Edesign Engineering Solutions

PROCESS EQUIPMENT DESIGN (PED) COURSE DEALS WITH REQUIREMENTS APPLICABLE TO THE DESIGN, FABRICATION, INSPECTION AND TESTING OF STATIC EQUIPMENT.
ALL PRACTICAL ASPECTS OF PROCESS EQUIPMENT DESIGN WITH SOLVED INDUSTRIAL EXAMPLES.
DETAILED EXPLANATION VIA DRAWINGS, SKETCHES, IMAGES AND PRESENTATION.
MANUAL AND SOFTWARE CALCULATION.
ASME BPVC, TEMA COVERED IN DETAIL.
HIGHLY EXPERIENCED FACULTY WORKING IN OIL AND GAS, CHEMICAL AND PETROCHEMICAL DOMAIN.

Brief on different types of Static equipment: Industrial Use and Implementation.
Co-Relation between Client, EPC Consultant, Fabricator and Inspection Agency.
Functional Aspects & Broad Classification of Process Equipment’s.

Overview of Material used for Process Equipment
Service Types and Material suitability.
Material Selection Criteria.
Material Grading System as per Code.
Chemical Composition and its Significance.
Different Product forms of Material, Relevant use. Gasket Types and Selection.
Exhaustive list of different grades of material based on Selection Criteria.
Strength of Material Concepts i.e. Stress Strain, Yield and Tensile concepts and its correlation with Equipment Design.
Sour Gas Service, Wet H2S Service, Hydrogen Service and Refinery requirements and Factors governing Material Selection.

Concept of Design for Pressure parts and Non-pressure parts and Design Conditions.
Shell and Dish end, Conical Geometry and Types.
Stress Types and Load Conditions.
Internal Pressure and External Pressure (Vacuum) Design.
Combined Loading Analysis.
Stiffening Ring: Types, Design and Construction.
Nozzle Neck and Reinforcement Check, Nozzle Insert plate and Self- reinforced nozzle.
WRC ( 107/ 537/ 297) Analysis and its Study.
MAWP (Max. Allowable Working pressure), MAP (Max. Allowable Pressure) Concept.
Different Types of Loadings and Maximum Allowable Stress concept.
Flat head Design and Flange Rating Check.
Flange Design: Types, Standard and Non-Standard Design.
Wind and Seismic Analysis as per geographical code.
Support Types: Leg, Lug, Skirt and Saddle and its Analysis.
Anchor Bolt Design.
Lifting Lug and Tailing Lug Analysis.
Jacketed vessel and Limpet Coil (Half Pipe Jacket).

ASME Sec VIII Div.1: Study and Interpretation OF Important Code clauses.
ASME Sec II Part A, B, C and D: Study and Interpretation OF Important Code clauses.
Hydrotest Pressure and Pneumatic Test pressure.
Basics of Welding, Weld Sizing calculation and Welding Symbols.
Post Weld Heat Treatment: Types and Methodology as per Code.
IMPACT Testing Requirement: Interpretation and Application.
Equipment Internals and Types

Basics of Heat Exchanger, Function and Types.
TEMA Code: Introduction and Interpretation.
ASME UHX: Introduction and Interpretation.
Heat Exchanger Classification
Design of Heat Exchanger Parts: Shell, Channel, Tubes and Tube sheet.
Heat Exchanger Components: Tie Rods & Spacers, Baffles, Sealing and Sliding Strips.
Heat Exchanger Types: Fixed, Floating and U Tube Sheet./li>
Tube to Tubesheet Joint Types and its Code Relevance.

Design Profile at Fabricator, Engineering Consultant and Inspection Agency.
Concept of Datasheet, Requisition, Technical Queries and Technical Bid Evaluation.
Important parameters of review of Vendor Drawings and Calculation.
Interdisciplinary Coordination and information flow.
Vendor and Interdisciplinary Query resolution.

Static Equipment / ASME BPVC Design Course