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Transcript of ABS - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to Be Complied With in 2012 and...
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)
1SOLAS
RO CodeMSC.349(92) O G S All Ships >12 ≥ 400 A 17 5 2015 KL on after 1 1 1900
This resolution contains the international standard and consolidated instrument
containing minimum criteria against which recognized organizations are
assessed towards recognition and authorization and the guidelines for the
oversight or ROs by flag States
2SOLAS XI-1
RO CodeMSC.350(92) O M S All Ships >12 ≥ 500 A 1 1 2015 KL on after 1 1 1900
Ships are required to be certified by a Recognized Organization found by the
flag Administration to comply with the international standard in MEPC.237(65).
3
SOLAS III
Emergency
training/drills
MSC.350(92) O M S Pass >12 A 1 1 2015 KL on after 1 1 1900
On a voyage where passengers are scheduled to be on board for more than
24 hours, musters of, and safety briefings with, newly-embarked passengers
shall take place prior to or immediately upon departure
4
SOLAS III
Emergency
training/drills
MSC.350(92)
A.1050(27)O M S All Ships >12 ≥ 500 A 1 1 2015 KL on after 1 1 1900
Crew members with enclosed space entry or rescue responsibilities onboard all
ships and high speed craft need to participate in an enclosed space entry and
rescue drill to be held on board the ship at least once every two months. Drills
should be planned and conducted using the required equipment and should
take into account the newly approved Recommendations for entering enclosed
spaces aboard ships as per resolution A.1050(27).
5
SOLAS V/19.2
Bridge
Navigational
Watch Alarm
System (BNWAS)
MSC.350(92) H M S Cargo≥ 150
< 500R FS 1 7 2017 KL before 1 7 2002
A bridge navigational watch alarm system (a system to monitor bridge activity
and detect operator disability which could lead to marine accidents) complying
with the standards contained in MSC.128(75) is required to be installed
onboard and shall be in operation whenever the ship is underway at sea. A
BNWAS installed prior to 1 July 2011 to monitor bridge activity and detect
operator disability which could lead to marine accidents may subsequently be
exempted from full compliance with the standards contained in MSC.128(75).
6
SOLAS V/19.2
Bridge
Navigational
Watch Alarm
System (BNWAS)
MSC.350(92) H M S Cargo≥ 500
< 3000R FS 1 7 2018 KL before 1 7 2002
A bridge navigational watch alarm system (a system to monitor bridge activity
and detect operator disability which could lead to marine accidents) complying
with the standards contained in MSC.128(75) is required to be installed
onboard and shall be in operation whenever the ship is underway at sea. A
BNWAS installed prior to 1 July 2011 to monitor bridge activity and detect
operator disability which could lead to marine accidents may subsequently be
exempted from full compliance with the standards contained in MSC.128(75).
7
SOLAS
1994 HSC Code
Emergency
training/drills
MSC.351(92)
A.1050(27)O M S HSC >12 ≥ 500 A 1 1 2015 KL on after 1 1 1900
Crew members with enclosed space entry or rescue responsibilities onboard all
ships and high speed craft need to participate in an enclosed space entry and
rescue drill to be held on board the ship at least once every two months. Drills
should be planned and conducted using the required equipment and should
take into account the newly approved Recommendations for entering enclosed
spaces aboard ships as per resolution A.1050(27).
8
SOLAS
2000 HSC Code
Emergency
training/drills
MSC.351(92)
A.1050(27)O M S HSC >12 ≥ 500 A 1 1 2015 KL on after 1 1 1900
Crew members with enclosed space entry or rescue responsibilities onboard all
ships and high speed craft need to participate in an enclosed space entry and
rescue drill to be held on board the ship at least once every two months. Drills
should be planned and conducted using the required equipment and should
take into account the newly approved Recommendations for entering enclosed
spaces aboard ships as per resolution A.1050(27).
(Ke
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ay
, D
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or
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Reg Status Size Parameter Compliance Date Age of Ship
Ap
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(A
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etr
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M (
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An
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(AF
S)
Sa
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(CS
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Fis
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es
se
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on
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V)
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
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lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
9ISM Code
AmendmentsMSC.353(92) O M S All Ships >12 ≥ 500 A 1 1 2015 KL on after 1 1 1900
ISM Code revision requires the Company to ensure that the ship appropriately
manned in order to encompass all aspects of maintaining safe operations on
board based on the Principles of minimum safe manning (A.1047(27)). The
Company should periodically verify whether all those undertaking delegated
ISM-related tasks are acting in conformity with the Company's responsibilities
under the Code.
10IMSBC Code
RevisionsMSC.354(92) H M S All Ships ≥ 500 A 1 1 2015 KL on after 1 1 1900
The hazards, stowage and discharge arrangements and precautions to be
implemented for individual schedules of solid bulk cargoes (including
Ammonium Nitrate) are revised.
11 CSC MSC.355(92) O M CSC All Ships ≥ 500 A 1 1 2014 KL on after 1 1 1900Specifications for testing and the Safety Approval Plate of containers approved
on/after 1 Jan 2014 are revised.
12ICLL 88 Protocol
RO CodeMSC.356(92) O M L All >24 A 1 1 2015 KL on after 1 1 1900
Ships are required to be certified by a Recognized Organization found by the
flag Administration to comply with the international standard in MEPC.237(65).
13
MODU Code
(1979)
Emergency
training/drills
MSC.357(92)
A.1050(27)O M S MODU >0 A 1 1 2015 KL on after 1 1 1900
Crew members with enclosed space entry or rescue responsibilities onboard all
ships and high speed craft need to participate in an enclosed space entry and
rescue drill to be held on board the ship at least once every two months. Drills
should be planned and conducted using the required equipment and should
take into account the newly approved Recommendations for entering enclosed
spaces aboard ships as per resolution A.1050(27).
