONTROL

OPERATION

SAFETY

ENVIRONMENT

PROJECT

MANAGEMENT

MAINTENANCE

MANAGEMENT

IC

ENGINES

Refining & Chemicals - 2013

Petroleum Products -

Analysis - Lubricants

p. 123 to 130


3/1222



4/12123

www.ifptraining.com

PARISENERGY

HAPPENINGS

ENERGYECONOMICS

&MARKETS

DOWNSTREAM

ECONOMICS

FINANCE&

MANAGEMENT

NATURAL

GAS

REFINING(GENERAL)

&APPLIEDCHEMICAL

ENGINEERING

REFINING

PROCESSES

PETRO-

CHEMICALS

PETROLEUM

PRODUCTS

ANALYSIS

LUBRICANTS

ROTATING

EQUIPMENT

THERMAL

EQUIPMENT

EQUIPMENT

INSPECTION

CORROSION

PROCESSCONTROL

OPERATION

SAFETY

ENVIRONMENT

PROJECT

MANAGEMENT

MAINTENANCE

MANAGEMENT

IC

ENGINES


WHO SHOULD ATTEND?

Engineers and commercial or technicalstaff whose activities are related to theformulation, storage, purchasing marketingand usage of petroleum products.Its content also make it suitable for theengineers and managers in the refiningindustry interested in improving theirknowledge of petroleum products.

WHY THIS PROGRAM?To improve participants knowledgeand skills concerning the technicalcharacteristics of petroleumproducts and their production.

OBJECTIVES FORTHE PARTICIPANTSTo know the constituents of the petroleum

products and the blending rules.To understand the major characteristics of

petroleum products and their significancerelated to the product end-use.

To be aware of the recent changesand the trends for the future.

To get the basic knowledge relatedto product quantity measurement.

PEDAGOGYThe information concerning thesecommodities are up to date thanksto close contacts with the expertsof the IFP Energies nouvelles.

Petroleum Products -Analysis - Lubricants

ENGLISH: APD / PP-E

FRENCH: APD / PP

Petroleum Products

COURSE CONTENT

WORLDWIDE MARKET - PRICE AND COST MANAGEMENT 0.25 d

World oil consumption: price variation, demand, production - Which energy for the future?Unleaded gasoline, automotive diesel, heating oil, jet fuel, LPG: worldwide demand,consumption, prices and taxes.

ORIGIN AND COMPOSITION OF PETROLEUM PRODUCTS 0.5 dComposition and main characteristics of crude oils.Classification and characteristics of petroleum products.Principle of oil refining processes and of the formulation of commercial products: majorproperties of blending components, blending rules.Standard quality control tests: standards and testing organizations, test principles,accuracy of the methods, specifications.

PROPERTIES, CHARACTERISTICS AND FORMULATIONOF COMBUSTIBLE PRODUCTS

3 d

For each major product (LPG, automotive gasoline, jet fuel, automotive diesel fuel,domestic fuel oil and heavy fuel oils), the following aspects are developed:

Market trends - Volatility characteristics - Combustion properties - Behavior undercold conditions and flowing - Corrosiveness, effect on air pollution - Stability, storagebehavior - Manufacturing schemes. Main additives.

In addition, in view of current trends, emphasis is placed on the following issues:Automotive gasoline: octane numbers, catalytic converters, benzene and aromaticscontent, addition of oxygenated compounds, impact of the formulation on the engineemissions.Regulations to reduce the pollution and its consequences.Strength and weakness of automotive fuels versus biofuels.Jet A1: market trend, protection of the quality during transfers.Automotive Diesel Oil:problems raised by the huge increase of the diesel car populationefficient protection for injection systems; interest of agrofuels.consequences of the future specifications changes (Euro 6): new post-treatment

systems impact of the specifications on the manufacturing schemes.Home heating oil: problems related to the increase of cracked Diesel fuels;differences of composition between ADO and HHO.Heavy fuel oils: stability of visbroken fuels, environmental constraints: sulfur andmetals content, solid unburnt effluents.

Case studies, based on typical examples of formulation, illustrate the blending rulesfor the main properties: octane number, specific gravity, sulfur content, vapor pressure,viscosity, ...

MAIN NON-ENERGY PRODUCTS 0.75 dBitumen

The different types of bitumen: pure, cutbacks, polymer-modified, emulsions, ...

