TEST PROTOCOLS Sample Clauses

TEST PROTOCOLS. The procedures for conducting the tests, including calibration data, instrumentation data, test records and frequency of measurement will be detailed in individual test protocols. The individual test protocol will be drafted by the Contractor and submitted at least sixty (60) days prior to the start of any individual test to the Owner for review and approval in accordance the Terms and Conditions. All components of the test protocol, including revisions, will be approved at least fifteen (15) days prior to the commencement of the tests. The test protocols will be consistent with the terms of this Schedule. The test protocols shall explicitly state the industry codes and standards that will be used, the instrumentation required, the form of the expected results, the anticipated time duration of the test, and the anticipated number of Owner's operating personnel required to assist the Contractor in the conduct of the test. EPC Wairakei

TEST PROTOCOLS. The Vanadium-Based SCR (V-SCR) catalyst sample (Figure 2) was provided by ECOSPRAY, and the properties of the catalyst are summarized in Table 1. <.. image(Εικόνα που περιέχει μικρόφωνο, εσωτερικός χώρος Περιγραφή που δημιουργήθηκε αυτόματα) removed ..>

TEST PROTOCOLS. The Copper-based SCR (Cu-SCR) catalyst sample (Figure 7) was provided by ECOSPRAY, and the properties of the catalyst are summarized in Table 4. <.. image(Εικόνα που περιέχει μικρόφωνο Περιγραφή που δημιουργήθηκε αυτόματα) removed ..> Figure 7. Copper-based SCR catalyst sample. Table 4. Properties of the Copper-based SCR catalyst. Catalyst Properties Value Diameter [mm] 28 Length [mm] 90 CPSI [-] 100 Wall thickness [mils] 2 Cell shape [-] triangle Substrate material [-] metal For the Cu-SCR, similar test protocols to the ones of the V-SCR were performed. The inlet feed gas and test conditions are shown in Table 5. The phenomena of NO and NH3 oxidation are examined first, followed by the investigation of SCR reactions under different conditions, such as the ANR ratio in the mixture, the composition of NOx (addition of NO2), etc. Table 5. Copper-based SCR catalyst test conditions. Phenomena Inlet feed gas Temperature [℃] Space Velocity [h-1] NO oxidation 2000 ppm NO, 6% O2, 15% H2O, 150 200 250 300 400 500 15 ppm SO2, N2 balance NH3 oxidation 1000 ppm NH3, 6% O2, 15 % H2O, 15 ppm SO2, N2 balance Standard SCR under ANR ratios 2000 ppm NH3, NH3/NOx=0.8, 1.0, 1.5, 6% O2, 15% H2O, 15 ppm SO2, N2 balance 20,000 2000 ppm NH3, 2000 ppm NOx Fast SCR (NO2/NOx=0.2), 6% O2, 15% H2O, 15 ppm SO2, N2 balance 2000 ppm NH3, NH3/NOx=1.0, N2O=50, Addition of N2O 100 ppm 6% O2, 15% H2O, 15 ppm SO2, N2 balance

TEST PROTOCOLS. The Platinum-based oxidation catalyst (Pt-AOC) sample (Figure 12) was provided by ECOSPRAY, and the properties of the catalyst are summarized in Table 7Table 4. <.. image(Εικόνα που περιέχει μικρόφωνο Περιγραφή που δημιουργήθηκε αυτόματα) removed ..> Figure 12. Platinum-based oxidation catalyst sample.‌ Table 7. Properties of the Platinum-based oxidation catalyst. Catalyst Properties Value Diameter [mm] 28 Length [mm] 90 CPSI [-] 200 Wall thickness [mils] 2 Cell shape [-] triangle Substrate material [-] metal The oxidation activity of the Pt-AOC is tested by a temperature ramp (light-off test) from 150°C to 600°C. The feed gas and test conditions are summarized in Table 8. Table 8. Platinum-based oxidation catalyst test conditions. Phenomena Inlet feed gas Temperature [℃] Space Velocity[h-1] NH3 oxidation 250 ppm NH3, 50 ppm NO, 6% O2, 15% H2O, 15 ppm SO2, N2 balance 150 → 600 20,000

TEST PROTOCOLS. The Iron-based SCR catalyst (Fe-SCR) sample was provided by TOPSOE (Figure 15), and the properties of the catalyst are summarized in Table 10Table 4. <.. image(Εικόνα που περιέχει στιγμιότυπο οθόνης Περιγραφή που δημιουργήθηκε αυτόματα) removed ..>

TEST PROTOCOLS. The procedures for conducting the tests, including calibration data, instrumentation data, test records and frequency of measurement will be detailed in individual test protocols. The individual test protocol will be submitted by Contractor at least sixty (60) days prior to the start of any individual test to Owner for review in accordance with Section 9.4 of the EPC Contract. The test protocols shall explicitly state the industry codes and standards that will be used, the instrumentation required, the form of the expected results, the anticipated time duration of the test, and the anticipated number of Owner's operating personnel required to assist Contractor in the conduct of the test.

TEST PROTOCOLS. The procedures for conducting the tests, including instrument calibration data, instrumentation data, and frequency of measurements will be detailed in individual test protocols. The individual test protocol will be drafted by Contractor and submitted to Company for review and approval at least ninety (90) days prior to the start of any individual test. Within twenty (20) days of receipt of the draft test protocol, Company will provide any comments or suggestions; if none are forthcoming; the test protocol will be deemed accepted. All components of the test protocol, including revisions, will be agreed upon by all parties at least twenty (20) days prior to the commencement of the tests. The test protocol will be consistent with the terms of this Exhibit D. The test protocols shall explicitly state the industry codes and standards that will be used, the instrumentation required, the form of the expected results, and the anticipated time duration of the test.

TEST PROTOCOLS