Advance Mechanical and civil Design Engineering Institute provide excellent training in piping design it have opportunities when it comes to Large, medium as well as small scale industries. Earlier, this whole piping saga used to be managed by Civil Engineers mostly. But with the advancement of technology, this field became more and more developed. Now, it has reached such a scale that specialization courses are also being offered in Piping Technology!
In additional Students are guided by experienced mentors who are enriched with industrial experience so that students can learn functioning professionally. Along with piping engineering designing, students are also taught Introduction to PDMS Administrative, Equipment modeling with primitives & standards, Pipe Routing, Support & Structure, Draft (2D Drawing), Isometric Draft, Clash checking & rectifying. Every critical aspect of piping engineering has been covered in this program proving to be one of the best piping courses. Students planning to make a career in this field can enroll themselves in the institution.
During the training candidates from AMCDEI piping engineer is a professional who create designs for pipes used to carry fluids such as water. Piping engineers must have solid drafting skills and be analytical so as to make sure that planned piping systems are drawn and built sufficiently to achieve their desired functions. These individuals additionally should have strong management skills for supervising other workers in the field.
An under the training period piping engineer’s chief responsibility is to create drawings of how piping systems should work and what materials make up the pipes. He or she helps to select the materials to be used for certain pipes along with the specialty piping components necessary to make the system function properly.
Module-1 Piping Design and Engineering (fundamentals)
- Introduction to piping designing & engineering
- Evolution of piping
- Manufacturing methods
- Piping materials and selection
- Pipe dimensioning
- Schedule numbers
- Common piping abbreviations
- Major organizations for standards
- Commonly American code in piping ASME/ANSI
- Common abbreviations etc
Module-2 Basic Piping components required
- Type of Fittings - elbows, weld tee, stub in, couplings, reducers, weld cap, screwed and socket welded fittings, Pipe nipples, flanged fittings and use of fittings
- Type Flange -Types, P-T ratings and facings.
- Gaskets, bolts and nuts.
- Major Valves - Types, Materials operations, applicability, codes and specifications.
Module-3 Piping Equipment
- Horizontal vessels/accumulators
- fractionation columns, pumps
- heat exchangers
- re-boiler
- air cooled heat exchanger
- cooling towers
- heaters/boilers
- storage tanks
- fractional distillation process and vendor data drawings
- Prepare layout of Different type lights
Module-4 Piping Engineering flow diagram and its concept
- Uses of flow diagrams, process flow diagrams
- mechanical flow diagrams, utility flow diagrams
- piping symbols
- line symbols
- valve symbols
- piping isometrics
- general arrangement drawings- sections/elevations/ detail drawings
- plot plan procedures
Module-5 Process system
- Purpose of P&ID’S
- study of P&ID’S
- stages of development of P&ID’S
- process and instrumentation diagrams
- process equipments
- symbols usage according to industrial practices
- Purpose of P&ID in process industrial/plants.
Module-6 Basic knowledge of applicable standards
- ASME/ANSI Codes & Specification
- Specification classes
- Piping abbreviations
- General abbreviations
Module-7 Designing & engineering of Piping Diagram in software
- Plant Co-ordinate Systems
- Site Plans, Unit Plot Plan
- Equipment Location Drawing
- Foundation Location Drawing
- Pipe Rack Spacing
- Drawing pipe in the rack
- pipe insulation shoes, pipe guides
- field supports, dummy supports
- hanger rods
- spring hangers
- pick-up pipe supports
- plant utilities
- control valve manifolds
- utility stations
- sewer and under ground piping system
Module-8 ASME Engineering
- Pipe wall thickness calculations
- operating pressure
- design pressure
- operating & design temperature
- max allowable operating pressure
Module-9 ASME pressure design
- Pipe, elbows
- mitre bends
- reinforcement pad calculation for branch connections
- flanges
- blanks
- reducers
- expansion joints and gaskets
Software Designing:
- AutoCAD : Drawing Creation ( P&ID, PFD, Layouts, and all fabrication Drawings)
- PIPE STRESS ANALYSIS - CAESAR II :
- Introduction to Pipe Stress Analysis.
- Stress- Strain relationship, analysis like- why piping components fail.
- Classification of loads- sustained load & occasional load.
Requirements of ASME B31.3 code for process piping, stress intensification factors, thermal analysis using Kellogg charts.
- Piping stress, causes, impacts, stress categories like- thermal stress, longitudinal stress, hoop stress and allowable stresses.
- PLANT DESIGN MANAGMENET SYSTEM (PDMS) :
- Equipment Modeling.
- Pipe Routing.
- Equipment Modeling.
Regular Batch
Duration: Two Months
Schedule : Monday to Friday
Weekend Batch
Duration: Two Months
Schedule: Saturday and Sunday
Only Sunday Batch
Duration:Three Months
Schedule: Sunday
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