instrumentation design brochure -...

INSTRUMENTATION DESIGN ENGINEERING: Oil & Gas

SmartBrainsEngineers & Technologist Pvt. Ltd.

Website : www.samrtbrains.inTo Apply Please contact at training@smartbrains.in

Building Nation Through Skill Development & EnterpreneurshipSmartBrains

SmartBrains engineers and technologist Pvt. Ltd. has received recognition, endorsement and affiliation from National Skill Development Corporation of India (NSDC), a Public Private Partnership (PPP) , Under the Ministry of Skill Development and Entrepreneurship (Govt. of India Enterprises) & various Skill Sector Councils as an authorized training partner under various trades. SmartBrains is authorized to provide skill based training for engineering/non-engineering candidates as per their interest. SmartBrains as a training institute will provide complete practical knowledge based skill training to the candidates and NSDC/Skill Councils will be responsible for providing recognition & certification to the candidates.

About SmartBrains:SmartBrains is the global market leader in providing high-level training services to the energy sector (Oil and Gas, Petrochemical, Renery, LNG, Power Plants, Fiscal, Contracts, Strategy & Finance and Leadership & Management). Operating nation wise over the last 8 years, our courses are widely acknowledged within the energy community for quality and up-to-date information. Our success and distinguished reputation is down to our commitment to the industry, a high-level of expertise, sector knowledge, cultural diversity and experience that comes from organising many courses. SmartBrains is a leading Training provider for In-house and public courses to the upstream, midstream and downstream sectors of the Oil & Gas Industry, and offers numbers of courses throughout the year in India. In the sphere of Plant Design, SmartBrains has taken rapid strides in empowering students as well as Professionals with skills to meet the challenges for Oil and Gas, Petrochemicals, Reneries, Chemicals, Pharmaceutical, Energy, Power and Infrastructure Industries. Our Training programmers are based on sound engineering principles and methodology, applicable code and standards requirements and best industrial practices. The training includes Plant Engineering, Process Engineering, Piping Engineering, Electrical Design Engineering, Instrumentation Design, Plant Equipments, Civil and Structural Engineering, heating, ventilation, and air conditioning, Project Management, Quality Management, Health Safety and Environment, Financial and Risk Management etc. for Oil and Energy Sector.

5200+Trainees Trained

In Oil & Energy Sector

6400+Trainees Trained

In Renewable Energy Sector

14000+Trainees Trained

In Skill DevelopmentProject in Various Sector

500+Employer Hire Skilled

Professional

Certificate: A certificate of completion is awarded to each participant who satisfactorily completes the course

SMARTBRAINSAFFILIATION & ACCREDITATION

SmartBrains - Track Record

Course

STRUCTUREPURPOSE

LEARNING OBJECTIVES

Plant layout fundamentals and work flow procedures

INTRODUCTION TO OIL AND GAS INDUSTRY & EPC CONTRACTS — General Industry overview and basic

concepts— Oil and gas prospecting(exploration)— Oil and gas production facilities— What is an EPC contract— The tender & procurement process— The scope of worksHAZARDOUS AREAS— Definitions— Introduction: explosion consequences.— Classification system: sources of release

and zoning.— Classification of apparatus: grouping

and temperature.— Instruments and instrument symbols — Hazardous Definition for instruments system — Hazardous are of classification— Hazardous analysis, hazardous operation,— Hazardous identification— Concept of group, div, zones and classes, temperature, explosion triangle and mode of safety.FUNDAMENTALS OF PROCESS INSTRUMENTATION · Process measurement fundamentals.— Process measurement concepts and terminology.— Basic measurement concepts.— Instrument tubing, fittings and accessories.

— Instrumentation process interface.— Double block and bleed valves.Temperature Measurement— Measurement based on thermoelectric effect.— Thermocouples measurement based on Resistance. Thermistors.—

— Resistance temperature detectors measurement based on radiation.— Pyrometers measurement based on expansion.— Liquid filled glass.— Issues related to temperature measurement.— Thermowells.— Bimetallic— Natural frequency and vibration checks.— Installation considerationPressure Measurement

Pressure measurement concepts.—

— Principle of pressure measurement.— Pressure sources pressure measurement devices and accessories— Pressure transducers.— Load cells.— Transmitters, gauges, indicators, switches, elements and accessories.— Specifications over pressure relief devices.— Over pressure relief valves.— Rupture disc issues related to pressure measurement.— Installation considerations.— Impact on the overall control loop.