14
MODU Code
(1989)
Emergency
training/drills
MSC.358(92)
A.1050(27)O M S MODU >0 A 1 1 2015 KL on after 1 1 1900
Crew members with enclosed space entry or rescue responsibilities onboard all
ships and high speed craft need to participate in an enclosed space entry and
rescue drill to be held on board the ship at least once every two months. Drills
should be planned and conducted using the required equipment and should
take into account the newly approved Recommendations for entering enclosed
spaces aboard ships as per resolution A.1050(27).
15
MODU Code
(20099)
Emergency
training/drills
MSC.359(92)
A.1050(27)O M S MODU >0 A 1 1 2015 KL on after 1 1 1900
Crew members with enclosed space entry or rescue responsibilities onboard all
ships and high speed craft need to participate in an enclosed space entry and
rescue drill to be held on board the ship at least once every two months. Drills
should be planned and conducted using the required equipment and should
take into account the newly approved Recommendations for entering enclosed
spaces aboard ships as per resolution A.1050(27).
16
DSC Code
Emergency
training/drills
MSC.360(92)
A.1050(27)O M S DSC >12 ≥ 500 A 1 1 2015 KL on after 1 1 1900
Crew members with enclosed space entry or rescue responsibilities onboard all
ships and high speed craft need to participate in an enclosed space entry and
rescue drill to be held on board the ship at least once every two months. Drills
should be planned and conducted using the required equipment and should
take into account the newly approved Recommendations for entering enclosed
spaces aboard ships as per resolution A.1050(27).
17SOLAS V
LRIT Data CenterMSC.361(92) O G S All Ships ≥ 500 A 1 1 2014 KL on after 1 1 1999
USA and EMSA should continue hosting, maintaining and operating the
International LRIT Data Exchange beyond 2013, until advised otherwise.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
18
SOLAS II-1
Cross Flooding
Methodology
MSC.362(92) O G S All Ships >12 ≥ 500 N 14 6 2013 KL on after 14 6 2013Revised MSC.245(83) recommendations on a standard method for evaluating
cross-flooding arrangements
19SOLAS II-1
InclinometersMSC.363(92) H G S All Ships >12 ≥ 500 A INS 1 7 2015 KL on after 1 1 1900
Electronic inclinometers intended to support the decision-making process on
board should comply with these performance standards.
20
1993
Torremolinos
Protocol
MSC.364(92) O G FV Fish >24 A 14 6 2013 KL on after 1 1 1900
A procedure is provided to calculate the number of fishing vessels of each
Contracting State to the 2012 Cape Town Agreement in order to determine the
entry into force date of the Fishing Vessel Convention
21
BW Treatment
System Approval
Information
MEPC.228(65)
MEPC.175(58)H G B All Ships ≥ 400 N A INS 17 5 2013 KL after 1 1 1900
Additional information is recommended to be reported to IMO when approving
a ballast water management system in accordance with the Guidelines for
approval of ballast water management systems (G8).
22
Transfer of ship's
energy efficiency
technologies
MEPC.229(65) O G M All > 0 A 17 5 2013 KL after 1 1 1900
Recommendations on the provision of technical assistance to Member States
to enable cooperation in the transfer of energy efficient technologies to
developing countries
23
MARPOL VI/13
Non-identical
Engine
Replacement
MEPC.230(65) H G M All ≥ 400 A INS 1 1 2016 KL on after 1 1 2000
Guidelines for replacing a MARPOL Annex VI certified engine (power output >
130 kW) with a non-identical replacement engine on or after 1 January 2016
requires that engine to be Tier III compliant if it is on a ship operating in an
ECA, unless the replacement engine of a similar rating complying with Tier III is
not commercially available or Tier III compliance requires the engine to be
fitted with a NOx reducing device which cannot be installed in the limited space
available on board or it releases extensive heat that could have adverse
impact on the ships structure, sheeting, and/or equipment due to additional
ventilation and/or insulation not being possible.
24
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Bulk≥
10000N 1 7 2015 D on after 1 7 2015
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
25
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Gas ≥ 2000 N 1 7 2015 D on after 1 7 2015
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
26
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Oil ≥ 4000 N 1 7 2015 D on after 1 7 2015
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
27
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Chem ≥ 4000 N 1 7 2015 D on after 1 7 2015
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
28
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Cont≥
10000N 1 7 2015 D on after 1 7 2015
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
29
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Refer ≥ 3000 N 1 7 2015 D on after 1 7 2015
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
30
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Combo ≥ 4000 N 1 7 2015 D on after 1 7 2015
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
31
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Ro-Ro ≥ 400 N 1 7 2015 D on after 1 7 2015
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
32
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M RoRo ≥ 12 N 1 7 2015 D on after 1 7 2015
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
33
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Pass ≥ 12 N 1 7 2015 D on after 1 7 2015
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
34
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Bulk≥
10000N 1 7 2015 KL on after 1 7 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
35
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Gas ≥ 2000 N 1 7 2015 KL on after 1 7 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
36
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Oil ≥ 4000 N 1 7 2015 KL on after 1 7 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
37
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Chem ≥ 4000 N 1 7 2015 KL on after 1 7 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
38
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Cont≥
10000N 1 7 2015 KL on after 1 7 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
39
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Refer ≥ 3000 N 1 7 2015 KL on after 1 7 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
40
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Combo ≥ 4000 N 1 7 2015 KL on after 1 7 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
41
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Ro-Ro ≥ 400 N 1 7 2015 KL on after 1 7 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
42
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M RoRo ≥ 12 N 1 7 2015 KL on after 1 7 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
43
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Pass ≥ 12 N 1 7 2015 KL on after 1 7 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
44
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Bulk≥
10000N 1 7 2015 C on after 1 1 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
45
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Gas ≥ 2000 N 1 7 2015 C on after 1 1 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
46
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Oil ≥ 4000 N 1 7 2015 C on after 1 1 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
47
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Chem ≥ 4000 N 1 7 2015 C on after 1 1 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
48
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Cont≥
10000N 1 7 2015 C on after 1 1 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
49
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Refer ≥ 3000 N 1 7 2015 C on after 1 1 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
50
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Combo ≥ 4000 N 1 7 2015 C on after 1 1 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
51
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Ro-Ro ≥ 400 N 1 7 2015 C on after 1 1 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
52
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M RoRo ≥ 12 N 1 7 2015 C on after 1 1 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
53
MARPOL VI/21
Reference Line for
Required EEDI
MEPC.231(65) H G M Pass ≥ 12 N 1 7 2015 C on after 1 1 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for all types of ships
specified in regulation 21.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
54
MARPOL VI/21
Reference Line for
Required EEDI -
Cruise passenger
ships
MEPC.233(65) H G M Pass ≥ 12 N 17 5 2013 C on after 17 5 2013
These 2013 Guidelines provide the basis for calculating the reference lines for
use with the Energy Efficiency Design Index (EEDI) for cruise passenger ships
having non-conventional propulsion, including diesel-electric propulsion,
turbine propulsion, and hybrid propulsion systems.
