Carbon Footprint of Pipeline Projects - IPLOCA.com
Carbon Footprint of Pipeline Projects - IPLOCA.com Carbon Footprint of Pipeline Projects - IPLOCA.com
Carbon Footprint of Pipeline ProjectsResults1 KMThe amount of CO 2 produced by constructing 1 km of 48” pipeline is similar tothe amount of CO 2 caused by burning the gas that is stored under 80 bar in7.3 km of the same pipeline.Despite the fact that the majority of the emission is caused by the steel pipeproduction, the results give the construction industry valuable insights.24
Carbon Footprint of Pipeline ProjectsResultsDiameter(inch)Steelproduction& piperollingTransport(1000 km)CO 2 emissions (ton/km pipe)Equipmentfuel usageCoating &welding Overhead Total16 133.7 9.85 49.2 6.9 40.7 240.420 206.4 15.96 53.4 8.6 40.7 325.124 258.6 22.28 84.0 10.4 40.7 415.936 543.0 48.75 119.7 15.8 40.7 768.048 973.7 85.59 138.6 21.5 40.7 1,260.1Total CO 2 emissions for laying a pipelineThe above table shows the total CO 2 emission for the construction of 1 kmpipeline of several diameters (based on the assumptions given).25
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<strong>Carbon</strong> <strong>Footprint</strong> <strong>of</strong> <strong>Pipeline</strong> <strong>Projects</strong>Results1 KMThe amount <strong>of</strong> CO 2 produced by constructing 1 km <strong>of</strong> 48” pipeline is similar tothe amount <strong>of</strong> CO 2 caused by burning the gas that is stored under 80 bar in7.3 km <strong>of</strong> the same pipeline.Despite the fact that the majority <strong>of</strong> the emission is caused by the steel pipeproduction, the results give the construction industry valuable insights.24
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