T y p e of f u el: ................................. H F O, M G O Alt er n at or m a k e/t y p e: ................. C M X D H F C O ut p ut/ s p e e d of e a c h s et: ...9 9 0 k W / 9 0 0r p m
E x h a u st- g a s s cr u b bi n g e q ui p m e nt M a n uf a ct ur er:
.......... E c o S pr a y T e c h n ol o gi e s
T y p e: ................................ O p e n l o o p s y st e m O n m ai n e n gi n e s ?: .................................. Y e s O n a u xili ar y e n gi n e s ?: ............................. Y e s
B oil er s N u m b er:
M a k e: ...................................................... 1
T y p e: .... Ji uji a n g Mit s u bi s hi c o m p o sit e b oil er, v erti c al c yli n dri c al s m o k e t u b e
...................Ji uji a n g H ait a n E q ui p m e nt M a n uf a ct ur e
O ut p ut, e a c h b oil er: .......1, 8 0 0 k g/ h at oil fir e d s e cti o n, 1, 2 0 0 k g/ h at M E e x h. g a s s e cti o n
M o ori n g e q ui p m e nt N u m b er: M a k e:
C S S C C A P E T O W N – Mi ni C a p e si z e b ul k e r
S hi p b uil d er: .......... C S S C H u a n g p u W e n c h o n g S hi p b uil di n g C o m p a n y Li mit e d
V e s s el’ s n a m e: .................... C S S C C a p e T o w n O w n er/ O p er at or: ..... F ort u n e C e ntr al S hi p pi n g Li mit e d
C o u ntr y: ................................................... C hi n a D e si g n er: .S h a n g h ai M er c h a nt S hi p D e si g n & R e s e ar c h I n stit ut e ( S D A RI), C S S C
C o u ntr y: ................................................... C hi n a M o d el t e st e st a bli s h m e nt u s e d:
.......C hi n a S hi p S ci e nti fi c R e s e ar c h C e nt er ( C S S R C)
Fl a g: ................................................ H o n g K o n g I M O n u m b er: ........................................ 9 8 5 3 8 8 8 T ot al n u m b er of si st er s hi p s alr e a d y c o m pl et e d ( e x cl u di n g s hi p pr e s e nt e d): ............................. 2 T ot al n u m b er of si st er s hi p s still o n or d er: ....... 4
B
mi ni C a p esi z e v ess el a n d t h e first of a f o ur pl us t w o o pti o n s eri es
C S S C L e asi n g, t o s er v e a c h art er a gr e e m e nt si g n e d i n 2 0 1 8 b y c o m m o dit y gi a nt C ar gill. D esi g n e d b y S h a n g h ai M er c h a nt S hi p D esi g n a n d
f or
uilt b y C S S C’s H u a n g p u We n c h o n g S hi p b uil di n g s u bsi di ar y, C S S C C a pe To w n
is a 1 2 0, 0 0 0 d wt t h e b uil d er’s s hi p o w ni n g ar m,
R es e ar c h I nstit ut e ( S D A RI) t o b e a bl e t o tr a nsit t h e e nl ar g e d P a n a m a C a n al l o c ks, t h e s hi p t y p e h as b e e n pr o m ot e d as a s u c c ess or t o s m all er b ul k c arri ers of b et w e e n 8 0, 0 0 0 a n d 1 0 0, 0 0 0 d wt. At t h e ti m e t h e c h a rt e r c o nt r a ct wit h C a r gill w a s si g n e d, t h e c o m p a n y s ai d t h e v ess els w o ul d a d d fl e xi bilit y t o t h eir fl e et a n d w o ul d li k el y b e us e d pri m aril y f or c o al a n d gr ai n c ar g o es. Alt h o u g h t h e i niti al d esi g n w as b y S D A RI, c ert ai n
c h a n g e s w e r e r e q u e st e d b y C a r gill d u ri n g c o nstr u cti o n, i n cl u di n g t h e i nst all ati o n of s cr u b b ers t o m e et 2 0 2 0 S O x r e g ul ati o ns. T h e b uil d er cl ai ms t h e v ess el is t h e first of its t y p e
