Process Design & Piping Layout Design Engineering

Description

The Chemical Engineers or Process Engineers are playing a vital role in increasing the standards of plant engineering from past several decades. It is rightly said that Process Engineers are the back bone for the Industrial Execution

To enable more Chemical Engineers to get into the Process Design (Engineering) domain, Magnus Global Tech is offering Industrial Training on Process & Equipment Design Engineering.

Training Programmes offered for Chemical Engineers

MGT-121: P.G.D in Process Design Engineering
Duration: Regular Batch: 100 Hrs, Weekend Batch: 100 Hrs, Distance: 45 Hrs, Online: 45 Hrs

MGT-122: P.D.G in Process Design & Equipment Design Engineering
Duration: Regular Batch: 145 Hrs, Weekend Batch: 120 Hrs, Distance: 60 Hrs, Online: 60 Hrs

MGT-123: P.D.G in Process Design & Piping Layout Design Engineering
Duration: Regular Batch: 120 Hrs, Weekend Batch: 110 Hrs, Distance: 60 Hrs, Online: 60 Hrs

MGT-124: P.D.G in Process & Mechanical Design of Equipment's
Duration: Regular Batch: 120 Hrs, Weekend Batch: 110 Hrs, Distance: 60 Hrs, Online: 60 Hrs

MGT-125: Certificate Program in Process Safety & Management
Duration: Regular Batch: 45 Hrs, Distance: 30 Hrs, Online: 45 Hrs, Fast Track: 30 Hrs.

For more details please click on the link – http://edu.magnus-global.com/

Eligibility: Chemical or Bio Chemical Engineers with graduation or Diploma certification & seeking career opportunity for growth as Process & Equipment Design Engineer

Opportunity to work on Magnus Live Projects
A Candidate will be eligible, if he scores more than 75% in Magnus Final Examination

Training Programme Contents:

Process Design Engineering

• Roles & responsibilities of Process Design Engineer
• Different phases of Project execution
• Overview of upstream oil and gas industry
• Concepts and Terminologies Process Design
• Line sizing
• Hydraulic and Pump Hydraulic Calculations
• Simulations Techniques & Methodologies
• Development of PFD and P& ID
• Separator sizing calculations
• Safety valve sizing & selection
• Piping Layout Engineering – AutoCAD

Process Equipment Design Engineering

• Design of Process Equipment :
• Design of Reactors
• Design of Distillation columns
• Design of Drying Equipment
• Introduction to Compressors, Pumps and Accessories
• Introduction to Heat Exchangers
• Design of Shell and Tube Heat Exchangers
• Design of Air cooled heat exchangers
• Fundamentals and Performance Evaluation of Cooling towers
• Basics of power Plant Engineering
• Boilers and Accessories – Performance evaluation concepts
• Philosophy of Water Treatment plants
• Heuristics of Chemical Process Equipment Design


Piping Layout Engineering & Drafting Techniques


• Roles & responsibilities of Piping Design Engineer
• Different phases of Project execution
• Concepts and Terminologies of Piping Layout Engineering
• Piping fundaments- Evolution, Manufacturing methods etc.,
• Piping Components- Fittings, Flange, Gaskets & Valves.
• Pipe routing concepts, Flow diagram & Instrumentation.
• Study & understanding of PFD & P&ID
• Equipment Layout drawings & Unit plot plan
• ASME/ANSI Codes & Specifications
• Standard Piping Systems & Piping Detailing


• Introduction to Piping drafting techniques
• 3D Modeling – PDMS
• Equipment Modeling
• Structural Modeling
• Pipe Routing
• Drafting Methodology
• Extraction of Isometric – Isodraft
• Pipe drafting\ detailing using AutoCAD
• Generation of BOM, BOQ & MTO


Mechanical Design of Equipment

• Concepts of Basic and Mechanical Design of Process Equipment
• Introduction to Codes, Standards and Recommended practices
• Introduction to Economic balance and safety factors
Detailing Engineering Aspects of
• Process Equipments-Understanding the Basic Engineering Package
• Preparation of Technical Specifications
• Design & Analysis of Heat Exchangers
• Limiting cases in the design of heat Exchangers
• Testing of Heat Exchangers
• Column & Tower Internals - Scope and design of the internals
• Design of Storage tank


Certificate Program in Process Safety & Management

• Analysis and development of PSM program to meet the OSHA's PSM Standard (29 CFR 1910.119) and EPA's Risk Management Program rule (40 CFR Part 68)

• Understanding of performance-based regulations for prevention programs and implementation of PSM elements

• The course also helps candidates to interpret the performance-based requirements including Human Factors elements (communication, human system interface, work environment, staffing, and fitness for duty), Facility Siting element, Project Risk Management, Senior Leadership & Accountability.

• This Risk-based Process Safety (RBPS) guide from CCPS/AIChE is reviewed so as to help one understand how to close critical gaps.

• We explore multiple options for implementing an effective need-specific program with guidelines for developing cost effective programs for PSM elements.

Different Modes of Training:
We provide different modes of training like Regular, Weekend, Distance and Online.

Faculties are from Industry: Faculties are from Industry who emphasis on industrial exposure with systematic approach.

Placements: Magnus job hub is an online platform created for establishing the proper communications between organizations & candidates. In which candidates can upload their Resume & search for the related jobs, whereas Employers can post their Job requirements in our Magnus Job Hub & even search candidates profile with key words.

For further information, please feel free to contact us on Ph. No: 91-9663866883
or write to us on edu@magnus-global.com

With best regards,

Aravind
Business Development Manager

Magnus Global Tech Education
Basaveshwarnagar,Bangalore, Karnataka, India.
Mobile. No: 91-9663866883,
Email : edu@magnus-global.com
URL:WWW.MAGNUS-GLOBAL.COM