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. Author manuscript; available in PMC: 2015 Feb 24.
Published in final edited form as: Energy Fuels. 2012 Nov 15;26(11):6737–6748. doi: 10.1021/ef300421h

Table 2.

Summary of Experimental Design and Test Conditions for the Two Engines

test engine fuel calibration BMEP (kPa) speed (rpm) aftertreatment power (kW) EGR (%) exhaust temperature (°C) injeciton timing (°BTDC)
1 1.7 L ULSD 2002 idle 800 none 0 27 129 3.0
2 General 200 1500 none 4 20 210 3.9
3 Motors 600 1500 none 13 17 368 1.2
4 900 2500 none 32 0 434 5.6
5 idle 800 DOC 0 27 126 2.6
6 200 1500 DOC 4 20 207 7.9
7 600 1500 DOC 13 17 372 1.4
8 900 2500 DOC 32 0 448 17.7
9 B20 2002 idle 800 none 0 27 125 3.2
10 200 1500 none 4 20 211 4.3
11 600 1500 none 13 17 368 1.8
12 900 2500 none 32 0 439 9.2
13 idle 800 DOC 0 27 127 2.8
14 200 1500 DOC 4 20 213 5.9
15 600 1500 DOC 13 17 372 1.4
16 900 2500 DOC 32 0 444 18.8
17 6.4 L ULSD 2004 idle 665 none 0 2 74 –3.5
18 Ford 600 1500 none 49 10 265 –3.5
19 900 2500 none 120 19 320 –3.5
20 2007 idle 665 DOC + DPF 0 2 59 –5.0
21 900 2500 DOC + DPF 120 15 319 3.0
22 B20 2004 idle 665 none 0 2 72 –3.5
23 600 1500 none 49 10 262 –3.5
24 900 2500 none 120 19 314 –3.5
25 2007 idle 665 DOC + DPF 0 2 62 –5.0
26 900 2500 DOC + DPF 120 15 316 3.0