OIL FIELD ENGINEERING
India’s best Petroleum, Oil & gas training with salaried offshore training
Scantech engineering is the best training Institute for Petroleum, Oil & gas training. It provide High quality training in mechanical, Chemical & Instrumentation (EIE) students, Graduate and working professionals on Oil& Exploration, Production, utilities, refineries, LNG plants, Water treatments, Power plants, Air separation units and petrochemical plants.
Students / engineers trained by us are working in world best companies at Junior & senior level positions. Our course is rated as the best designed course in India by experts, Plant managers and Engineering companies around the world. This course covers complete project development and process technologies of Petroleum, Oil & Gas industry with training on all major equipment.
We also conducting industry oriented training programs for the final year students, Graduate engineering Trainee (GET), Study projects and Internships for the final year Engineering students . You can get jobs in world class companies after this training.
Scantech has very good contacts & relations with Industry and promoting this short term training programs among corporate.
Scantech is one of the best training institute in Asia , which is conducting training and internship program on petroleum, Oil&Gas industry with highly practical oriented training
Certified Oil&Gas training course covers reading and interpretation of charts ,hydrocarbon indications or fracture analysis to ensure the best decisions regarding drill sites and Seismic Vibrators reports.Our training covers basic aspects of interpretation of Map rock formations, elevation, Differentiate major rock types, Identify barren and productive basin areas.
Our petroleum skills training program includes skills required to get jobs on Rigs ,Selection of Rigs,Project Management & engineering ,designing offshore drilling program ,conceptual well design ,Casing program, cementing program, handling drilling fluids, directional drilling, drilling bit selection and equipments for drilling
Our technical training on production / centralized production complex is unique and it covers concepts like Gas injection, water injection techniques ,Power plant , water treatment plant, Crude oil& Gas separation process , production platform safety , instrumentation and operations .
Our training course covers LNG process supply chain starting from gas well ,field processing, Pipe line transmission, liquefaction , shipping and marketing(distribution).Also trains students on Petroleum, diesel and other Petro-chemical Tank construction technologies, fabrication, welding procedures, Operation & maintenance techniques as per API & ASME standards.
The plant comprises an assembly of distillation columns, heat exchangers, adsorbers, and supporting machinery for compression, expansion and control of gases and liquids.
The component gases are sold and distributed to customers for a wide variety of industrial, medical and other specialist applications
Scantech Engineering’s training is best in India for Refining and Petro-chemical jobs. Training covers all aspects of refining like Mechanical, Chemical, Electrical, Instrumentation and Safety.
This course covers study and interpretation of Process flow drawings , Control & Instrumentation ,single line drawings, Piping, Mechanical designs of refinery. It trains students on Desalting ,Atmospheric crude distillation, Vacuum distillation,Thermal cracking,Fluid Catalitic Cracking ,Catalytic reforming,Naptha Hydrotreating ,Isomerisation, Alkylation, Hydro de- sulfurisation , Hydro cracking and sulfur recovery units
SCANTECH IS THE ONLY INSTITUTE IN INDIA WHICH GIVES 3/6 MONTHS OFFSHORE PRACTICAL TRAINING IN OFFSHORE PLANTS AND RIGS WITH SALARY
Differentiating factor
Unique course curriculum – World class faculty – Complete practical approach
Projects & Case studies
- Water treatment plants
- Power plants
- Refining process
- Piping
- Static equipment (Boilers, heat exchangers, reactors, cooling towers)
- Rotating equipment (Turbines, compressors, Pumps)
- Design Basis & Philosophy
- Planning
- Procurement of major equipment
- Erection & Commissioning
- Contracts Management
- Project Management
- Piping
- Operations & Maintenance
- Instrumentation & Safety Engineering
- Petroleum Exploration
- Petrochemical refineries
- Rigs & Dredging
- Oil & Gas wells
- Power plants
- LNG plants, LPG recovery
- Water treatment plants
- Crude distillation units
- Diesel, gasoline & kerosine recovery
- Bitumen & Coke making plants
- Design Engineers
- Planning Engineer
- Procurement Engineers
- Site Engineers / Project Engineers
- Plant Engineers
- Project Managers
- Safety Engineers
- Piping Engineers
Placement Assistance
We provide 100% placement assistance to our students till they get job. Placement assistance include resume preparation, mock interviews, offering case studies & projects to our students as internships to build their resume. Our students are placed in some of the reputed organizations around the world
Specialized skills for different engineering branches
For Electrical Engineers
After this training, students are eligible to work as site engineers in erection & commissioning of electrical systems in Sub stations, Switch yards, Water treatment plants etc. Every equipment in a power plant, whether it may a boiler, turbine or generator or it may a valve or motor, all the equipment will have its own electrical system. So, our course make students eligible for lot of jobs in project development
For Mechanical Engineers
After this training, students are eligible to work as site engineers in erection & commissioning of mechanical equipment such as Boilers, turbines, material handling systems, HVAC, Water treatment plants etc. Every equipment in a power plant, whether it may a boiler, turbine or any mechanical process equipment; all these equipment will have its own mechanical system. So, our course make students eligible for lot of jobs in project development
For Electronics & Communication, Instrumentation Engineers
After this training, students are eligible to work as plant engineers in operation & maintenance of process equipment in Oil & gas platforms, Petrochemical refineries, LNG technologies etc. Every equipment in Petroleum, Oil & Gas industry; whether it may a mechanical process equipment or electrical systems; all these equipment will have its own process control systems and plant automation. So, our course make students eligible for lot of jobs in plant operations.