The major standard tests: penetration, softening, ageing, ...Manufacturing schemes - Formulation - Blending rules.Lube base oils

Lube base oils manufacturing and composition of lubricants: base oils and additivesProperties and characteristics of base oils: viscosity index, cold properties, oxidationstability, ...

QUANTITY MEASUREMENT 0.5 dQuantity measurement procedures: tank gauging, tank calibration and weighting;dynamic measurement. Positive displacement - meters and turbine - meters.Determination of volumes at 15C, temperature correction.Uncertainties on measured quantities.Importance of sampling: representativeness.

COURSE COORDINATOR(S)Thierry Soto

5 DAYS

LANGUAGE DATES LOCATION FEES REGISTRATION CONTACT

EN Nov 25 - 29 Rueil 2,320 RRU [email protected]


5/1224


WHO SHOULD ATTEND?

Engineers and technicians fromthe car manufacturing, refining andagri-fuels industry, concerned bydevelopments in motor fuel qualityin relation to engine technologies.

WHY THIS PROGRAM?To familiarize participants with thedevelopments in automotive fuelslinked with engine developments.

OBJECTIVES FOR

THE PARTICIPANTSTo know current and future

motor fuel characteristics.To analyze factors governing motor

fuel trends: end use, regulationsand engine technologies.

To grasp constraints related to airpollution and the improvement ofair quality through fuel compositionand exhaust gas post-treatment.


ENGLISH: APD / AUTFUEL

FRENCH: APD / CARBAUT

Current and FutureAutomotive Fuels

COURSE CONTENT

GASOLINE 1 dHydrocarbon characteristics.Market trends and shares of different gasoline fuels.Design and operation of the alternative engine with spark ignition (gasoline), descriptionof fuel injection systems.Required properties for automotive gasoline. Considering the present and futureevolution, the key points are developed as follows:

Volatility: vapor pressure and ASTM distillation. Volatility influence on the engineoperation.Combustion: decisive factors, nature and incidence of knock, definition and measure

of the gasoline octane numbers.Toxicity: benzene, aromatics and olefins content.Corrosiveness and stability: mercaptans.

Exhaust gas pollution: gas composition and impact on the environment, pollutionreduction.Manufacturing scheme of automotive fuels. Characteristics of petroleum stocks producedin refineries.

DIESEL FUEL 1 dMarket trends, problems due to the important development of diesel engines.Design and operation of the alternative engine with compression ignition (Diesel).Required properties for Diesel fuel. Considering the present evolution, the followingpoints are particularly developed:

Viscosity: impacts on equipment of the injection circuit and on the injection quality.Combustion: auto-ignition delay. Definition and cetane number measurement.Influence of the cetane number on the combustion quality.Coming regulation (Euro 6): impacts on post-treatment for diesel engines.Cold flow properties: cloud point and Cold Filtering Plugging Point (CFPP).

Pollution by exhaust gases of the diesel engine: particles, HAP, NOx.Diesel fuel formulation.

ALTERNATIVE FUELS AND BIOFUELS 1 dGaseous fuel: Liquefied Petroleum Gas (LPG-Motor Fuel), Natural Gas Vehicles (NGV)and Dimethyl Ether (DME).Liquid fuels: ethers, Gas-To-Liquids (GTL), Coal-To-Liquids (CTL)and other bases.

First generation biofuels: ethanol, ethers (ETBE and MTBE), E10, E85, biodiesel B30,B100.Second generation biofuels: Biomass-to-Liquids (BTL and NExBTL).Emulsions: Diesel-Water Emulsion.Alternative fuels: performance, engine modifications.Environmental impacts: exhaust emissions, regulations and life cycle analysis.


In-house course

3 DAYS


6/12125

www.ifptraining.com

PARISENERGY

HAPPENINGS

ENERGYECONOMICS

&MARKETS

DOWNSTREAM

ECONOMICS

FINANCE&

MANAGEMENT

NATURAL

GAS

REFINING(GENERAL)

&APPLIEDCHEMICAL

ENGINEERING

REFINING

PROCESSES

PETRO-

CHEMICALS

PETROLEUM

PRODUCTS

ANALYSIS

LUBRICANTS

ROTATING

EQUIPMENT

THERMAL

EQUIPMENT

EQUIPMENT

INSPECTION

CORROSION

PROCESSCONTROL

OPERATION

SAFETY

ENVIRONMENT

PROJECT

MANAGEMENT

MAINTENANCE

MANAGEMENT

IC

ENGINES


WHO SHOULD ATTEND?

