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### C ar l M o y e r P r o gra m P r oj e cts

P r oj e c t N u m b er Equ i p m e nt

I d e nt i f ier A nnu a l H ou r s

o f O p e ra t i on P e rc e nt

O p e ra t e d i n S J V D i st r i ct F u el T yp e Eng i n e Y e ar H o r s e pow er Eng i n e Ce r t i f i ca t i on F u el T yp e Eng i n e Y e ar H o r s e pow er Eng i n e Ce r t i f i ca t i on
G -0014- A* 1 160 0 100 % Die s e l 200 2 18 1 Tie r 1 S t a nd ar d Die s e l n/ a n/ a n/a S -1301 1 180 0 100 % Die s e l 198 1 32 0 Uncont r olle d Die s e l 200 9 30 0 Tie r 3 S t a nd ard S -1301 3 180 0 100 % Die s e l 197 8 32 0 Uncont r olle d Die s e l 200 9 30 0 Tie r 3 S t a nd ard C -2570 1 432 0 100 % Die s e l 200 0 38 5 Tie r 1 S t a nd ar d Elect r i c 200 9 20 0 Uncont r olled C -2570 2 432 0 100 % Die s e l 199 5 42 0 Uncont r olle d Elect r i c 200 9 30 0 Uncont r olled C -14205 1 282 0 100 % Die s e l 200 5 33 5 Tie r 3 S t a nd ar d Elect r i c 201 1 20 0 Uncont r olled Ba s eline/ O ld En g in e R educed/ N e w En g ine

*T hi s p r o j e ct wa s in c luded in t he S an J oaquin V alle y I n c en t i v e
- B a s ed E m i ss ion R edu ct ion Mea s u r e s Li s t be c au s e i t wa s iden t i

f ied a s being ope r a t ed 100 % in t he S J V D i s t r i ct. T he S an J oaquin V

alle y D i s t r i ct s t a ff al s o ad m ini s t e r t he Ca r l Mo y e r Pr og r a m on behal f o f t he G r ea t

B a s in A i r P ollu t ion C

on t r ol D i s t r i ct. S an J oaquin V

alle y p r o j e ct s a r e deno t ed w i t h a

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on t r ol D i s t r i ct p r o j e ct s a r e deno t ed w i t h a " G

. " T hi s p r o j e ct G -0014- A s hould no t ha v e been in c luded in t he Li s t. T hi s e rr o r wa s an i

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## Pr opos i t i on 1 B Pr o j e c ts

Pr o j e ct N u m b er D r a y a g e T r uc k:

Y /N P e r c e nt

O p e r a t e d i n Ca lif o r n i a ( V MT 1 ) Ol d F u e l T y pe Ol d En gi n e Mo d e l Y e ar Ol d GV WR 2 Ol d Un i t D PF 3
I n s t a ll ed 4 Ne w F u e l T y pe Ne w En gi n e Mo d e l Y e ar N e w GV WR 2 Ne w En gi n e N O x C e r t ifi c a t i o n L e v el G 08 G MC T 1

_ 0307 9 N o 100 % D i e s e l 200 2 52 , 00 0 No n e D i e s e l 201 0 50 , 00 0 0

. 2 N Ox G 08 G MC T 1

_ 0064 2 N o 100 % D i e s e l 197 7 49 , 00 0 No n e D i e s e l 201 0 54 , 32 0 0

. 2 N Ox G 08 G MC T 1

_ 0293 0 Y e s 100 % D i e s e l 199 4 50 , 00 0 L e v e l 3 P M D i e s e l 201 0 52 , 35 0 0

. 2 N Ox G 07 G MC T 3

_ 0124 6 N o 100 % D i e s e l 199 7 52 , 00 0 n / a D i e s e l 201 0 50 , 00 0 0

. 2 N Ox G 07 G MC T 3

_ 0030 1 N o 100 % D i e s e l 199 3 52 , 00 0 n / a D i e s e l 200 9 52 , 00 0 0

. 5 N Ox G 07 G MC T 3

_ 0043 7 N o 100 % D i e s e l 199 7 51 , 80 8 n / a D i e s e l 201 0 46 , 00 0 0

. 2 N Ox G 07 G MC T 3

_ 00377 No 100% D i e s el 1999 34 , 700 n /a D i e s el 2008 35 , 000 0

. 5 N Ox

1 V M T = V e h i c l e M il e s T ra v e l ed
2 G VWR = G ro ss V e h i c l e We i g ht R a t i ng 3 D i e s e l P ar t i c u la t e F il t er 4 R e p or t i n g o n th e ol d un i t D P F b e g a n w i th p ro j e c t numb e r s b e g i nn i n g w i th " G 08" O l d En g i n e N e w En g i ne