PIONEER PROCESS TECHNOLOGY GROUP
FLOW TECHNOLOGY

 

 

Computer Aided Engineering

Computational Fluid Dynamics (CFD) is a tool that helps solve a wide range of engineering problems in fluid flow, heat and mass transfer. CFD has become a critical path of design and optimization process for many companies. CFD makes it possible to evaluate useful operational parameters such as velocity, temperature, pressure, and concentration of species of interest for design optimization prior prototyping, or trouble-shooting existing design.

Pioneer Process Technology Group is a consulting company in computer-aided-engineering. The philosophy of Pioneer Process Technology Group is based on the application of CFD in finding solutions to engineering problems. The CFD modeling is based on the three-dimensional flow using CFD software solvers. These solvers have proven capabilities in fluid flow, heat transfer, combustion and pollutant modeling. Pioneer Process Technology Group offers solutions in the following industry: automotive, environmental, power generation & energy management, oil & gas, chemical and processes engineering. Shown below are typical applications of CFD in engineering design, optimization and troubleshooting.

Advantages of CFD

Reduce cost - CFD allows testing of a large number of variables

Reduce time - CFD results are available in a short time

Reduce risk - CFD can predict performance at any scale by virtual proto-typing

COMPUTATIONAL FLUID DYNAMICS - APPLICATIONS

Process Applications

Cyclone Separation
Emission Control
Fluid Handling
Heat and Mass Transfer
Mixing & Separation
Combustion
Reactor Design
Unit Operation Design

Multi Cyclone Flows

Power Generation Industry Applications

Burners & Furnaces
Combustors
Duct Flows
Incinerators
Rotary kilns
Flow Distribution

Oil & Gas Applications

Steam Assisted Gravity Drainage
Cyclone Separation
Settling Tank Separation
Gas Dispersion
Multiphase Flows
Slurry Flow in Pipes


Wall Fired Furnace

 

Flow & Mixing Applications

Blending Time Prediction
Gas Dispersion
Liquid-phase Reaction
Modeling Impellers
Multiple Tank Mixing
Residence Time Distribution in CSTR’s
Solids Suspension
Water Treatment

Stirred Tank Reactor

 

Environmental Applications

Atmospheric Plume
Dispersion
Mixing & Duct Flows
Effluent Discharge
Emissions Separator
Design Settlement Tanks
SO2 Scrubbers

Plume Dispersion

Flow Design Applications

Airflow Around Buildings
Fire and Smoke Modeling
Flow Handling
Heat Exchangers
HVAC Ductwork
Industrial Ventilation
Occupant comfort
Room Air Flows

Shell and Tube Heat Exchanger

 

Cross Flow Heat Exchanger


Indoor Air Flow Pattern


Hydrocyclone Flowpath

Non Uniformity Flow in Devices

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Computational Fluid Dynamics CFD Computer Aided Design