Graduate engineers, supervisory andmanagerial staff from laboratories,refining units, research centers, andprocess departments, who are responsiblefor defining analyses, performing them andapplying the results in order to monitorprocess operation and performanceand to assure product quality.

WHY THIS PROGRAM?To provide a deeper understanding ofanalytical methods and techniquesapplied to hydrocarbons through lectureslinked to practical work in laboratories.

OBJECTIVES FORTHE PARTICIPANTSTo know the techniques used

in petroleum analysisTo understand the area of application

of the operating procedures, thedifferent types of equipment.

To get the knowledge of managementof the results and their reliability.


ENGLISH: APD / AMT-E

FRENCH: APD / MTA

Analytical Methods andTechniques Applied to Crude Oiland Petroleum Products

COURSE CONTENT

MAJOR ANALYTICAL METHODS 1.75 dElementary analysis

C, H, O, N, S, Ni, V, ... analysis.Methods: microanalysis, X-ray fluorescence, plasma spectrography, atomicabsorption.

Separation techniques

Analytical and preparatory distillation. Chromatography (GC, LC). Liquid-liquidextraction.

Spectrographic methods

UV, IR, visible spectrography. NMR spectrography. Mass spectrography.Standard tests

Standards: principle, field of application, evolution.Classification of main standards, quality control related to product utilization:volatility, combustion properties, fluid flow, lubrication and storage, cold conditions,corrosiveness and pollution.

PRODUCT ANALYSIS ACCORDING TO TYPE OF PRODUCTS 2 dGases

Principal analyzed gases, C3/C

4cuts.

Problem of components present as traces.Gasoline cuts

Detailed analysis (GC), analysis by hydrocarbon structure (GC, LC, MS).Overall characteristics: octane number, specific gravity, vapor pressure, ...

Kerosene and gasoil cuts

Simulated distillation (GC). Analysis by hydrocarbon structure (LC/GC - MS).

Aromaticity (UV), ...Vacuum distillates

Analysis by hydrocarbon structure. Overall characteristics: viscosity, ...Aromaticity (NMR-IR).

Residues

Analysis by hydrocarbon structure (saturates, aromatics, resins, asphaltenes).Characterization of molecular weight and sizes. Modeling.

ON LINE ANALYSIS 0.25 dGases sampling analysis

Buckle fast.Problem of injection.Validity of the results.Applications to various gases.

Liquid effluents

On-line system of injection.Industrial analysis of sulfur.NIR analysis.

MEASUREMENT METHOD UNCERTAINTY 0.25 dStatistical fundamentals. Accuracy of measurement method.Decision, detection and quantification limits. Examples.

DEMONSTRATIONS OF EXPERIMENTS IN LABORATORIES 0.75 dThe analyses are demonstrated in the IFP laboratories.The practical work alternates with lectures and is carried out in the following laboratories:distillation, standard tests, elementary analysis, chromatography, spectrography.


5 DAYS

In-house course


7/1226


WHO SHOULD ATTEND?

Field operators, panel operators,foremen of reception, blending andshipping departments of refineries andpetrochemical plants. Personnel workingon shipping and storage facilities forcrude oil and petroleum products.

WHY THIS PROGRAM?To improve the participants technicalknowledge in order to achievecompetency in their daily work.

OBJECTIVES FORTHE PARTICIPANTSTo know the characteristicsof crude

oil, petroleum fractions, blendingstocks and finished products.

To identify the rules for blendingandmanufacturing finished products.

To analyze the operating andmonitoring conditions for transferby gravity or pumping.

To master the operationof tanks andstorage facilities under safe conditions.


ENGLISH: MVS / PCTS-E

FRENCH: MVS / PCTS

Properties, Formulation,Transfer and Storageof Petroleum Products

COURSE CONTENT

PROPERTIES OF CRUDE OIL AND PETROLEUM PRODUCTS 3.75 dCrude oils: main constituents, properties, initial fractionation into petroleum fractions.Petroleum products

LPG, gasoline, jet fuel, Diesel oil, home heating oil, heavy fuel oils, bitumen andspecial products.Main specifications determined by end use, manufacturing constraints, storage andsafety in product handling.Changes in product quality.

