Process Engineering & Design
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Process flow diagram (PFD) development
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Piping and instrumentation diagram (P&ID) creation
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Mass and energy balance calculations
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Process simulation (Aspen HYSYS, CHEMCAD, etc.)
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Heat and material balance
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Process optimization
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Equipment sizing and selection
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Utility requirement estimation
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Material selection for corrosive environments
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Process safety design and HAZOP studies
⚙️ Chemical Equipment Design
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Reactor design (batch, CSTR, PFR)
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Distillation column design
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Heat exchanger design (shell & tube, plate, air-cooled)
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Pump and compressor selection
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Storage tank design (API, IS standards)
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Pressure vessel design
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Filtration unit design
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Scrubber and absorber system design
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Dryer and evaporator design
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Agitator and mixer design
🛠️ Mechanical & Piping Engineering
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Piping layout and design
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Pipe stress analysis
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Isometric and GA drawing preparation
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Pipe material specification (PMS) preparation
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Valve and fitting selection
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Support and hanger design
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Equipment layout and plot plan development
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3D modeling (using AutoCAD, SolidWorks, or E3D)
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Fabrication drawing preparation
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MTO (Material Take-Off) preparation
🏗️ Civil & Structural Engineering
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Foundation design for equipment
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Structural analysis and design
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RCC and steel structure detailing
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Pipe rack and platform design
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Building layout and design for process plants
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Stormwater and drainage design
⚡ Electrical & Instrumentation (E&I) Engineering
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Single line diagram (SLD) preparation
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Cable routing and tray layout
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Instrument index and loop diagrams
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Control system architecture design
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PLC/DCS system design specifications
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Motor and power load list preparation
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Lighting and earthing design
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Fire alarm and detection systems
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Control room design
📋 Project Support & Documentation
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Detailed engineering documentation
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Equipment specification sheets
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Procurement support and vendor coordination
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Technical bid evaluation
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As-built drawing and plant documentation services
