Indus has the experience and expertise in the field and Plant Engineering which includes Power plants, Process plants, offshore/onshore platforms, piping and Structural Design. Making the design calculations as per the international codes such as ASME, BIS etc,Equipment Design, 3D layout creation, Detail Engineering, Structural Analysis, Flow Analysis, Support Design, Manufacturing Drawings, Detail Engineering - Bill of Materials Electrical & Instrumentation - System Design - Logic Diagrams - Loop diagrams RANGE OF SERVICES

Piping
    Detail Engineering
    Foundation design
    Bill of Materials Ducting
    3D Duct Layout for Power plants
    HVAC Structural and Flow Analysis

Project Formation
    Specialised & Management Services
    Planning, Analysis and Reports
    Basic and Project Engineering

Project Realization
    Detailed Engineering
    Project Management
    Commissioning

Equipment
    Equipment layout drawings in 2D and 3D environments
    Equipment detail fabrication drawings
    FE Analysis for thermal and structural load conditions
    Structural steel support design and detailing

Basic and Project Engineering Services
    Process flow
    Material flow
    Technical schemes
    Plant & facilities layouts
    Selection of production units
    Energy optimization and conservation
    Pollution control

Planning, Analysis and Reports
    Product Mix
    Process Selection
    Feasibility Reports
    Infrastructure Studies
    Detailed Project Reports
    Turn around strategies

Code Calculations

ASME code calculations for
    ASME Sec VIII Div.1
    ASME Sec VIII Div.2
    ASME Sec I for Power Boilers
    ASME 31.1 for Piping

Detailed Engineering
Shops layout
    General arrangement drawings
    Detailed drawing for civil works, structural, electrics, utilities and services
    Materials handling and storage
    Transportation
    Tender specification
    Tender evaluation

INDUS has experience in the following areas:

    Steady State fluid flow simulation with and without heat transfer, e. g., Feed water and service water system balancing.

    Multi-Component, two-phase flow simulation, e. g., a) steam flow into a nitrogen filed containment, b) forces caused by a pump start after air is drawn into the pipe line by condensing steam.

    Transient two-phase simulation, e. g., a) simulating the behavior of a reactor power plant during a small break in the primary or secondary systems or during an anticipate transient without scram.

    Loss-of-Coolant-Accident simulations. These events are primarily evaluated for nuclear power plants. All aspects of thermal hydraulic simulation are explored including reactor kinetics and decay heat.

Turbine Engineering
    Steam Turbine Condition Monitoring
    Vibration Analysis
    RLA Studies
    Turbine Refurbishment services to enhance the performance

Computer Simulations
Computer simulations include the simulation of processes such as fluid flow, equipment performance, structural performance, combustion, optimum process design, heating, ventilation, air conditioning, and heating (HVAC), control room, and fire/fire protection.

Software expertise

Design Systems
    INTERGRAPH-PDS
    PDMS
    INTOOLS
    AUTOPLANT
    INVENTOR
    AUTOCAD

Analysis
    CAEPIPE
    CAESAR-II
    Algor–PIPE
    PLUS
    STAAD.Pro
    PVELITE
    COMPRESS