Bases and alternative fuels: MTBE, ETBE and EMC.

FORMULATION OF PETROLEUM PRODUCTS 2.25 d

Base production: process flow sheets of petroleum product manufacturing, simplifiedprocess diagrams of refineries and petrochemical units.Finished products formulation

Main rules for blending the basesManufacturing finished products: economic aspects (give-away, added profit),additives, blending of basesOn-line analyzers: usefulness and limitations, constitution, examples of widely usedanalyzers.

Applications: examples of a premium gasoline and a heavy fuel oil production.

TRANSFER AND TRANSPORT OF PETROLEUM PRODUCTS 1.75 dTransfer by gravity: characteristics of gravity flow.Transfer by pumping

Performance of centrifugal pumps, simplified technology and adaptation to pumping

circuits.Operation of centrifugal pumps, start-up, shut-down, installation in series and parallelimplementation.Operation and simplified technology of volumetric pumps.Operation of a transfer installation: practical and economic aspects, risks ofvaporization, pressure surges, ...Transfer of crude oil and petroleum products by ship.

Application: study of transfer from one tank to another.

STORAGE OF PETROLEUM PRODUCTS 2.25 dStorage equipment

Pressurized and refrigerated tanks, spheres, cylindrical tanks, cryogenic tanks,cavities, ancillary equipment: safety valves, hydraulic safety valvesFixed roof tanks: different types, vents, justification and limits of vent valvesFloating screen tanks: special features, justificationFloating roof tanks: different types of roof and seals, supporting legs, rainwaterdrainage.Protection against fire risks.

Tank operation

Operational safety: risks of inflammation, static electricity, pyrophoric substances,emulsions, overflowing, toxic products.Heating. Mixing.Measuring the quantities delivered, stored and shipped: manual and remotegauging, measuring the temperature locally and remotely, volumetric and dynamicmeters, manual and automatic sampling.Usual operation of storage tanks including emptying, degassing and making readyfor use.

COURSE COORDINATOR(S)ric Fiquet

In-house course

10 DAYS


8/12127

www.ifptraining.com

PARISENERGY

HAPPENINGS

ENERGYECONOMICS

&MARKETS

DOWNSTREAM

ECONOMICS

FINANCE&

MANAGEMENT

NATURAL

GAS

REFINING(GENERAL)

&APPLIEDCHEMICAL

ENGINEERING

REFINING

PROCESSES

PETRO-

CHEMICALS

PETROLEUM

PRODUCTS

ANALYSIS

LUBRICANTS

ROTATING

EQUIPMENT

THERMAL

EQUIPMENT

EQUIPMENT

INSPECTION

CORROSION

PROCESSCONTROL

OPERATION

SAFETY

ENVIRONMENT

PROJECT

MANAGEMENT

MAINTENANCE

MANAGEMENT

IC

ENGINES


WHO SHOULD ATTEND?

Technical and key operating staff workingin refining as well as the oil and gasindustry Company managers who have aninterest in increasing their understandingof all aspects of offsite operations.

WHY THIS PROGRAM?To improve the attendees knowledgeand understanding of the principlesof operation and decision makinginvolved in the management ofrefinery offsite operations, such as:crude/products blending

control and optimization tank farm management terminal and custody transferoil movement, ...

OBJECTIVES FORTHE PARTICIPANTSTo understand the functional divisions

into onsite/offsite operations ofrefinery processing operations.

To know issues of custody transferand terminal operations.

To review all elements of tankfarm management from sizing

storage requirements, control,instruments, safety, environment,oil movement and scheduling.

To grasp the refinery blendingoperations of crude oils and products.

To analyze offsite automation projectplanning, its economic analysisand implementation strategy.

PEDAGOGYIn addition to formal lectures,the attendees will learn by activeparticipation through the use of group

discussions, analysis of real-life casestudies and, when possible, simulateddemonstration of automation systems.


ENGLISH: APD / AUTOOFF

Automation of RefineryOffsite Operations

COURSE CONTENT

OVERVIEW OF OFFSITE OPERATIONS 0.5 dOverview of refining processes.Distinction and economics of offsite operations.Custody transfer problems and challenges.Terminal operations (marine, pipeline and trucks).