t o m e et b ot h t h e l at est I A C S h ar m o nis e d c o m m o n st r u ct u r al r ul e s a n d P h a s e 2 of t h e E E DI. T h e r e q uir e d E E DI r ati n g of 3. 6 2 w as e asil y i m pr o v e d b y t h e s hi p’s a ssi g n e d 2. 8 1 i n d e xi n g. C o nst r u cti o n b e g a n i n M ar c h 2 0 1 9 a n d w as c o m pl et e d r e m ar k a bl y q ui c kl y i n M a y 2 0 2 0. C S S C C a p e To w n
T E C H NI C A L P A R TI C U L A R S
L e n gt h o a: ............................................ 2 5 4. 9 2 m L e n gt h b p: ............................................ 2 5 1. 0 0 m Br e a dt h m o ul d e d: .................................. 4 3. 0 0 m D e pt h m o ul d e d: ..................................... 2 0. 5 0 m t o m ai n d e c k: ..................................... 2 0. 5 0 m
Wi dt h of d o u bl e s ki n si d e: ..................................................... 2. 4 6 m b ott o m: ................................................ 2. 3 5 m
Dr a u g ht s c a ntli n g: .............................................. 1 4. 6 0
Gr o s s: .................................................. 6 6, 7 8 6 gt Di s pl a c e m e nt: ...................................... 1 4 0, 0 0 0t Li g ht w ei g ht: ........................................... 1 9, 5 0 0t D e a d w ei g ht s c a ntli n g: ......................................... 1 2 0, 0 0 0t
Bl o c k c o- ef fi ci e nt ( pl e a s e st at e r el e v a nt dr a u g ht): ..................................................... 0. 8 7
C ar g o c a p a cit y ( m 3 Gr ai n:
B u n k er s ( m 3 H e a v y oil:
W at er b all a st ( m 3 )
............................................... 1 3 5, 0 0 0 )
............................................. 2, 7 0 0
Di e s el oil: ................................................. 5 8 0 ): .................................. 4 2, 0 0 0
Cl a s si fi c ati o n s o ci et y a n d n ot ati o n s: ...... D N V G L 1 A, B ul k C arri er, B C( A), C S R, E S P, Gr a b( 3 0), H ol d( 2, 4 & 6) m a y b e e m pt y, C M O N, C O A T-
% hi g h-t e n sil e st e el u s e d i n c o n str u cti o n:
P S P C( B), BI S, L C S, R e c y cl a bl e, Cl e a n, E 0, B W M( T), T M O N ( Oil L u bri c at e d) .. 8 0 %
Pr o p ul si o n M ai n e n gi n e( s) D e si g n: ........T w o- str o k e, si n gl e- a cti n g, dir e ct r e v er si bl e cr o s s h e a d t y p e m ari n e di e s el e n gi n e wit h c o n st a nt pr e s s ur e t ur b o c h ar gi n g ... C D- M A N- B & W 6 G 6 0 M E- C 9. 5 Ti er II .................. C S S C- M E S Di e s el
M o d el:
M a n uf a ct ur er: N u m b er:
is 2 5 4. 9 2 m i n l e n gt h wit h a b e a m
of 4 3 m, m o ul d e d d e pt h of 2 0. 5 m a n d s c a ntli n g dr a u g ht of 1 4. 6 m. I n a p p e ar a n c e it r es e m bl es a s c al e d u p P a n a m a x wit h its s e v e n h ol ds a n d h at c h es a n d g e arl ess c o nfi g ur ati o n. A v erti c al b o w wit h o ut b ul b i s a d o pt e d a n d t h e v e s s el’s c a r g o c a p a cit y i s 1 3 5, 0 0 0 m³. T h e m ai n e n gi n e is a C hi n es e- b uilt M A N B & W
6 G 6 0 M E- C 9. 5 t y p e wit h a n o ut p ut of 1 1, 6 0 0 k W at 7 7 r p m. T o m e et S O x e missi o n r ul e s t h e v e ss el is fitt e d wit h a n E c o s pr a y Te c h n ol o gi e s o p e n l o o p s c r u b b e r s e r vi n g t h e m ai n e n gi n e a n d t h e t h r e e D ai h ats u a u xili ar y e n gi n e s. T h e b all ast t r e at m e nt s yst e m c o m pris es t w o H e a d w a y Te c h n ol o g y u nits wit h fl o w r at es of 2, 6 0 0 m³/ h.