55
MARPOL VI/21
Minimum Power
Guidelines
MEPC.232(65) H G M Bulk≥
10000N 1 7 2015 KL on after 1 7 2013
These interim guidelines establish the minimum installed propulsion power to
maintain the manoeuvrability in adverse conditions, as specified in regulation
21.5
56
MARPOL VI/21
Minimum Power
Guidelines
MEPC.232(65) H G M Combo ≥ 4000 N 1 7 2015 KL on after 1 7 2013
These interim guidelines establish the minimum installed propulsion power to
maintain the manoeuvrability in adverse conditions, as specified in regulation
21.5
57
MARPOL VI/21
Minimum Power
Guidelines
MEPC.232(65) H G M Gas ≥ 2000 N 1 7 2015 KL on after 1 7 2013
These interim guidelines establish the minimum installed propulsion power to
maintain the manoeuvrability in adverse conditions, as specified in regulation
21.5
58
MARPOL VI/21
Minimum Power
Guidelines
MEPC.232(65) H G M Oil ≥ 4000 N 1 7 2015 KL on after 1 7 2013
These interim guidelines establish the minimum installed propulsion power to
maintain the manoeuvrability in adverse conditions, as specified in regulation
21.5
59
MARPOL VI/21
Minimum Power
Guidelines
MEPC.232(65) H G M Chem ≥ 4000 N 1 7 2015 KL on after 1 7 2013
These interim guidelines establish the minimum installed propulsion power to
maintain the manoeuvrability in adverse conditions, as specified in regulation
21.5
60
MARPOL VI/21
Minimum Power
Guidelines
MEPC.232(65) H G M Bulk≥
10000N 1 7 2015 C on after 1 1 2013
These interim guidelines establish the minimum installed propulsion power to
maintain the manoeuvrability in adverse conditions, as specified in regulation
21.5
61
MARPOL VI/21
Minimum Power
Guidelines
MEPC.232(65) H G M Combo ≥ 4000 N 1 7 2015 C on after 1 1 2013
These interim guidelines establish the minimum installed propulsion power to
maintain the manoeuvrability in adverse conditions, as specified in regulation
21.5
62
MARPOL VI/21
Minimum Power
Guidelines
MEPC.232(65) H G M Gas ≥ 2000 N 1 7 2015 C on after 1 1 2013
These interim guidelines establish the minimum installed propulsion power to
maintain the manoeuvrability in adverse conditions, as specified in regulation
21.5
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
63
MARPOL VI/21
Minimum Power
Guidelines
MEPC.232(65) H G M Oil ≥ 4000 N 1 7 2015 C on after 1 1 2013
These interim guidelines establish the minimum installed propulsion power to
maintain the manoeuvrability in adverse conditions, as specified in regulation
21.5
64
MARPOL VI/21
Minimum Power
Guidelines
MEPC.232(65) H G M Chem ≥ 4000 N 1 7 2015 C on after 1 1 2013
These interim guidelines establish the minimum installed propulsion power to
maintain the manoeuvrability in adverse conditions, as specified in regulation
21.5
65
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Bulk≥
10000N 1 7 2015 D on after 1 7 2015
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
66
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Gas ≥ 2000 N 1 7 2015 D on after 1 7 2015
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
67
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Oil ≥ 4000 N 1 7 2015 D on after 1 7 2015
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
68
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Chem ≥ 4000 N 1 7 2015 D on after 1 7 2015
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
69
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Cont≥
10000N 1 7 2015 D on after 1 7 2015
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
70
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Refer ≥ 3000 N 1 7 2015 D on after 1 7 2015
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
71
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Combo ≥ 4000 N 1 7 2015 D on after 1 7 2015
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
72
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Ro-Ro ≥ 400 N 1 7 2015 D on after 1 7 2015
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
73
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M RoRo ≥ 12 N 1 7 2015 D on after 1 7 2015
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
74
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Pass ≥ 12 N 1 7 2015 D on after 1 7 2015
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
75
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Bulk≥
10000N 1 7 2015 KL on after 1 7 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
76
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Gas ≥ 2000 N 1 7 2015 KL on after 1 7 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
77
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Oil ≥ 4000 N 1 7 2015 KL on after 1 7 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
78
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Chem ≥ 4000 N 1 7 2015 KL on after 1 7 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
79
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Cont≥
10000N 1 7 2015 KL on after 1 7 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
80
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Refer ≥ 3000 N 1 7 2015 KL on after 1 7 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
81
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Combo ≥ 4000 N 1 7 2015 KL on after 1 7 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
82
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Ro-Ro ≥ 400 N 1 7 2015 KL on after 1 7 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
83
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M RoRo ≥ 12 N 1 7 2015 KL on after 1 7 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
84
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Pass ≥ 12 N 1 7 2015 KL on after 1 7 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
85
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Bulk≥
10000N 1 7 2015 C on after 1 1 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
86
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Gas ≥ 2000 N 1 7 2015 C on after 1 1 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
87
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Oil ≥ 4000 N 1 7 2015 C on after 1 1 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
88
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Chem ≥ 4000 N 1 7 2015 C on after 1 1 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
89
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Cont≥
10000N 1 7 2015 C on after 1 1 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
90
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Refer ≥ 3000 N 1 7 2015 C on after 1 1 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
91
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Combo ≥ 4000 N 1 7 2015 C on after 1 1 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
92
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Ro-Ro ≥ 400 N 1 7 2015 C on after 1 1 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
93
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M RoRo ≥ 12 N 1 7 2015 C on after 1 1 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
94
MARPOL VI EEDI
Survey and
Certification
Guidelines
MEPC.234(65) O G M Pass ≥ 12 N 1 7 2015 C on after 1 1 2013
This resolution amends the 2012 Guidelines (MEPC.214(63)) by allowing for
the use of ITTC Recommended Procedures in addition to ISO Standards for
EEDI Survey and Certification.