TANK FARM MANAGEMENT 1.5 dTank farm fundamentals.Automatic Tank Gauging (ATG) system.Tank inventory information management.Tank quality analysis and prediction.Fugitive tank emission measurement and control.Oil movement and control.

Planning and scheduling.

BLENDING SYSTEMS AND OPERATIONS 1 dBlending operations.Crude blending.Product (gasoline, Diesel, fuel, lube) blending.Blending modes and configurations.Field equipment and instrumentation.Analyzers and sampling systems.Regulatory blend control.Blend trim control.

ADVANCED BLEND CONTROL AND OPTIMIZATION SYSTEMS 1 dAdvanced blend control strategy.

Blend models.Blend optimization.Refinery wide planning.Offline blend optimizer.Online blend control and optimization.Data reconciliation and feedback.Interfaces with other systems.System architecture.Over-all integration.

PLANNING, JUSTIFYING, IMPLEMENTING AND REALIZATION 0.5 dProject identification.Data gathering and analysis.Economical justification.

Where and how to start?Required enterprise changes.Project implementation phases and strategy.How to realize and sustain benefits?Putting it all together - Myths and facts.

SIMULATED DEMONSTRATION OF OPTIMIZATIONAND AUTOMATION SYSTEMS

0.5 d

Introduction and examples of linear programming.Crude blending simulation and LP.Offline blend optimization of fuel products.Online tanks quality tracking system.Online blend control and optimization.


5 DAYS

In-house course


9/1228


WHO SHOULD ATTEND?

Engineers and technical staff working inthe development, manufacturing, technicalassistance and sales of lubricants, inengineering offices of automotive andmechanical industry, in maintenances services,desiring to acquiring a basic knowledge onthe principles of lubrication and on lubricants.

WHY THIS PROGRAM? To describe the basic mechanical

organs, their integration in the variousautomotive and industrial equipmentand their principle of functioning.

To give the reason of being of the lubricants,their functional properties and their impacton the functioning of the machines.

To perform a succinct overview of theclassifications and specifications ofautomotive and industrial lubricants.

To give the friction laws and describethe different regimes of lubrication.

To perform a review of the differentforms of wear, their origins and theways to fight against them.

To give information on the chemicalcomposition of lubricants (base stocksand additives), on the physicochemicaland mechanical testing methods.

To explain the principle of theformulation of lubricants.

To give elements of the toxicity andenvironmental aspects ecological label.

OBJECTIVES FOR THEPARTICIPANTS To know the different basic

organs of the mechanic and theprinciples of their lubrication.

To understand the importanceor lubricants standardization(classifications and specifications).

To understand the whole mechanismsinvolved in the lubrication of automotiveand industrial equipment: friction,lubrication, forms of wear.

To know the chemical composition oflubricants (base oils and additives).

To understand the mode of actionof lubricants and the relationshipbetween the chemical compositionand the required functional propertiesfor the various applications.

To know the different methods forevaluating the physicochemicaland mechanical properties.

PEDAGOGYInteractive exercises of questions-answers between the participantsusing sets of play cards to synthetizethe essential points of the lectures.


ENGLISH: LUB / LUBLUB-E

FRENCH: LUB / LUBLUB

Lubrication and Lubricants

COURSE CONTENT

LUBRICATED MATERIALS AND MECHANISMS 0.5 dGeneral description of the main mechanical organs (journal and antifriction bearings,gears) and their integration in the various industrial and automotive equipment.Functional properties of lubricants.

CLASSIFICATIONS AND SPECIFICATIONS OF LUBRICANTS 0.5 dLubricants rheology: the different types of flow behavior (Newtonian, non Newtonian,Bingham fluid, Maxwell fluid, thixotropy), variation of viscosity with temperature, pressure,deformation, measuring methods of the rheological properties, viscosity classifications ofautomotive and industrial lubricants.Classifications and specifications of industrial lubricants: ISO classifications6743-99 and ISO 6743-xx, specifications.

Service specifications of engine lubricants: API, ACEA, ILSAC.

