Qualification: ITI, Diploma, B.E.,
Training Skill: Project Design Specification, Detailing Engineering, Procurement, Custom Design Specification, Autocad, PDMS
Many petroleum projects fail to meet their authorized cost, schedule or interoperability targets. To be successful, today’s project leader needs a comprehensive set of technical, business and interpersonal skills.
This course addresses those critical skills. Seasoned instructors tackle the issues and challenges found in concept selection, development planning, facility design, procurement, and construction activities.
Training Skill:
Project managers, facility engineers, construction representatives, schedulers, cost controllers, operations personnel, and supply chain specialists including team leaders and others who participate on or consult with multi- discipline development teams.
Major Contents:
• BASIC PIPING CONCEPTS.
• HOW TO STUDY THE GAD, P & ID.
• PREPARATION OF LINE LIST, VALVE LIST, EQUIPMENT LIST.
• BASIC IDEA FOR PLOT PLAN AND EQUIPMENT LAYOUT.
• ISOMETRICS DRAWING STUDY.
• MATERIAL TAKE OFF (OR) BILL OF MATERIAL.
• DETAIL PIPING CONCEPTS.
• CONTROL STATION – FUNCTION.
• DETAIL PIPING CONCEPTS.
• MITER BEND CALCULATION.
• REINFORCEMENT PAD THICKNESS CALCULATION.
• PIPE RACK WIDTH CALCULATION.
• WORK METHOD STATEMENT PREPARATION.
• ITP REVIEW.
• FIELD ENGINEERING MODIFICATION.
• WORK PERMIT COMPLIANCE’S.
• SAFETY STANDARDS.
Pipe Design Engineering is an important department in various streams of engineering, like Mechanical, Chemical,Petroleum and Production Engineering. Pipes and its associate equipment’s are account for 25% of total investments in the chemical, pharmaceutical, power plants, LPG / CNG Plant, Distribution System, oil and petrochemical plants. So Piping Design Engineering plays a vital role in plant Design and its Construction.
Mechanical Engineers, System Designers, Production & Manufacturing Engineers with knowledge of piping design engineering are enables to make effective & efficient designs, prepare of equipment specification and route layouts etc. in any EPC company.
A number of global challenges such as protection against corrosion, maintenance of pipelines, pipe coating, pipe bending, pipe welding, leak detection in long-Online pipelines and offshore services, cleaning of pipelines, efficient use of pipe etc, create the requirement of specialized piping design engineers.
Training Skill:
Piping Design engineer Training Program offering to fresher and experienced Mechanical Engineers who’s Start/Shift their career as a Piping Engineer, Piping Designer or Piping Project Engineer in Oil & Gas / Petrochemicals/Refineries/ Chemicals/ Energy & Power Sectors.
Major Contents:
• ASME 31.1 PIPING SYSTEM STANDARDS.
• CODES AND STANDARDS GUIDELINES.
• ASME 16 PIPING COMPONENT STANDARDS.
• TYPES OF PIPES.
• TYPES OF PIPE MANUFACTURING.
• TYPES OF FITTINGS.
• MATERIAL SELECTION.
• TYPES OF VALVE AND SELECTION OF VALVE AND FLANGES.
• BASIC PIPING CONCEPTS.
• PREPARATION OF PFD.
• HOW TO STUDY THE P & ID.
• PREPARATION OF LINE LIST, VALVE LIST, EQUIPMENT LIST.
• BASIC IDEA FOR PLOT PLAN AND EQUIPMENT LAYOUT.
• PREPARATION OF ISOMETRICS.
• MATERIAL TAKE OFF (OR) BILL OF MATERIAL.
• DETAIL PIPING CONCEPTS.
• PREPARATION OF P& ID.
• TAGGING PHILOSOPHY.
• KNOWLEDGE FOR PIPING LAYOUT PREPARATION.
• TRAPS USAGE.
• KNOWLEDGE FOR ISOMETRIC CHECKING.
• TYPES OF SUPPORTS.
• TYPES OF SPRING HANGER SUPPORTS & USAGES.
• INSULATION THICKNESS USING CHART.
• PIPE SIZE CALCULATION.
• PIPE THICKNESS CALCULATION.
• PRESSURE DROP CALCULATION.
• MITER BEND CALCULATION.
• REINFORCEMENT PAD THICKNESS CALCULATION.
• PIPE RACK WIDTH CALCULATION.
• INTRODUCTION TO PIPE STRESS ANALYSIS CONCEPTS.
• INDUSTRY POLICIES AND PRINCIPLES OF PIPE DESIGN.