95
MARPOL I/20
Condition
Assessment
Scheme
MEPC.236(65) O M M Oil ≥ 5000 R P 1 10 2014 D < 6 7 1996
Editorial revisions to the Condition Assessment Scheme are made to take into
account that resolution A.744(18), as amended, has been replaced by the ESP
Code as per A.1049(27).
96MARPOL RO
CodeMEPC.237(65) O G M All ≥ 400 A 17 5 2015 KL on after 1 1 1900
This resolution contains the international standard and consolidated instrument
containing minimum criteria against which recognized organizations are
assessed towards recognition and authorization and the guidelines for the
oversight or ROs by flag States
97
MARPOL
Annexes I and II
RO Code
MEPC.238(65) O M M All ≥ 400 A 1 1 2015 KL on after 1 1 1900
Ships subject to MARPOL I and/or II are required to be certified by a
Recognized Organization found by the flag Administration to comply with the
international standard in MEPC.237(65).
98
MARPOL V
Prevention of
Garbage Pollution
MEPC.239(65)
MEPC.201(62)O M M All ≥ 0 A 17 5 2015 KL on after 1 1 1900
Under these amednments to the 2012 Guidelines for the implementation of
MARPOL Annex V, E-waste (e.g., electronic cards, gadgets, instruments,
equipment, computers, printer cartridges, etc.) generated onboard the ship is
to be separated from the other types of specified garbage.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
99
MARPOL I ODMC
Approval for Bio-
Fuels
MEPC.240(65)
MEPC.108(49)H G M Oil ≥ 150 A INS 1 1 2005 KL on after 1 1 1900
Oil content monitoring systems used for monitoring each individual bio-fuel
blend containing 75 per cent or more of petroleum oil are to comply with these
revised stadnards.
100
Revised MARPOL
VI/12 Use of
CFCs
MEPC.176(58) H M M All > 0 R INS 1 1 2020 KL before 1 1 2020
Installations (except permanently sealed equipment where there are no
refrigerant charging connections or potentially removable components
containing ozone depleting substances) which contain hydro-
chlorofluorocarbons are prohibited
101
Revised MARPOL
VI/12 Use of
CFCs
MEPC.176(58) H M M All > 0 N 1 1 2020 KL on after 1 1 2020
Installations (except permanently sealed equipment where there are no
refrigerant charging connections or potentially removable components
containing ozone depleting substances) which contain hydro-
chlorofluorocarbons are prohibited
102
SOLAS II-2
FSS Code
Breathing
apparatus
MSC.338(91)
MSC.339(91)H M S All Ships ≥ 500 N 1 7 2019 KL on after 1 7 2014
Each compressed air breathing apparatus is to be fitted with an audible alarm
and a visual or other device which will alert the user before the volume of the
air in the cylinder has been reduced to no less than 200 liters.
103
SOLAS II-2
FSS Code
Breathing
apparatus
MSC.338(91)
MSC.339(91)H M S All Ships ≥ 500 R 1 7 2019 KL before 1 7 2014
Each compressed air breathing apparatus is to be fitted with an audible alarm
and a visual or other device which will alert the user before the volume of the
air in the cylinder has been reduced to no less than 200 liters. These
amendments do not phase-out existing pump and hose breathing systems
which were permitted on ships constructed before 1 January 2002.
104
SOLAS II-2
Means of
communication
MSC.338(91) H M S All Ships ≥ 500 R A 1 7 2018 C before 1 7 2014
At least two (2) two-way portable radiotelephones are to be provided for each
fire party designated onboard tankers and those intended to be used in
hazardous areas of all ships which are to be of an explosion-proof or
intrinsically-safe type.
105SOLAS I/19.2
ECDISMSC.282(86) H M S Cargo
≥ 10000
< 20000R FS 1 7 2018 KL before 1 7 2013
Electronic Chart Display and Information System (ECDIS) is to be fitted
onboard unless the ship is to be decommissioned within two years of the
compliance date. Cargo ships excluded tankers.
106SOLAS II-1/13-2
Noise Code
MSC.338(91)
MSC.337(91) H M S All Ships ≥ 1600 N 1 7 2018 D on after 1 7 2018
Ships need to comply with the new Noise Code as per MSC.337(91). The
Code has mandatory and recommendatory provisions which sets out to
prevent the occurrence of potentially hazardous noise levels on board ships
and to provide standards for an acceptable environment for seafarers.
Compliance with the Code requires measurement of noise levels in work,
navigation, accommodation and service spaces under simulated port
conditions and at normal service speed at no less than 80% of the maximum
107
MARPOL IV
Prevention of
Sewage Pollution
MEPC.218(63) O M M Pass ≥ 12 N 1 1 2018 D on after 1 1 2018
The resolution urges the development of standards for sewage treatment
plants for passenger ships operating within a special area (currently limited to
the Baltic Sea).