ELEMENTS OF TRIBOLOGY 0.75 dFriction laws.Study of the different lubricating regimes (hydrodynamic, hydrostatic, elasto-hydrodynamic, boundary, mixed, squeeze film) and their mechanism of generation.Stribeck curve. Sommerfeld number.Study of the different forms of wear, their mechanism, the way to fight against them(abrasive, corrosive, fatigue, contact corrosion, cavitation wear).Relationship between wear and tribology parameters.

COMPOSITION OF LUBRICANTS 1.75 dMineral base oils: ATIEL groups, requested properties following the type of lubricant,chemical composition, succinct review of the different refining operations, composition

evaluation methods.Synthetic base oils: ATIEL groups, the different types of synthetic base stocks, synthesisof the products, application areas and comparative properties with the mineral basestocks.Vegetal oils: modes of obtaining, properties, modifications, uses.Lubricants additives: chemical structure, properties and modes of action (detergents,dispersing agents, antioxidants, rust and corrosion inhibitors, viscosity modifiers, pourpoint depressants, extreme pressure and anti-wear additives, anti-foaming agents).Solid lubricants: the different types, characteristics and properties, main uses.

EVALUATION OF THE PROPERTIES 0.75 dPhysico-chemical testing methods: thermal and oxidation stability, thermal properties(flash points, ash, carbon residues), rust and corrosion protection, surface properties(foaming, air release, water shedding, particulate contamination evaluation and

filterability, compatibility with elastomeric materials.Mechanical testing methods: notions on engine testing, tests on mechanical organs(bearing tests, gear tests, hydraulic pumps tests), simulation machines testing andlaboratory tribometers (4-balls, FALEX, TIMKEN, CAMERON PLINT, SRV, ).Analytical methods of the composition: elemental and spectrometric analysis.

PRINCIPLE OF FORMULATION OF LUBRICANTS AND EXAMPLES 0.5 dFormulation of industrial lubricants.Formulation of engine lubricants.

HYGIENE - TOXICITY - ENVIRONMENT 0.25 dElements on toxicity, hygiene, labeling.Ecological label of lubricants.

COURSE COORDINATOR(S)Guillermo Ballesteros

In-house course

5 DAYS


10/12129

www.ifptraining.com

PARISENERGY

HAPPENINGS

ENERGYECONOMICS

&MARKETS

DOWNSTREAM

ECONOMICS

FINANCE&

MANAGEMENT

NATURAL

GAS

REFINING(GENERAL)

&APPLIEDCHEMICAL

ENGINEERING

REFINING

PROCESSES

PETRO-

CHEMICALS

PETROLEUM

PRODUCTS

ANALYSIS

LUBRICANTS

ROTATING

EQUIPMENT

THERMAL

EQUIPMENT

EQUIPMENT

INSPECTION

CORROSION

PROCESSCONTROL

OPERATION

SAFETY

ENVIRONMENT

PROJECT

MANAGEMENT

MAINTENANCE

MANAGEMENT

IC

ENGINES


WHO SHOULD ATTEND?

Engineers and technical staff,beginners in the lubricant area,wishing to get an overall view onautomotive and industrial lubricants.

WHY THIS PROGRAM?To bring an overall view on the various

equipment currently lubricated:internal combustion engines,automotive transmissions, industrialequipment (hydraulic pumps, gears,compressors, turbines, antifrictionbearings, machine tools).

To give the necessary elements tounderstand how the lubricants areoperating in the various equipment.

To give the functional properties of thelubricants for each type of equipment,their classifications and specifications.

OBJECTIVES FORTHE PARTICIPANTSTo know the technology of the automotive

and industrial equipment currently used.To know the lubricants applied

in this equipment in terms offunctional properties, classifications

and specifications.To know how to recommend a

lubricant for a given application.

PREREQUISITETo take the best profit of this training,it is strongly recommended tohave followed the training entitledLubrication and Lubricants.

PEDAGOGYInteractive exercises of questions-

answers between the participantsusing sets of play cards to synthetizethe essential points of the lectures.


ENGLISH: LUB / INILAI-E

Introductory Course toAutomotive and Industrial Lubricants

COURSE CONTENT

ENGINE LUBRICANTS 1.25 dElements on engine technology in relation with lubricants properties.Passenger cars engine oils: role, properties, classifications and specifications (API, ACEA,ILSAC).Industrial vehicles lubricants: role, properties, classifications and specifications (API,ACEA, ILSAC).

