PEDCO’s Adsorptive Gas Dryer Software simulates the performance of Thermal Swing, Pressure Swing and Non-regenerated dryers.
The program solves the system of conservation equations of mass, momentum, and energy relative to the dryer design specified by the user.
Dryer Software Dryer Type
Data is entered into intuitively designed windows forms.
In house and site data has been used to validate simulated data.
Dryer Software Flow Diagram
Dryer Training
Training is offered for use of the Adsorptive Gas Dryer software.
Training is offered to explain the fundamentals of adsorptive dryers and explain the classical sizing procedures.
Psychometrics or psychometry is are terms used to describe the field of engineering concerned with the determination of physical and thermodynamic properties of gas-vapor mixtures.
A good reference is American Society of Heating, Refrigerating, and Air-Conditioning Engineers’ (ASHRAE) Handbook of Fundamentals.
Dryer Training Desiccants
Air Brake Supply System Simulation for Commercial Vehicle Equipment Manufacturer
PEDCO creates custom software to design and simulate process equipment.
Air Brake Air Supply Simulation
Dryer Analysis for Biological Agent Warning System for Defense Contractor
Moisture Diffusion Modeling Required
System Start up in 15 minutes
Biological Agent Warning System Dryer
Biological Agent Warning System
Engineering Study for the Wave Guide Air Supply System for Phalanx Program Defense Contractor
Wave Guide Purge Air Dryer Analysis
Laser Wave Guide Purge Dryer
DESICCANT DRYERS
100,000+ scfm Wind Tunnel Dryer Regen System Upgrade for Government Research Facility
Process flow diagrams
3D scale model
Process calculations
Dryer Regen System Flow Diagram
Instrumentation and component specifications
Sequence of operations manuals
Start up and verification testing of dryer
Dryer Regen System 3D Model
Ultra-Low Dew Point Heated Dryer
Process Flow Diagram
General Arrangement 3D Model
Process Calculations
Ultra Low Dew Point Dryer Flow Diagram
Built to customer strict specifications (long list of materials not permitted)
Ultra Low Dew Point Dryer 3D Model
Ultra Low Dew Point Dryer 3D Model (2)
Control Logic Drawings
General Arrangement Drawings
Ultra Low Dew Point Dryer Logic Diagram
Ultra Low Dew Point Dryer General Arrangement
-120F PDP @ 100psi
Internally heated dryer
Shop tested
PLC programming
Ultra Low Dew Point Dryer Electrical Enclosure
Ultra Low Dew Point Dryer
Split Stream Argon Gas Dryer
Argon Gas
700 scfm at 580 psig
Process Calculations
Equipment Sizing
General Arrangement 3D Model
Venturi Flow Element Design
Instruction Manual Preparation
Split Stream Dryer Flow Diagram
Split Stream Dryer 3D Model
PLC Programming
PLC Touch Screen
Shop Testing
PID Tuning
Split Stream Dryer Touch Screen
Split Stream Dryer PLC Program
Split Stream Dryer
New Propulsion Wind Tunnel Dryer for Government Research Facility
320,000 scfm at atmospheric pressure
Process calculations
Owner’s Engineer
Proposal Reviews
Propulsion Wind Tunnel Dryer
Desiccant Wheel Dryers for Government Research Engine Test Facility – Witness Shop Test
40,000 scfm at atmospheric pressure
-43°F dew point, 0.5 gr/lbair
Witness shop test for Government Research Engine Test Facility
Desiccant Wheel Dryer
Compressed Natural Gas Dryer
Process calculations
Regen blower package design
Compressed NG Dryer Sizing Spreadsheet
Compressed NG Dryer
Transonic Dynamic Tunnel (TDT) Dryer for Government Research
4,250 scfm, -2.6 psig, -40°F dew point
Includes precooler to lower temperature to desiccant bed to 50°F
Unique design required to enable equipment to be lowered between building and wind tunnel ducting
Regeneration system, 1,300 scfm, 30 hp blower, 120 kW heater
Condensing unit constructed from components including 110 hp screw compressor, water cooled condenser, controls, accumulators and receiver