Hydraulic Analysis of Ductile Iron Pipe and Greenhouse Gas Emissions

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Pipe Material Data Entry
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Ductile Iron
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Pipe Comparison

Greenhouse Gas Emissions

This calculator determines the reduction in CO2e emissions resulting from using Ductile Iron Pipe versus the other pipe material chosen in your hydraulic analysis calculation.

Use the map to determine the appropriate EPA eGRID subregion and click the subregion. The reduction in Greenhouse Gas Emissions will be calculated for you.

Reduction in Greenhouse Gas Emissions
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Annual:
CO2 Equivalent Emissions = ? metric tons.

Design Life:
CO2 Equivalent Emissions = ? metric tons.

Equivalent Headloss Pipelines
To upsize the Pipeline:

It takes 0 feet of 0 inch pipe and 0 feet of 0 inch pipe to equal the headloss found in 0 feet of 0 inch .

To downsize the Pipeline:

It takes 0 feet of 0 inch and 0 feet of to equal the headloss found in 0 feet of 0 inch pipe.

Calculate the Reduction in Greenhouse Gas Emissions

Click Continue to calculate the reduction in Greenhouse Gas Emissions resulting from using Ductile Iron Pipe as opposed to substitute materials.

NWPP MROW MROE RFCM NEWE NYUP NYLI NYCW RFCE RFCW SRMW SPNO RMPA CAMX AZNM SPSO ERCT SRMV SRSO SRVC FRCC HIOA HIMS AKMS AKGD
Pipe Material Data Entry
Pipe Comparison Data
Actual Inside Diamter (in): 0 0
C Factor: 0 0
Velocity (fps): 0 0
Unit Head Loss (ft/1000 ft): 0 0
Total Head Loss (ft): 0 0
Annual Pumping Cost: 0 0
Present Worth Analysis
Annual Savings: $0.00
Present Worth of Savings: $0.00