Scantech training course for chemical engineers covers Petroleum refinery process like crude distilation unit , Vacuum distillation unit, Fluid catalytic cracking unit, Hydro cracker, Alkylation, Hydrogen syn gas plant, ASU, Sulfur recovery , water treatment plants. Students will be trained on key equipment like Distillation columns,Desalters, Heat exchagers, Furnaces, reactors, Turbines, Boilers,Cooling towers and others. All chemical engineers are required to know about function, equipment selection, operations and trouble shooting of these equipment.
This course is best suitable to those people who is interested to work in middle east gulf, Australia & Malysia and who can travel through out world and want to have career as a petroleum engineer.
Companies that hire
Industries / OEM companies / Independent Contractors / E&C Firms / O&M Companies / Consulting Firms
HOW IT IS SPECIAL
- Experienced faculty
- Tailor made course curriculum
- 100% placement assistance
- Live projects & Case studies
- Highly practical oriented
- Unique & Popular
Penetrant Testing
Dye penetrant inspection also called liquid penetrant inspection (LPI), is a widely applied and low-cost inspection method used to locate surface-breaking defects in all non-porous materials (metals, plastics, or ceramics). The penetrant may be applied to all non-ferrous materials, but for inspection of ferrous components magnetic-particle inspection is preferred for its subsurface detection capability. LPI is used to detect casting and forging defects, cracks, and leaks in new products, and fatigue cracks on in-service components
Magnetic Particle Testing
A magnetic field is established in a component made from ferromagnetic material. The magnetic lines of force travel through the material, and exit and reenter the material at the poles. Defects such as crack or voids cannot support as much flux, and force some of the flux outside of the part. Magnetic particles distributed over the component will be attracted to areas of flux leakage and produce a visible indication.
Used to inspect ferromagnetic materials (those that can be magnetized) for defects that result in a transition in the magnetic permeability of a material. Magnetic particle inspection can detect surface and near surface defects.
Ultra Sonic Testing
IT is often performed on steel and other metals and alloys, though it can also be used on concrete, wood and composites, albeit with less resolution. It is a form of non-destructive testing used in many industries including aerospace, automotive and other transportation sectors. Ultrasonic Testing (UT) uses high frequency sound energy to conduct examinations and make measurements. Ultrasonic inspection can be used for flaw detection/evaluation, dimensional measurements, material characterization, and more.
Ultrasonic testing uses high frequency, highly directional sound waves to measure material thickness, find hidden internal flaws, or analyze material properties in metals, plastics, composites, ceramics, rubber, and glass. Using frequencies beyond the limit of human hearing, ultrasonic instruments generate shorts bursts of sound energy that are coupled into the test piece, and the instrument monitors and analyzes reflected or transmitted wave patterns to generate test results.
Radio Graphic Testing
IT is the use of ionizing radiations to view objects in a way that can’t be seen otherwise.. Industrial radiography has grown out of engineering, and is a major element of nondestructive testing (NDT). It is a method of inspecting materials for hidden flaws by using the ability of short X-rays and Gamma rays to penetrate various materials. In simple terms, a radiograph is a photographic record produced by the passage of X-rays or gamma rays through an object onto a film or other recording medium. The developing, fixing and washing of the film after exposure can be performed manually or by automated processing equipment. The development process begins after the film is exposed to the radiation and an invisible change called a latent image develops on the film emulsion.