AUTOMOTIVE TRANSMISSION LUBRICANTS 0.75 dElements on automotive transmissions technologies.Automotive transmission oils (manual and automatic): role, properties, classifications and

specifications.

HYDRAULIC LUBRICANTS 0.75 dBasic hydraulic circuit. Elements on hydraulic equipment technology. Lubricationrequirements of hydraulic circuits. Hydraulic oils properties, classifications andspecifications. Recommending a hydraulic oil. Hydraulic oils in use: maintenance in use,filtration, pump failures.

INDUSTRIAL GEAR LUBRICANTS 0.5 dElements on industrial gears technology. Lubrication requirements of the various types.Industrial gear oils properties, classifications and specifications. Recommending anindustrial gear oil. Industrial gear oils in use: maintenance, identification of failures.

COMPRESSOR LUBRICANTS 0.5 dGas compression principles. Different compressor types. Lubrication requirementsaccording to compressor type and gas compressed. Lubricant functional propertiesfor gas, air and refrigerating compressors. Compressor lubricants classifications andspecifications.Recommending a product. Possible problems in service.

TURBINE LUBRICANTS 0.5 dElements on the different types of turbines (steam, gas, hydraulic). Lubricationrequirements. Turbine lubricants functional properties, classifications and specifications.Recommending a lubricant. Possible problems in service.

PLAIN AND ANTIFRICTION BEARING LUBRICANTS 0.5 dElements on plain and anti-friction bearings technologies. Lubrication requirementsaccording to the type. Bearing oils and greases description, requirements, classificationsand specifications.Recommending a bearing oil or grease. Bearing failures: identification, origin andsolutions.

MACHINE-TOOLS LUBRICANTS 0.5 dDescription and role of machine tools elements on the different constituting organs.Lubrication requirements, putting more emphasis on slide-ways lubrication. Lubricationscheduling. Possible problems in service.


5 DAYS

In-house course


11/1230

www.ifptraining.com Refining & Chemicals - 2013Refining & Chemicals - 2013

WHO SHOULD ATTEND?

Engineers and technical staffbeginners working in development,technical assistance, manufacturingor sales of lubricants.Mandatory prerequisite: Lubricationand lubricants and Automotiveand industrial lubricants.

WHY THIS PROGRAM?The course Automotive and industriallubricants being an introduction courseintended for mainly beginners in thelubrication and the lubricants areas, otheradvances courses may be organized,on request and for a minimum numberof attendees, covering all the lubricantstechnical areas. The headlines of the courseprogram are given, but the contents maybe adapted to suit particular requirements.To bring participants deeper informationon the technology of the equipment to belubricated and on the relationship withthe lubrication requirements, as well ason the lubricants operating properties.

OBJECTIVES FORTHE PARTICIPANTSTo know the fundamentals

about the equipment technologyrelated to lubrication.

To know the lubricantsoperating requirements.

To know how to recommend a lubricantand how to identify the causes of in-service problems, and how to solve them.


ENGLISH: LUB / LUBADV-E

LubricantsAdvanced Courses

COURSE CONTENT

ENGINE LUBRICATION 5 dEngine technology.Engine lubricants development and testing.Engine lubrication and wear.Monitoring of engine oils in use.Engine lubricants trends.

LUBRICATING GREASES: AUTOMOTIVE AND INDUSTRIALAPPLICATIONS

2.5 d

Description, properties, manufacturing and control.Mechanical and physico-chemical testing.Automotive applications (hub unit, constant velocity joints).Industrial applications (bearings, gears, universal joints, couplings).Bearings failures, identification and causes.

METAL WORKING LUBRICATION - HEAT TREATMENT OILSMACHINE-TOOL LUBRICATION

2.5 d

Machine-tool technology, lubrication and lubricant. Lubrication scheduling.Metal working principles: cutting, distortion.Study of cutting oils, plain and emulsifiable ones: composition, properties, applications,in-service problems, disposal.Study of rolling oils, plain and emulsifiable ones: composition, properties, applications,

in-service problems, disposal.Heat treatment: principle, techniques, fluids.Temporary protection against corrosion fluids.


In-house course

10 DAYS


12/12

www ifptraining comRefining & Chemicals 2013

Documents

Analytical Technicals Used in Oil & Gas and Petrochemical