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
108
MARPOL IV
Prevention of
Sewage Pollution
MEPC.200(62) O M M Pass ≥ 12 N 1 1 2018 D on after 1 1 2018
Passenger ships are prohibited from discharging sewage within a special area
(currently limited to the Baltic Sea), unless: (1) the passenger ship is en route
at not less than 4 knots and not less than 3 nm from the nearest land; (2) the
passenger ship has in operation an approved sewage treatment plant which
has been certified under standards that are currently under development; and
(3) the effluent does not produce visible floating solids nor cause discoloration
of surrounding water.
109
MARPOL IV
Prevention of
Sewage Pollution
MEPC.200(62) O M M Pass ≥ 12 R 1 1 2018 KL on after 1 1 1900
Passenger ships are prohibited from discharging sewage within a special area
(currently limited to the Baltic Sea), unless: (1) the passenger ship is en route
at not less than 4 knots and not less than 3 nm from the nearest land; (2) the
passenger ship has in operation an approved sewage treatment plant which
has been certified under resolution MEPC.159(55); and (3) the effluent does
not produce visible floating solids nor cause discoloration of surrounding water.
110
MARPOL IV
Prevention of
Sewage Pollution
MEPC.227(64)
MEPC.159(55)H G M Pass ≥ 12 R 1 1 2018 KL on after 1 1 1900
Sewage treatment plants on passenger ships intending to discharge sewage
effluent in special areas (currently the Baltic Sea) are to be type approved to
additionally meet the specified effluent standards.
111SOLAS I/19.2
ECDISMSC.282(86) H M S Cargo
> 20000
< 50000R FS 1 7 2017 KL before 1 7 2013
Electronic Chart Display and Information System (ECDIS) is to be fitted
onboard unless the ship is to be decommissioned within two years of the
compliance date. Cargo ships excluded tankers.
112SOLAS V/19.2
ECDISMSC.282(86) H M S Cargo ≥ 50000 R FS 1 7 2016 KL before 1 7 2013
Electronic Chart Display and Information System (ECDIS) is to be fitted
onboard unless the ship is to be decommissioned within two years of the
compliance date. Cargo ships excluded tankers.
113SOLAS II-1
GBS Compliance
MSC.290(87)
MSC.287(87) H M S Bulk ≥ 150 N 1 7 2016 C on after 1 7 2016
Single Side Skin bulk carriers (excluding ore carriers and combination carriers)
are to be designed and built to class society’s rules that have been verified by
the IMO to meet the new Goal Based Ship construction standards, GBS.
114SOLAS II-1
GBS Compliance
MSC.290(87)
MSC.287(87) H M S Bulk ≥ 150 N 1 7 2016 KL on after 1 7 2017
Single Side Skin bulk carriers (excluding ore carriers and combination carriers)
are to be designed and built to class society’s rules that have been verified by
the IMO to meet the new Goal Based Ship construction standards, GBS.
115SOLAS II-1
GBS Compliance
MSC.290(87)
MSC.287(87) H M S Bulk ≥ 150 N 1 7 2016 D on after 1 7 2020
Single Side Skin bulk carriers (excluding ore carriers and combination carriers)
are to be designed and built to class society’s rules that have been verified by
the IMO to meet the new Goal Based Ship construction standards, GBS.
116SOLAS II-1
GBS Compliance
MSC.290(87)
MSC.287(87) H M S Oil ≥ 150 N 1 7 2016 C on after 1 7 2016
Oil tankers are to be designed and built to class society’s rules that have been
verified by the IMO to meet the new Goal Based Ship construction standards,
GBS.
117SOLAS II-1
GBS Compliance
MSC.290(87)
MSC.287(87) H M S Oil ≥ 150 N 1 7 2016 KL on after 1 7 2017
Oil tankers are to be designed and built to class society’s rules that have been
verified by the IMO to meet the new Goal Based Ship construction standards,
GBS.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
118SOLAS II-1
GBS Compliance
MSC.290(87)
MSC.287(87) H M S Oil ≥ 150 N 1 7 2016 D on after 1 7 2020
Oil tankers are to be designed and built to class society’s rules that have been
verified by the IMO to meet the new Goal Based Ship construction standards,
GBS.
119SOLAS II-1
GBS Standards
MSC.287(87)
MSC.290(87) H M S Oil ≥ 150 N 1 7 2016 C on after 1 7 2016
Class society’s rules for oil tankers are to meet the new Goal Based Ship
construction standards, GBS, which provide for a design life of not less than 25
years under specified operating and environmental conditions for unrestricted
ocean service (i.e., North Atlantic environmental conditions). GBS provides for
adequate strength, integrity and stability to minimize the risk marine pollution
environment due to the ship’s structural failure resulting in flooding or loss of
watertight integrity.
120SOLAS II-1
GBS Standards
MSC.287(87)
MSC.290(87) H M S Bulk ≥ 150 N 1 7 2016 C on after 1 7 2016
Class society’s rules forSingle Side Skin bulk carriers (excluding ore carriers
and combination carriers) are to meet the new Goal Based Ship construction
standards, GBS, which provide for a design life of not less than 25 years under
specified operating and environmental conditions for unrestricted ocean
service (i.e., North Atlantic environmental conditions). GBS provides for
adequate strength, integrity and stability to minimize the risk marine pollution
environment due to the ship’s structural failure resulting in flooding or loss of
watertight integrity.
121
Revised NOX
Technical Code
(Tier III Standard)
MEPC.177(58) H M M All ≥ 24 > 0 N 1 7 2016 KL on after 1 1 2016
Desiel engines (>130 kW) installed on ships operating within an Emission
Control Area are to meet the Tier I Nox emission standard (3.4 g/kWh when
rpm < 130; 9n(-0.2)
g/kWh when 130 ≥ n < 2000 rpm; 2.0 g/kWh rpm ≥ 2000)
unless total propulsion power < 750kW.