Radio Graphic Test Film Interpretation
After the rt process the film is allowed to pass on different chemical baths and as a result a latent image is obtained to identify the discontinuities the film interpretation process is carried out In addition to producing high quality radiographs, the radiographer must also be skilled in radiographic interpretation. Interpretation of radiographs takes place in three basic steps: (1) detection, (2) interpretation, and (3) evaluation. All of these steps make use of the radiographer’s visual acuity. Visual acuity is the ability to resolve a spatial pattern in an image. The ability of an individual to detect discontinuities in radiography is also affected by the lighting condition in the place of viewing, and the experience level for recognizing various features in the image
Visual Testing
It is the important technique when comparing to all the ndt methods by this test the visual inspector can identify the defects in materials by referring codes and standards with the help of suitable measuring gauges like Vernier,thickness,Cambridge..etc.. All other ndt methods conclude by doing the visual testing this includes testing the documents like WPS , PQR ,WQT, CHECK LIST ,etc…
QA/QC MECHANICAL
Penetrant Testing
Dye penetrant inspection also called liquid penetrant inspection (LPI), is a widely applied and low-cost inspection method used to locate surface-breaking defects in all non-porous materials (metals, plastics, or ceramics). The penetrant may be applied to all non-ferrous materials, but for inspection of ferrous components magnetic-particle inspection is preferred for its subsurface detection capability. LPI is used to detect casting and forging defects, cracks, and leaks in new products, and fatigue cracks on in-service components
Magnetic Particle Testing
A magnetic field is established in a component made from ferromagnetic material. The magnetic lines of force travel through the material, and exit and reenter the material at the poles. Defects such as crack or voids cannot support as much flux, and force some of the flux outside of the part. Magnetic particles distributed over the component will be attracted to areas of flux leakage and produce a visible indication.
Used to inspect ferromagnetic materials (those that can be magnetized) for defects that result in a transition in the magnetic permeability of a material. Magnetic particle inspection can detect surface and near surface defects.
Ultra Sonic Testing
IT is often performed on steel and other metals and alloys, though it can also be used on concrete, wood and composites, albeit with less resolution. It is a form of non-destructive testing used in many industries including aerospace, automotive and other transportation sectors. Ultrasonic Testing (UT) uses high frequency sound energy to conduct examinations and make measurements. Ultrasonic inspection can be used for flaw detection/evaluation, dimensional measurements, material characterization, and more.
Ultrasonic testing uses high frequency, highly directional sound waves to measure material thickness, find hidden internal flaws, or analyze material properties in metals, plastics, composites, ceramics, rubber, and glass. Using frequencies beyond the limit of human hearing, ultrasonic instruments generate shorts bursts of sound energy that are coupled into the test piece, and the instrument monitors and analyzes reflected or transmitted wave patterns to generate test results.
Radio Graphic Testing
IT is the use of ionizing radiations to view objects in a way that can't be seen otherwise.. Industrial radiography has grown out of engineering, and is a major element of nondestructive testing (NDT). It is a method of inspecting materials for hidden flaws by using the ability of short X-rays and Gamma rays to penetrate various materials. In simple terms, a radiograph is a photographic record produced by the passage of X-rays or gamma rays through an object onto a film or other recording medium. The developing, fixing and washing of the film after exposure can be performed manually or by automated processing equipment. The development process begins after the film is exposed to the radiation and an invisible change called a latent image develops on the film emulsion.
Radio Graphic Test Film Interpretation
After the rt process the film is allowed to pass on different chemical baths and as a result a latent image is obtained to identify the discontinuities the film interpretation process is carried out In addition to producing high quality radiographs, the radiographer must also be skilled in radiographic interpretation. Interpretation of radiographs takes place in three basic steps: (1) detection, (2) interpretation, and (3) evaluation. All of these steps make use of the radiographer's visual acuity. Visual acuity is the ability to resolve a spatial pattern in an image. The ability of an individual to detect discontinuities in radiography is also affected by the lighting condition in the place of viewing, and the experience level for recognizing various features in the image
Visual Testing
It is the important technique when comparing to all the ndt methods by this test the visual inspector can identify the defects in materials by referring codes and standards with the help of suitable measuring gauges like Vernier,thickness,Cambridge..etc.. All other ndt methods conclude by doing the visual testing this includes testing the documents like WPS , PQR ,WQT, CHECK LIST ,etc…
PIPING AND PIPELINE ENGINEERING
PIPING DESIGN
- Fundamentals of piping
- International codes and standards for piping systems
- Classification of pipe
- Standard weight of piping materials and calculation
- Properties of piping materials
- Piping project design documents
- Drawing symbols
- Piping Isometric
- Process Flow Diagram (PFD)
- Piping Instrumentation Diagram (P&ID)
- Details of Equipment and Equipment Layout
- Piping arrangement Drawing
- Design of process piping requirements per ASME B31.3
- Scope of ASME B 31.3, B31.1
- Design Pressure & Design Temperature for Piping Systems.
