magnus process design & equipment design
TRANSCRIPT
Is proud to announceCareer oriented Design training Programs for
CHEMICAL ENGINEERS
MAGNUS GLOBAL TECH EDUCATIONNo: 874, ‘Raineo House’, Modi Hospital Road, Basaveshwarnagar,
Banglaore—560079, India. Ph No: +91– 9900195059
Email ID: [email protected], WWW.MAGNUS-GLOBAL.COM
The Chemical Engineers or Process Engineers areplaying a vital role in increasing the standards ofplant engineering from past several decades. It isrightly said that Chemical Engineers are the Brainof the process industry as they play key role indeveloping and optimizing Processing facilities,preparing Process Flow Diagram (PFD) and Piping& Instrumentation Diagram (P&ID). The techniqueof developing these important documents is vitalfor Chemical Engineers to establish themselves asthe Process Design Engineer.
. The Chemical Engineers job can be broadly classified into a) Design b) Commissioning orc) Production / post production departments. To get into Commissioning or Production jobsbasic Chemical Engineering is adequate, whereas candidates seeking career growth in ProcessDesign, an industrial training is essential for developing Process Design & Engineeringdrawings/documents. To enable more Chemical Engineers to get into the Process Design(Engineering) domain, Magnus Global Tech is offering Industrial Training on Process DesignEngineering. The course is developed by group of Senior Process Design Engineers with thevision of providing adequate Industrial exposure along with industrial projects
Course Content:
Overview of upstream oil and gas
industry
Concepts and Terminologies of Process
Design
Line sizing and Hydraulic calculations
Pump Hydraulic Calculations
Simulation Techniques & Methodologies
Development of Process Flow Diagram
(PFD)
Separator sizing calculations
Development of Piping & Instrumentation
Diagram (P&ID)
Safety valve selection & sizing
Piping Layout Engineering – AutoCAD
Duration
The P.G.D in Process Design Engineering
is 100 hrs training offered in Regular,
Weekend, and Distance Education and
online training program.
Eligibility
Chemical or Bio Chemical Engineers
with graduation or Diploma certification
& seeking career opportunity or growth
as Process Design Engineer.
Admission Process
The candidates are requested to
download the Magnus Admission Form;
submit the duly filled & signed Admission
form along with academic documents
like 10th, 12th & Graduation certificate &
four latest Photographs at the time of
admission.
MGT-CPD-121 P.G.D. Process Design Engineering
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P.G.D in Process Design & Equipment DesignEngineering is a program, in which candidateswill be learning both Process Design(development of PFD and P&ID) & Sizingcalculations of different Process Equipment(Static & Rotating).
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 Chemical Engineers are the Brain of process industry as they develop Process Flow Diagram (PFD), Piping & Instrumentation diagram (P&ID), Sizing of different Static & Dynamic Process Equipments . The technique of developing these important documents is vital for Chemical Engineers to establish themselves as Process Design Engineer.
This course focuses on practical coverage of structured procedures using applicable design codes and calculation methodology. We provide effective guidelines with industrial examples to perform design calculations.
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Course Content:
Process Design Engineering
Overview of upstream oil and gas industry
Concepts and Terminologies of Process
Design
Line sizing and Hydraulic calculations
Pump Hydraulic Calculations
Simulation Techniques & Methodologies
Development of Process Flow Diagram
(PFD)
Development of Piping & Instrumentation
Diagram (P&ID)
Safety Valve selection & sizing
Piping Layout Engineering – AutoCAD
General Concepts of Equipment
Design :
Concepts of Basic and Mechanical Design of
Process Equipment
Introduction to Codes, Standards and
Recommended practices
Introduction to Economic balance and safety
factors
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 & Performance Evaluation of
cooling towers
Basics of power Plant Engineering
Boilers & Accessories Performance
evaluation concepts
Philosophy of Water Treatment plants
Heuristics of Chemical Process Equipment
design
MGT-CPE-122 P.G.D. PROCESS DESIGN
& EQUIPMENT DESIGN ENIGINEERING
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The piping design engineers are playing avery vital role in development, construction& reconstruction of plants related to Oil &Gas, Power Plant, Chemical plants, F&BIndustries, Petroleum & Petro ChemicalIndustries.The requirement of skilled piping designengineers are increasing day by day due tothe drastic technical advancement in pipingdesign techniques & manufacturingmethodology.
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MGT-CPE-123 P.G.D. PIPING DESIGN ENIGINEERING
There is huge dearth of Piping Design Engineer as the knowledge is still not available to everyone with proper industrial exposure.To encourage the candidate to take career option as piping design Engineers, Magnus Global Tech is offering the different jobs specific training program on Piping Design Engineering.
The P.G.D. in Piping Layout Design & Drafting Technology as per ASME Codes mainly concentrate in providing industrial training on different parameters, Design, 3D Modeling & Drafting methodology.
Course Content:Section I: Fundamentals Piping
Layout Engineering
Roles & responsibilities of Piping Design
Engineer
Different phases in Project execution
Concepts and Terminologies of Piping Layout
Engineering
Piping fundamentals- Evolution,
Manufacturing methods etc.,
Piping Components- Fittings, Flange, Gaskets
& Valves.
Pipe routing concepts, Flow diagram &
Instrumentation.
Study & understanding of Process Flow
Diagram (PFD) & Piping Instrumentation
Diagram (P&ID)
Equipment Layout drawings & Unit plot plan
ASME/ANSI Codes & Specifications
Standard Piping Systems & Piping Detailing
Section 2: Piping Design & Drafting
Techniques
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 Bill of Material (BOM), Bill
of Quantity (BOQ) & Material Take off
(MTO)
Duration
The P.G.D in Piping Design Engineering is
for 120 hrs and training is offered in
Regular, Weekend, and Distance
Education and online training program
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The P.G.D. in Process & Mechanical Design of Equipments is the program designed for Chemical Engineers. The need for the Process Design Engineering with Mechanical Design has been demanded by the prospective and existing process equipment professionals. This course will initiate engineers to prepare and develop equipment data sheet, sizing of process equipments, design them as per relevant codes, prepare fabrication details and specifications, estimation and quality assurance during fabrication and assembly.
This course will fulfill the following needs of the existing and prospective process equipment engineers;* Documentation related to Process Equipment Technology, in form of courseware. * Interaction with professionals on regular basis using internet technology. * Case Analysis / Problem Solving Methodology
The course covers topics related to ASME CODES, Material of Construction, Basics of Pressure Vessel Design , Various theories related to pressure vessels, Different components of Pressure Vessel and their Mechanical design , Design Topics on Heat exchangers and TEMA application in heat exchanger design etc.
MGT-CPE-124P.G.D. PROCESS & MECHANICAL DESIGN
OF EQUIPMENTSCourse Content:General Concepts of Equipment
Design :
Concepts of Basic and Mechanical Design of
Process Equipment
Introduction to Codes, Standards and
Recommended practices
Introduction to Economic balance and
safety factors
Process Design of 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 & Performance Evaluation of
cooling towers
Basics of power Plant Engineering
Boilers & Accessories Performance
evaluation concepts
Philosophy of Water Treatment plants
Heuristics of Chemical Process Equipment
design
Mechanical Design of Equipment:
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 - Classification of
storage tanks, Shell design, Inspection &
testing
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