The objective of this course is to provide basic knowledge and skills in this discipline of Process Engineering for Oil & Gas sector. This course will cover the fundamental principles and concepts used in process plant layout and Instrumentation design &Detailing. Upon completion of this course, students will have a clear understanding of the design principles used in Instrumentation System design for Oil & Engery Sector

§ Introduction to oil and gas industry

§ Engineering Procurement and construction contracts

§ Tender & procurement process§ Hazardous areas classification§ Fundamental of Process

instrumentation§ Temperature measurement§ Pressure measurement§ Level measurement§ Flow measurement§ Control valve essentials § ESD and F & G.§ Instrumentation standards in

oil and gas, E & I drawings and documentation

§ Instrumentation drawings, documentation & schematics

§ Instrument index sheet§ Process data sheet§ Level sketch§ Instrument field wiring§ Hookup diagram§ Mounting layout

Training Courses Duration

IDE 101- Introduction to Oil & Gas Industry and EPC Contracts

IDE 105- Hazardous Area Classication

IDE 103- Control Valve Essentials and Capabilities

IDE 106- Instrumentation Drawing, Documentation & Schematics

IDE 104- Fundamentals of ESD and F & G

Day 1

Day 6

Day 6

Day 1

Day 7, 8 & 9

INSTRUMENTATION DESIGNENGINEERING- Oil & Gas

IDE 102- Fundamentals of Process Instrumentation.

Day 2,3,4 & 5

Course

STRUCTURE CONTROL VALVE

ESSENTIALS

—Introduction to control valve theory.— Different types of control valves.— Characteristics.— High pressure drop applications.Sizing of control valves,

actuation and essential

accessories

— Examples of high pressure drop applications.

— Actuators.— Positioners.— Pneumatic circuits.Control Valve Material, Standards, Applications, Maintenance and Installation Materials —

— Quality Standards

— Severe Service Applications— Pressure Relief Valves— Installation and MaintenanceESD and F&G

Emergency Shutdown

Logics (ESD)

— Input & output measurement standards.— ESD (Emergency Shutdown Logics).— I/O type, operation and applicationsFire & Gas (F&G)

— Basics of re & gas (F&G) system.— Type of detector & alarm system.— Working principle of F & G system.

INSTRUMENTATION STANDARDS IN OIL AND GAS, E& I DRAWINGS AND DOCUMENTATION

— Plant documentation.— The role of plant documentation, standards and specifications.— Drawing Types and Standards.— Standards organizations (ISA, IEC, ISO).— Understanding diagram layouts and formats.

— ISO 9002 and document control.— API RP14F – Section 12.2 – electronic instrumentation.— ISA standards library for automation and control.— Specification forms – ISA S20 – specification forms for process measurementINSTRUMENTATION DRAWINGS, DOCUMENTATION & SCHEMATICS

— Instrumentation documentation:— Instrument index sheet.— Instrument data/spec sheet.— Process data sheet.— Calculation and Sizing— Input/output list.— Cable schedule.— JB schedule.— Conventional instrument field wiring.— Instrumentation drawings/layout:— Type of layout & drawing management.— Piping & instrumentation diagram (P&ID).— Process flow diagram.— Logic diagram.— Loop diagram.— Hook-ups/isometric diagram.— Standard symbols & instrument legends.—Nomenclature.— Field wiring diagram.— Logic diagram.— Level sketch.— JB layout diagram.— Cable tray layout & routing diagram.— Instrument nozzle elevation drawing.— Control valve assembly.—Mounting layout (supports, anchors, sleepers & guides).

Level Measurement

· Level measurement techniques. · Visual/optical. · Capacitance. · Nucleonic. · Buoyancy. · Hydrostatic pressure. · Differential pressure. · Radar and microwave.

· Ultrasonic. · Radiometric. · Electromechanical. · Density. · Bubbler systems level measurement devices and accessories. · Level transmitters. · Level switches. · Tank gauging equipment issues related to level measurement. · Fiscal measurement of level. · Profiling techniques. · Level calculations. · Elevation and suppression. · Reference legs. · Installation considerations. · Impact on the overall control loop.Flow Measurement

· Measurement based on volume flow rate.

· Differential pressure.

· Positive displacement. · Turbine. · Variable area (rota meter) measurement based on mass flow rate.

· Coriolis. · Thermal dispersion measurement based on flow velocity. · Magnetic. · Target. · Ultrasonic.

· Vortex other types of flow Measurement.· Multi-phase flow measurement.

INSTRUMENTATION DESIGNENGINEERING- Oil & Gas