- Ratings of Flanges etc.
- Reinforcement of Branch Connection
- Design Piping sizing / pressure integrity
- Typical wall thickness calculation for Refinery
- Pipe stress analysis & Flexibility analysis
- Pump Calculations
- Design of pipe supports
- Types of valves
- Type of Flange and method of connecting Flanged joint
- Piping Spools.
Pipe Supports.
Pipe Rack & Utility Station. - Hydraulic Design of Liquid Piping Systems & Pipelines.
- Pressure Drop due to Friction.
B. Pressure & Horse Power Required.
C. Pressure Required to Transport Liquids. - AUTO CAD for Piping Fittings Drafting.
- Several Examples of Calculation of Pipe Sizing
- Several Examples of Design of Pump Calculations
Module – 14 Design of process piping requirements per ASME B31.3
- Scope of ASME B 31.3, B31.1
- Design Pressure & Design Temperature for Piping Systems.
- Ratings of Flanges etc.
- Reinforcement of Branch Connection
PIPING DESIGN
- Fundamentals of piping
- International codes and standards for piping systems
- Classification of pipe
- Standard weight of piping materials and calculation
- Properties of piping materials
- Piping project design documents
- Drawing symbols
- Piping Isometric
- Process Flow Diagram (PFD)
- Piping Instrumentation Diagram (P&ID)
- Details of Equipment and Equipment Layout
- Piping arrangement Drawing
- Design of process piping requirements per ASME B31.3
- Scope of ASME B 31.3, B31.1
- Design Pressure & Design Temperature for Piping Systems.
- Ratings of Flanges etc.
- Reinforcement of Branch Connection
- Design Piping sizing / pressure integrity
- Typical wall thickness calculation for Refinery
- Pipe stress analysis & Flexibility analysis
- Pump Calculations
- Design of pipe supports
- Types of valves
- Type of Flange and method of connecting Flanged joint
- Piping Spools.
Pipe Supports.
Pipe Rack & Utility Station. - Hydraulic Design of Liquid Piping Systems & Pipelines.
- Pressure Drop due to Friction.
B. Pressure & Horse Power Required.
C. Pressure Required to Transport Liquids. - AUTO CAD for Piping Fittings Drafting.
- Several Examples of Calculation of Pipe Sizing
- Several Examples of Design of Pump Calculations
Module – 14 Design of process piping requirements per ASME B31.3
- Scope of ASME B 31.3, B31.1
- Design Pressure & Design Temperature for Piping Systems.
- Ratings of Flanges etc.
- Reinforcement of Branch Connection
MEP - HVAC AND FIRE FIGHTING
HVAC
Heating, Ventilation & Air-Conditioning Course Outlines…
- Role of HVAC Engineer and Draughtman in various industries
- Covers moist air properties and conditioning process, DBT, WBT, RH, Humidity ratio, Dew point, Heat : Sensible, latent heat.
Fundamental of HVAC design
Ventilation criteria
- Car parking ventilation - By advance method ( Impulse and Induction)
- Kitchen hood – Single skill hood, double skill hood
- Toilet exhaust- Commercial and residential, disc valve selection
Air Conditioning System
- Vapour Compression refrigeration cycle, Window A/C, Split A/C, Package A/C, Ductable Split A/C, hide away, Floor Mount, Cassette type, Ceiling type, Vulcan lockring.
Duct Design and layouts
- Shapes of duct.
- materials of duct.
- classification of duct : low, medium, high pressure.
- Designing : equal friction method, velocity reduction method, static regain method.
- Duct Designing Software : Ductu & matware.
- Recommended G.I (Guage).
- Aspect ratio.
- SMACNA.
- Air Terminal selection using BETA performance data program.
Heating and cooling load calculation
- Heat load calculations (Manually by E20 and general) and by software programs like: Carrier - HAP ( Hourly Analysis Program), Elite, General.
- Heat loss calculation.
Chilled water system
- Chiller selection.
- Chilled water pipe sizing: Graph, MACQUAY pipe sizing software.
- Hydraulic calculation for chilled water pump selection.
- Primary, Secondary Pump Selection, Pump in series and parallel.
- Common Header Pipe Sizing.
