Common use of Molecular Sieve Driers Breakthrough Test Clause in Contracts

Molecular Sieve Driers Breakthrough Test. The goal of this test is to determine the actual water capacity of all three driers under a measured set of feed conditions. This test will measure the total weight of water fed to the drier until a measurable water “breakthrough” happens. The driers will be on manual mode (no normal automatic switching sequence will be used). A hygrometer will be used at the inlet and outlet of the drier with a chart recorder to continuously record gas flow, temperature, pressure, inlet and outlet water content. The breakthrough test results will be compared to the cycle time used in the automatic sequence mode to ensure the compliance with the Specifications. Online analyzers will also be tested and checked against lab results. Differential pressures across all liquefaction chillers to be recorded before and after breakthrough test.

Molecular Sieve Driers Breakthrough Test. The goal of this test is to determine the actual water capacity of all three the driers under a measured set of feed conditions. This test will measure the total weight of water fed to the drier until a measurable water “‘breakthrough” ’ happens. The driers will be on manual mode (no normal automatic switching sequence will be used). A portable hygrometer will be used at the inlet and outlet of the drier with a chart recorder to continuously record gas flow, temperature, pressure, inlet and outlet water content. The breakthrough test results will be compared to the cycle time used in the automatic sequence mode to ensure the compliance with the Specifications. Online analyzers will also be tested test and checked against lab results. Differential pressures pressure across all liquefaction chillers to be recorded before and after breakthrough testtests.

Molecular Sieve Driers Breakthrough Test. The goal of this test is to determine the actual water capacity of all three the driers under a measured set of feed conditions. This test will measure the total weight of water fed to the drier until a measurable water “‘breakthrough” ’ happens. The driers will be on manual mode (no normal automatic switching sequence will be used). A portable hygrometer will be used at the inlet and outlet of the drier with a chart recorder to continuously record gas flow, temperature, pressure, inlet and outlet water content. The breakthrough test results will be compared to the cycle time used in the automatic sequence mode to ensure the compliance with the Specifications. Online analyzers will also be tested and checked against lab results. Differential pressures pressure across all liquefaction chillers to be recorded before and after breakthrough testtests.

Molecular Sieve Driers Breakthrough Test. The goal of this test is to determine the actual water capacity of all three driers under a measured set of feed conditions. This test will measure the total weight of water fed to the drier until a measurable water “breakthrough” happens. The driers will be on manual mode (no normal automatic switching sequence will be used). A hygrometer will be used at the inlet and outlet of the drier with a chart recorder to continuously record gas flow, temperature, pressure, inlet and outlet water content. The breakthrough test results will be compared to the cycle time used in the automatic sequence mode to ensure the compliance with the Specifications. Execution Version Online analyzers will also be tested and checked against lab results. Differential pressures across all liquefaction chillers to be recorded before and after breakthrough test.