122
SOLAS II-1
Cargo Oil Tank
Corrosion
Protection
MSC.291(87) H M S Crude ≥ 5000 N 1 1 2016 D on after 1 1 2016
The under deck and the bottom of cargo oil tanks on crude oil tankers and
crude oil/product carriers to be protected against corrosion. The means of
protection are to provided by applying protective coatings which have been
verified to comply with the new IMO Cargo Oil Tank Corrosion Prevention
Standard (COTCPS) as adopted by resolution MSC.290(87). An alternative
means of corrosion protection that complies with the standards contained in
the new adopted resolution MSC.289(87) or using corrosion resistance
material to maintain required structural integrity for 25 years in accordance with
the Performance standard for alternative means of corrosion protection as
contained in the new adopted resolution MSC.289(87) may be used
123
MARPOL IV
Prevention of
Sewage Pollution
MEPC.200(62) O M M Pass ≥ 12 N 1 1 2016 C on after 1 1 2016
Passenger ships are prohibited from discharging sewage within a special area
(currently limited to the Baltic Sea), unless: (1) the passenger ship is en route
at not less than 4 knots and not less than 3 nm from the nearest land; (2) the
passenger ship has in operation an approved sewage treatment plant which
has been certified under standards that are currently under development; and
(3) the effluent does not produce visible floating solids nor cause discoloration
of surrounding water.
124
MARPOL IV
Prevention of
Sewage Pollution
MEPC.200(62) O M M Pass ≥ 12 N 1 1 2016 KL on after 1 1 2016
Passenger ships are prohibited from discharging sewage within a special area
(currently limited to the Baltic Sea), unless: (1) the passenger ship is en route
at not less than 4 knots and not less than 3 nm from the nearest land; (2) the
passenger ship has in operation an approved sewage treatment plant which
has been certified under standards that are currently under development; and
(3) the effluent does not produce visible floating solids nor cause discoloration
of surrounding water.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
125
MARPOL IV
Prevention of
Sewage Pollution
MEPC.227(64)
MEPC.159(55)H G M Pass ≥ 12 N 1 1 2016 C on after 1 1 2016
Sewage treatment plants installed on passenger ships intending to discharge
sewage effluent in special areas (currently the Baltic Sea) are to be type
approved to additionally meet the specified effluent standards.
126
MARPOL IV
Prevention of
Sewage Pollution
MEPC.227(64)
MEPC.159(55)H G M Pass ≥ 12 N 1 1 2016 KL on after 1 1 2016
Sewage treatment plants installed on passenger ships intending to discharge
sewage effluent in special areas (currently the Baltic Sea) are to be type
approved to additionally meet the specified effluent standards.
127SOLAS V/19.2
ECDISMSC.282(86) H M S Tankers ≥ 3000 R FS 1 7 2015 KL before 1 7 2012
Electronic Chart Display and Information System (ECDIS) is to be fitted
onboard unless the ship is to be decommissioned within two years of the
compliance date.
128
MARPOL VI
Chapter IV
Attained EEDI
MEPC.203(62) H M M All ≥ 400 N 1 7 2015 D on after 1 7 2015
All ships, except for ships which have diesel-electric propulsion, turbine
propulsion or hybrid propulsion systems, are to be assigned an Energy
Efficiency Design Index (EEDI - Attained).
129
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Bulk≥
10000N 1 7 2015 D on after 1 7 2015
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
130
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Gas ≥ 2000 N 1 7 2015 D on after 1 7 2015
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
131
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Oil ≥ 4000 N 1 7 2015 D on after 1 7 2015
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
132
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Chem ≥ 4000 N 1 7 2015 D on after 1 7 2015
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
133
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Cont≥
10000N 1 7 2015 D on after 1 7 2015
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
134
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Refer ≥ 3000 N 1 7 2015 D on after 1 7 2015
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
135
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Combo ≥ 4000 N 1 7 2015 D on after 1 7 2015
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
136
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Ro-Ro ≥ 400 N 1 7 2015 D on after 1 7 2015
The Attained Energy Efficiency Design Index (EEDI) is to be calculated as per
regulation 21, but compliance with a Required EEDI is not required. EEDI
requirements do not apply to ships which have diesel-electric propulsion,
turbine propulsion or hybrid propulsion systems. The flag Administration can
postpone compliance for up to four years from the compliance date. The
Attained EEDI is first checked at the design stage and then confirmed during
seatrials.
137
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M RoRo ≥ 12 N 1 7 2015 D on after 1 7 2015
The Attained Energy Efficiency Design Index (EEDI) is to be calculated as per
regulation 21, but compliance with a Required EEDI is not required. EEDI
requirements do not apply to ships which have diesel-electric propulsion,
turbine propulsion or hybrid propulsion systems. The flag Administration can
postpone compliance for up to four years from the compliance date. The
Attained EEDI is first checked at the design stage and then confirmed during
seatrials.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
138
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Pass ≥ 12 N 1 7 2015 D on after 1 7 2015
The Attained Energy Efficiency Design Index (EEDI) is to be calculated as per
regulation 21, but compliance with a Required EEDI is not required. EEDI
requirements do not apply to ships which have diesel-electric propulsion,
turbine propulsion or hybrid propulsion systems. The flag Administration can
postpone compliance for up to four years from the compliance date. The
Attained EEDI is first checked at the design stage and then confirmed during
seatrials.
139
MARPOL VI
Chapter IV
SEEMP
MEPC.203(62) O M M All ≥ 400 N 1 7 2015 D on after 1 7 2015
A Ship Energy Efficiency Management Plan (SEEMP), containing procedures
to improve the energy efficiency of a ship's operation, is to be provided.
MEPC.1/Circ.795 exempts Fixed and floating platforms (including floating
production and/or storage units) and drilling rigs, regardless if self propelled or
non-self propelled.