- Expansion Tank Selection – Software.
- Cooling Tower Selection- Evaporative Loss Calculation.
- Equipments Selection @“ Package Ac, Chiller, AHU, FCU etc @“ Zamil Software.
- Cooling Without Air Conditioning system Designing, Passive Cooling system designing.
- Energy Conservation Measures: Under floor Cooling, Radiant cooling, Geothermal Cooling,
- Thermal cooling or Ice on Pipe system, HRW - Heat Recovery wheel, EAT - Earth Air Tunnel system.
- Cold Store Designing.
- District Cooling System.
- De-Humidifier Selection.Open loop and Closed loop system.
- E.S.P [External Static Pressure] Calculation for Blower Selection
- Fan & Pump Laws.
HVAC Shop Drawing:
- Window A/C.
- Split A/C
- Toilet Exhuast
- Car Parking
- Kitchen Hood
- Ductable Split A/C
- Package A/C
- Project
- Chiller Connections
- Stair Well
Shop Drawing Preparation: Representation of Air-conditioning & Ventilation Ducts, Chilled Water pipes, Duct fittings - Elbow, TEE, WYE. Dampers - Volume Control Dampers [VCD], Splitter Dampers [SD], Smoke Dampers, Fire Dampers etc. and Duct supports. Representation of Duct/Pipe levels, slope, flow directions, BOD's, BOP's FCU's, AHU's, Chillers, Pumps, Valves - Isolating, Regulating, NRV, Strainer etc. Representation of section Drawings.
Electrical Design and Draughting
Scope of electrical designing and drafting
- Duties and roles of electrical design engineer and drafts man
- Electrical generating and transmission and distribution general concepts
- House wiring concepts
- Different electrical services: lighting, power, fire alarm emergency lighting etc
- Different types of equipment and loads as per standard specification
- Symbols and legends : lamps fan exhaust fan ac sockets etc
- Abbreviation for all types of services
- Lux level calculation and different types of lamps like GLS,, FTL CFL LED MVL etc
- Load scheduling single house, apartment high rise buildings common area open area and load calculations
- Cables: selection conductor standards course and insulation
- Armored and un armored cables
- Voltage drop calculation
- Switch gears and circuit breakers types and selection
- Panel board
- Transformers
- Fault level calculation for transformers
- Capacitor bank(power factor improvement)
- BUSBAR details and selection for high rise buildings
- Cable tray, race way, trucking conduits and routing
- Emergency lighting and backup power from ups and generator
- Emergency sign lighting
- Line diagram
- Type of earthing
- Closed circuit television CCTV.
- Public addressable systems.
- Fire alarm system.
- Types of drawings design and shop drawing.
- Drawing details Lighting layout, power layout single line drawing emergency lighting layout CCTV layout speakers.
- BOQ, Estimation and costing.
Plumbing (Water Supply and Drainage)
Designing :- · Layout of sanitary fixtures in toilets · Water supply in buildings· Foul water drainage in buildings· Storm water drainage in buildings· Garden water supply and fountain· External storm water drainage for buildings· Detailing of plumbing services and preparing plumbing drawingsDraughting :- § Sump details § Pump room details
- Duct details
- STP details
· Site plan drainage layout· Basement drainage layout· Basement strom water layout· Terrace floor plan water supply layout· Toilet details & elevations
- · OHT details
- · Terrace floor plan rain water pipe layout
- · Typical floor plan plumbing layout
- · Basement water supply layout
- · Site plan strom water layout
- .Sleeve details
- · Civil related drawing
- · Common appurtenances
- · External foul water drainage for buildings
- · External water supply for buildings
- · Septic tanks, soak away pits etc..
- · Water pipe drainage in buildings
- · Formulae for flow through pipes
- · Common sanitary fixtures
Fire Fighting
Fire Fighting solutions
- Fire Alarm System
- CCTV & PA Systems.
Syllabus
- Proforma.
- Description of fire.
- Fire water sump size over head tank sizing .
- Fire hose cabinet and fire hydrant selection.
- Fire fighting hydraulic calculation , head loss and pump head calculation for high rise buildings.
- Fire water pump – main pump jockey pump and diesel pump.
- Manual handled fire cylinders- types , using procedure and maintenance.
- Classification types and selection.
- Sprinklers types selection pipe sizing.
- Stairwell pressurization system.
- Active and passive fire protection system.
- FM 200 system design water less fire protection system
- Fire alarm system
- Smoke detector
- Heat detector
- Flame detector
- VESDA Aspirant system
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