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Download ERZ 2000 Operating Instructions
Transcript
ANNEX ............................................................................................................................................................................................................... 158 D 11 N-Pentane 0,1607 mol-% D 12 I-Pentane 0,1607 mol-% D 13 Hexane 0,2099 mol-% D 14 Heptane 0,0296 mol-% D 15 Oktane 0,0074 mol-% D 16 Nonane 0,000 mol-% D 17 Dekane 0,000 mol-% D 18 O2 0,000 mol-% D 19 CO 0,000 mol-% D 20 H2 0,000 mol-% D 21 Neo-Pentane 0,000 mol-% D 22 Ethene 0,000 mol-% D 23 Propene 0,000 mol-% D 24 Argon 0,000 mol-% B 26 Assessment base D 27 Rd for assessment D 28 Hs for assessment A.24 The settings in the Assessment base menu enable the selection of input variables for the assessed analysis Sd,Hs,CO2 0,645772 1092,26 BTU/ft3 DI Adjustable extra base condition Access Line Designation Value Unit Unit D 1 Qx(Tx,Px) D 2 Rx(Tx,Px) D 3 Rx/Rn B 11 Tx 288,15 °K B 12 Px 0,101325 MPa Unlike the base condition settings for the correction, other standard pressure and temperature values can be defined here and used to calculate a separate flow rate and density. 61313,129 m3/h 0,7912 kg/m3 0,947453 This menu is provided for subsequent upgrades and complete results under other standard conditions. A.25 DJ Exhaust summary Access Line Designation Value Unit D 1 H2O per 1m3 gas 1,6782 kg/m3 D 2 CO2 per 1m3 gas 2,2235 kg/m3 D 3 N2 per 1m3 gas 0,0117 kg/m3 D 4 SO2 per 1m3 gas 0,0000 kg/m3 D 5 He fram nat gas 0,0000 kg/m3 D 6 Ar from nat gas 0,0000 kg/m3 Exhaust summary for the combustion of natural gas (fuel gas) with the supply of air. Exhaust components originating from fuel gas. The inert gases He and Ar are not involved in the actual combustion process. ...............................................................................................................................................................................................................
