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Engineering
Proplant focuses on Conceptual Design to Detail Engineering, process debottlenecking & Plant Reliability Studies, Engineering solutions that optimize Fertilizer, Petrochemical plants, Refinery operations.
Our team of engineers has experience and resources to provide the necessary engineering per the client or project requirement under the following disciplines.
Our Engineering activities are project specific and will be defined well in advance. Some of engineering activities of our team are as follows:
Proplant’s engineering is a multi-discipline team with extensive experience in understanding the project scope of work and application of the engineering standards (ASME, API, BS, IE, ANSI, TEMA, etc.). Engineering will be done in a systematic approach and all the deliverables will be issued to project client accordingly.
  • Basic Engineering Design
  • Front End Engineering Design
  • Detail Engineering
  • Basic Engineering and overall heat and mass balance
  • Plant simulation and hydraulic design
  • Generation of PFD and P&ID for plant and utilities
  • Preparation of plat plan and equipment layout
  • Design of packed and tray type process columns
  • Heat exchanger design and vibration analysis
  • Develop Process Narrative
  • Develop Design pressure and Temperature tables
  • Process Safety and HAZOP studies
  • Relief network study and Relief valve sizing
  • Pre-commissioning and Commissioning checks
  • Operator training manual
  • Pipeline Hydraulic calculations and sizing
  • Pump Hydraulic calculations, sizing and selection
  • Vessel Engineering, fabrication as per ASME section VII
  • Tanks design as per API 650, etc.
  • Line Designation tables
  • Process Equipment (Rotating, Recip, Static) Engineering, selection
  • Heat exchanger design, selection
  • Specialty items, packaged equipment
  • Material Selection Guide
  • Spare parts determination and selection
  • Vendor qualification and witness testing
  • Welding and NDT procedures, Quality control
  • Fire fighting equipment, pumps
  • Insulation and Painting details
  • Static, dynamic, thermal stress analysis and fatigue life evaluation using finite element analysis
  • Preparation of plat plan
  • Pipe Isometrics
  • Plant 3D modeling
  • Flexibility analysis
  • Drafting using (CAD works / PDMS / AutoCAD)
  • Specification for special piping supports and hangers
  • Composite analysis of piping along with equipment and structures
  • Equipment layout, civil drawings, Electrical line diagrams, loop diagrams
  • Material Take off lists
  • Electrical line diagrams
  • Motor control center and equipment selection
  • Transformer calculations and selection
  • Motor rating calculations and selection
  • Local Control Stations, Power and control cable
  • UPS requirements determination
  • Lightning, Earthing details
  • Field instruments selection
  • Control Strategy and DCS configuration
  • Safety Protection systems
  • Communication interfaces
  • Loop diagrams
  • Emergency Shutdown Systems
  • Generation of input/output list
  • Control valve sizing
  • Air and power distribution scheme
  • Cable and Pipe Trays design
  • Concrete slabs, foundation design
  • Structural & Stress load calculations
  • Handrails, steps, ladders
  • Equipment foundation design
  • Pipe support structures