140
MARPOL VI
Chapter IV
Attained EEDI
Calculation
Method
MEPC.224(64) O G M All ≥ 400 N 1 7 2015 C on after 1 7 2015
The 2012 Guidelines on the method of calculation of the attained Energy
Efficiency Design Index (EEDI) for new ships, as contained in resolution
MEPC.212(63), with respect to the effect of shaft generators and motors on
the the total propulsion power.
141
MARPOL VI
Chapter IV
Attained EEDI
Calculation
Method
MEPC.212(63) O G M All ≥ 400 N 1 7 2015 C on after 1 7 2015
MEPC.1/Circ.681, which contains interim guidelines on the method of
calculation of the Attained EEDI for new ships, was revised and is superseded
by the 2012 Guidelines on the method of calculation of the attained Energy
Efficiency Design Index (EEDI) for new ships as contained in resolution
MEPC.212(63).
142SOLAS II-1/13-2
Noise Code
MSC.338(91)
MSC.337(91) H M S All Ships ≥ 1600 N 1 1 2015 KL on after 1 1 2015
Ships need to comply with the new Noise Code as per MSC.337(91). The
Code has mandatory and recommendatory provisions which sets out to
prevent the occurrence of potentially hazardous noise levels on board ships
and to provide standards for an acceptable environment for seafarers.
Compliance with the Code requires measurement of noise levels in work,
navigation, accommodation and service spaces under simulated port
conditions and at normal service speed at no less than 80% of the maximum
continuous rating (MCR). Deviation from this normal service condition may be
permitted for ships with special propulsion and power configurations, such as
diesel-electric systems
143
SOLAS II-1
Cargo Oil Tank
Coating
Performance
Standards -
Revisions
MSC.342(91)
MSC.288(87) O M S Crude ≥ 5000 N A 1 7 2014 C on after 1 7 2013
Reference to resolution A.744(18) is replaced by a reference to the 2011 ESP
Code adopted by resolution A.1049(27)
144
SOLAS II-1
Cargo Oil Tank
Coating
Performance
Standards -
Revisions
MSC.342(91)
MSC.288(87) O M S Crude ≥ 5000 N A 1 7 2014 KL on after 1 7 2013
Reference to resolution A.744(18) is replaced by a reference to the 2011 ESP
Code adopted by resolution A.1049(27)
145
SOLAS II-1
Cargo Oil Tank
Coating
Performance
Standards -
Revisions
MSC.342(91)
MSC.288(87) O M S Crude ≥ 5000 N A 1 7 2014 D on after 1 1 2016
Reference to resolution A.744(18) is replaced by a reference to the 2011 ESP
Code adopted by resolution A.1049(27)
146
SOLAS II-1/3-2
BW and DSS
Coating Standard
MSC.341(91)
MSC.215(82)
MSC.216(82)
O M S All Ships ≥ 5000 R A 1 7 2014 C on after 1 7 2008Reference to resolution A.744(18) is replaced by a reference to the 2011 ESP
Code adopted by resolution A.1049(27)
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
147
SOLAS II-1/3-2
BW and DSS
Coating Standard
MSC.341(91)
MSC.215(82)
MSC.216(82)
O M S All Ships ≥ 5000 R A 1 7 2014 KL on after 1 1 2009Reference to resolution A.744(18) is replaced by a reference to the 2011 ESP
Code adopted by resolution A.1049(27)
148
SOLAS II-1/3-2
BW and DSS
Coating Standard
MSC.341(91)
MSC.215(82)
MSC.216(82)
O M S All Ships ≥ 5000 R A 1 7 2014 D on after 1 7 2012Reference to resolution A.744(18) is replaced by a reference to the 2011 ESP
Code adopted by resolution A.1049(27)
149Revised LSA
Code
MSC.320(89)
MSC.81(70)H M S All Ships ≥ 500 R DD 1 7 2014 KL before 1 7 2014
Paragraphs 4.4.7.6.4 thru 4.4.7.6.6 require the release mechanism for on-load
release and retrieval systems to be stable such that, when the hook is fully
reset in the closed position, the weight of the lifeboat does not cause any force
to be transmitted to the operating mechanism. The locking devices are to be
arranged so that they cannot turn-to-open due to forces from the hook load. If
a hydrostatic interlock is provided, it shall automatically reset upon lifting the
boat from the water.
150
SOLAS III
On-load
Release Gear
MSC.317(89)
MSC.320(89)H M S All Ships ≥ 500 R DD 1 7 2014 KL before 1 7 2014
The release mechanism for on-load release and retrieval systems is to comply
with the new retroactive safety provisions contained in paragraphs 4.4.7.6.4
thru 4.4.7.6.6 of MSC.320(89). The evaluation procedure (design assessment
and testing) for existing systems is contained in MSC.1/Circ.1392.
151SOLAS V/19.2
ECDISMSC.282(86) H M S Pass >12 ≥ 500 R FS 1 7 2014 KL before 1 7 2012
Electronic Chart Display and Information System (ECDIS) is to be fitted
onboard unless the ship is to be decommissioned within two years of the
compliance date.
152
SOLAS V/19.2
Bridge
Navigational
Watch Alarm
System (BNWAS)
MSC.282(86)
MSC.283(86)H M S Cargo
≥ 150
< 500R FS 1 7 2014 KL before 1 7 2011
A bridge navigational watch alarm system (a system to monitor bridge activity
and detect operator disability which could lead to marine accidents) complying
with the standards contained in MSC.128(75) is required to be installed
onboard and shall be in operation whenever the ship is underway at sea. A
BNWAS installed prior to 1 July 2011 to monitor bridge activity and detect
operator disability which could lead to marine accidents may subsequently be
exempted from full compliance with the standards contained in MSC.128(75).
As the BNWAS is classified as a bridge alarm, the 2nd and 3rd stage remote
alarm is to be connected to the VDR as per resolutions A.861(20) and
A.1021(26).
