-Preparation of process flow      diagrams

    -Equipment List with key parameters

    -Process Simulation study

    -Estimating Batch cycle time

    -Mass balance, Energy balance

    -Select Material of construction of      Equipments as well as Piping

    -Design of process equipments      (includes MOC selection)

    -Preparation of Process and      Instrumentation Diagrams

    -Preparation of Process data-sheets      equipments

    -Process as well as Utility Line sizing      along with Insulation requirement

    -General specification for pipes &      pipes fittings

    -Control Philosophy & related      Instrumentation

    -Estimating Peak Utility requirement      along with ULD

    -Preparation of Line list

    -HAZOP study

    -Development of Plot Plan

    -Project Cost Estimation

    -Preparation of Equipment Layout      (Plan as well as Elevation)

    -Mechanical design of Fabricated      Equipments

    -Preparation of Fabrication drawing

    -Complete Piping

    -Complete Electrical

    -Complete Instrumentation

    -Complete Civil and Structural work

    -Complete design of Fire Protection      system

    -Complete HVAC (Heating,      Ventilation & Air Conditioning)

    -Procurement Assistance

    -Stage of Inspection of Equipments

    -Review of Vendor Drawings

    -Project Management

    -Feasibility Analysis

    -Design Philosophy

    -Project Coordination

    -Procurement Assistance and      Negotiation

    -Project Monitoring

    -Inspection

    -Installation, Erection and      Commissioning

    -Modeling of Accidental Gas Release

    -Design of Scrubbing System

    -Design of Cyclones

    -Design of Dust Collection Systems

    -Design of Electrostatic Precipitators

    -Design of Batch and Continuous      Distillation Columns

    -Design of Extraction Columns

    -Design of Scrubbers and Absorption      Columns

    -Design of Decanters

    -Design of Crystallizers

    -Study of Existing System and      Improving Solvent Recoveries

    -Reducing VOC Emission

    -Solvent Movement, Storage and      Handling

    -Design of Integrated Solvent      Management Systems

    -Selection and Design of Agitators

    -Design of Mixing System, based on      Process Conditions and Material      Properties

    -Improving Mixing Efficiency of      Existing Systems

    -Sizing of Pumps, Blowers and      Compressors

    -Cutting down Batch Cycle Time

    -Minimizing Make span

    -Revamping and Retrofitting

    -Capacity Expansion

    -Cost Reduction in Process      Operations

    -Design of Heat Exchangers

    -Design of Condensers

    -Design of Re-boilers

    -Design of Single and Multiple-effect      Evaporators

    -Design of Air Coolers

    -Conservation of Energy

    -Efficient Utilization of Energy

    -Waste Heat Recovery

    -Utility System Design

    -Utility Management

    -Waste Flash Steam and Condensate      Management