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Features
Benefits
 
1- Rates and Rates/Area:

1.1 Evaporation
1.2 Condensation
1.3 Production






 1- Utilizing the information as an index of performance between and within grades from one run to the next.
2- Comparing information to industry TAPPI standards.
3- Designing new papermachine installations and/or dryer-section rebuilds.
2- Steam:

2.1 Total Usage
2.2 Efficiency
2.3 Economy
2.4 % Flash in Condensate Receiver Tanks



 1- Troubleshooting dryer-section problems.
2- Designing new papermachine installations and/or dryer-section rebuilds.
3- Comparing original anufacturer design criteria with the existing.
3- Steam Blow thru:

3.1 Actual
3.2 Ideal



 1- Troubleshooting dryer-section problems.
2- Maximizing heat transfer for efficient thermal heat utilization.
3- Saving energy.
4- Energy Consumption:

4.1 Per weight of paper
4.2 per weight of water
4.3 Drying Power
4.4 Heat Flux




 1- Utilizing the information as an index of performance between and within grades.
2- Troubleshooting dryer-section performance.
3- Designing new papermachine installations and/or dryer-section rebuilds.
 
5- MD Profile:

5.1 % water evaporated
5.2 Time of travel


 1- Projecting instantaneous sheet dryness and/or moisture ratio.
2- Troubleshooting dryer-section performance.
6- Heat Transfer Coefficient:

6.1 Condensate layer
6.2 Cylinder shell
6.3 Scales build-up
6.4 Cylinder-felt interface
6.5 Overall



1- Utilizing the information as an index of performance between and within grades from one run to the next.
2- Comparing information
to industry standards.
3- Alerting effect of variables on drying economic performance.
7- Machine Resources





 1- Projecting potential capacity of the dryer section for speed and/or production increase.
2- Projecting expected profit contribution to the mill economy.
8- Non-Condensibles:




 1- Calculating percent and its implication in loss in production, profit and steam utilization.
9- Optimization:

9.1 Fabric Tension
9.2 Steam Pressure Differential
9.3 Turbulence Bar Efficiency





 1- Enhancing heat transfer to the sheet for maximum efficiency, production increase and/or energy savings.
2- Designing new papermachine installations and/or dryer-section rebuilds.
 
10- Troubleshooting:

10.1 Flooded Dryers
10.2 Cylinder Temperature
10.3 Condensate Film Thickness
10.4 Superheated Steam Detection






 1. Detecting broken siphons.
2. Enhancing dryer-section performance.
3. Increasing machine production.
4. Saving thermal energy.
5. Improving sheet moisture profile uniformities in the MD and CD directions.
6. Enhancing products quality.
 
11- Other Features:

11.1 Optimum Turbulence bar spacing
11.2 Required number of Dryer cans.
11.3 Siphon pipes Velocities. 		Designing new papermachine installations and/or dryer section rebuilds.

12- What If Scenarios:





 1. Dryer section simulation and forecasting.
2. Training operators in a simple but powerful
tool.
8405 Harvest Wind Drive
Westerville, OH 43082 USA
Phone:( 614) 890-1276
Voice Mail/Fax: ( 614) 890-1605
E-mail: PAPSKY@worldnet.att.net

1992-2004 Single Keystroke, Inc.