2 6 ...................................................... 1
T y p e of f u el: ................................ H F O, M G O O ut p ut of e a c h e n gi n e: .......S M C R 1 1, 6 0 0 k W x 7 7r p m
I s t hi s a di e s el- el e ctri c or h y bri d ?: .............N o
Pr o p ell er( s) M at eri al:
N u m b er:
....................................Ni- Al- Br o n z e
D e si g n er/ M a n uf a ct ur er: ........... W ärt sil ä- C M E Z h e nji a n g Pr o p ell er
...................................................... 1
Fi x e d/ C o ntr oll a bl e pit c h:
........................Fi x e d Di a m et er: ........................................ 8, 2 0 0 m m S p e e d: .............................................. 7 7. 0r p m
Di e s el- dri v e n alt er n at or s N u m b er:
...................................................... 3 E n gi n e m a k e/t y p e: ..A n qi n g- D ai h at s u 6 D K- 2 0 e
...................................................... 6 .......................................... M a c Gr e g or
T y p e: .............................................. H y dr a uli c
S p e ci al lif e s a vi n g e q ui p m e nt N u m b er of e a c h a n d c a p a cit y: M a k e:
....... 1 fr e e-f all
.........C S S C L u z h o u Z h e nji a n g M ari n e A u xili ar y M a c hi n er y
T y p e: ...............................................Y H 5. 9 F P
C ar g o/ c a p a cit y H at c h c o v er s D e si g n: ................................................T T S M a n uf a ct ur er: ......................................T T S T y p e: .......................................U p p er d e c k
B all a st w at er tr e at m e nt s y st e m M a k e:
..........................H e a d w a y T e c h n ol o g y C a p a cit y: ................................. 2 x 2, 6 0 0 m³/ h
C o m pl e m e nt Cr e w: ......................................................... 2 5
N a vi g ati o n a n d ot h er e q ui p m e nt Bri d g e c o ntr ol s y st e m M a k e:
................................................. J R C
I s bri d g e fitt e d f or o n e- m a n o p er ati o n ? .....N o I nt e gr at e d bri d g e s y st e m ?: ............................N o
R a d ar s N u m b er: M a k e:
M o d el( s):
...................................................... 2 ..................................................... J R C .....J M R- 9 2 3 0- S N / J M R- 9 2 2 5- 9 X N
Fir e d et e cti o n s y st e m M a k e:
.............................................C o n sili u m T y p e: ...................................... S al wi c o C ar g o
Fir e e xti n g ui s hi n g s y st e m s C ar g o h ol d s: M a k e/ T y p e:
E n gi n e r o o m: M a k e/ T y p e:
C a bi n s: M a k e/ T y p e:
P u bli c s p a c e s: M a k e/ T y p e:
pr e s s ur e C O 2
.................. S e a w at er h y dr a nt .....................N K C o., Lt d/ hi g h
fir e fi g hti n g s y st e m, Mi ni m a x /
l o c al w at er mi st a p pli c ati o n s y st e m, s e a w at er h y dr a nt
.................. S e a w at er h y dr a nt .................. S e a w at er h y dr a nt
W a st e di s p o s al pl a nt I n ci n er at or M a k e:
M o d el:
S e w a g e pl a nt M a k e:
. M o d el:
.................... C S S C N a nji n g L u z h o u M a c hi n e C o m p a n y Li mit e d
........................................ O G 2 0 0 C
............................................... Il S e u n g ................................................ I S B- 0 2
Ef fl ci e n c y Att ai n e d E E DI v al u e: .............................. 2. 8 1 R e q uir e d E E DI v al u e: ............................. 3. 6 2
E n er g y S a vi n g T e c h n ol o gi e s: ..................... P S V
C o ntr a ct d at e: ................................1 4 M a y 2 0 1 8 L a u n c h/ fl o at- o ut d at e: ................. 1 6 M ar c h 2 0 2 0 D eli v er y d at e: ................................. 2 6 M a y 2 0 2 0
S i g ni fi c a n t Shi p S o f 2 0 2 0
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