153SOLAS V
Bridge Equipment
MSC.302(87)
MSC.191(79)
A.694(17)
H G S All Ships ≥ 500 A INS 1 7 2014 KL on after 1 1 1900
In addition to the general requirements set out in the General requirements for
shipborne radio equipment performing part of the GMDSS and for electronic
navigational aids (resolution A.694(17), as amended) and the presentation
requirements set out in the Performance standards for the presentation of
navigation-related information on shipborne navigational displays (resolution
MSC.191(79)), central alert management (CAM systems should meet the
requirements of these performance standards and IMO guidelines on
ergonomic principles.
154SOLAS
Certificate FormsMSC.343(91) O M S All Ships ≥ 500 A P 1 7 2014 KL on after 1 1 1900
Alignment of certificate forms in the 1988 SOLAS Protocol and in SOLAS
74/78 is provided.
155SOLAS
Certificate FormsMSC.344(91) O M S All Ships ≥ 500 A P 1 7 2014 KL on after 1 1 1900
Alignment of certificate forms in the 1988 SOLAS Protocol and in SOLAS
74/78 is provided.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
156SOLAS II-1/13-2
Noise Code
MSC.338(91)
MSC.337(91) H M S All Ships ≥ 1600 N 1 7 2014 C on after 1 7 2014
Ships need to comply with the new Noise Code as per MSC.337(91). The
Code has mandatory and recommendatory provisions which sets out to
prevent the occurrence of potentially hazardous noise levels on board ships
and to provide standards for an acceptable environment for seafarers.
Compliance with the Code requires measurement of noise levels in work,
navigation, accommodation and service spaces under simulated port
conditions and at normal service speed at no less than 80% of the maximum
continuous rating (MCR). Deviation from this normal service condition may be
permitted for ships with special propulsion and power configurations, such as
diesel-electric systems
157
SOLAS II-2
Recovery of
Persons
MSC.338(91) H M S All Ships ≥ 500 N 1 7 2014 C on after 1 7 2014
All ships are to be provided with plans and procedures for recovery of persons
from the water. The plans and procedures (which do not need to be approved
by the Administration) are to identify the equipment intended to be used for
recovery purposes and measures to be taken to minimize the risk to shipboard
personnel involved in recovery operations. Ro-ro passenger ships which are
fitted with an approved marine evacuation system are not required to comply
with this regulation.Guidelines for the development of plans and procedures for
recovery of persons from the water are contained in MSC.1/Circ.1447
158SOLAS II-2
FSS CodeMSC.339(91) H M S All Ships ≥ 500 N 1 7 2014 KL on after 1 7 2014
Revisions to the requirements in the Fire Fighting Systems (FFS) Code
address (a) fixed fire fighting systems of the gas, deck-foam, water-spray and
water-mist type; (b) starting conditions for the emergency fire pump; and (c)
emergency source of power requirements for fire detection alarms systems
159
SOLAS II-2
FSS Code -
Means of Escape
MSC.339(91) H M S Pass >12 N 1 7 2014 KL on after 1 7 2014Clarification is provided on the sizing of landings used with stairwells as a
means of escape.
160
SOLAS II-2/10
FLAFES
Application
MSC.338(91) H M S All Ships ≥ 500 N 1 7 2014 KL on after 1 7 2014Fixed local application fire-extinguishing systems are to protect the fire hazard
portions of all internal combustion machinery, regardless if its use or function.
161
SOLAS II-2/10
FLAFES
Application
MSC.338(91) H M S All Ships ≥ 500 R 1 7 2014 KL on after 1 7 2002
Clarification is provided such that fixed local application fire-extinguishing
systems are to protect the fire hazard portions of internal combustion
machinery used only for the ship's main propulsion and power generation.
This is a limited application as opposed to the provisions for ships constructed
on/after 1 July 2014.
162
SOLAS II-2
FSS Code
Fixed Fire
Systems
MSC.338(91)
MSC.339(91)H M S All Ships ≥ 500 N 1 7 2014 KL before 1 7 2014
Vehicle spaces and ro-ro spaces, which are capable of being sealed from a
location outside of the cargo spaces, are to be fitted with one of the three
types of fixed fire-extinguishing systems (gas, high-expansion foam or water-
based) as specified in the Fire Systems Safety (FSS) Code. Ships with vehicle
spaces and ro-ro spaces that are not capable of being sealed from a location
outside of the cargo spaces are to be fitted with an FSS Code fixed water-
based fire-fighting system that is arranged with the additional provisions: (a) a
pressure gauge on the valve manifold; (b) clear marking on each manifold
valve indicating the spaces served; (c) maintenance and operation instructions
located in the valve room; and (d) a sufficient number of drainage valves to
ensure complete drainage of the system
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
163
SOLAS II-2
Breathing
apparatus
MSC.338(91) H M S All Ships ≥ 500 A 1 7 2014 KL on after 1 1 1900
All ships are to carry onboard a means of recharging breathing apparatus
cylinders used during drills or a suitable number of spare cylinders to replace
used cylinders.
164Revised LSA
Code
MSC.320(89)
MSC.81(70)H M S All Ships ≥ 500 N 1 7 2014 KL on after 1 7 2014
The release mechanism for on-load release and retrieval systems to be stable
such that, when the hook is fully reset in the closed position, the weight of the
lifeboat does not cause any force to be transmitted to the operating
mechanism. The locking devices are to be arranged so that they cannot turn-
to-open due to forces from the hook load. If a hydrostatic interlock is provided,
it shall automatically reset upon lifting the boat from the water. Safety factors
for the hydrostatic interlock and operating cables are now specified. Prototype
testing requirements are contained in resolution MSC.321(89).
165
SOLAS III
On-load
Release Gear
MSC.317(89)
MSC.320(89)H M S All Ships ≥ 500 N 1 7 2014 KL on after 1 7 2014
The release mechanism for on-load release and retrieval systems is to comply
with the new safety provisions contained in MSC.320(89).
166SOLAS V/19.2
ECDISMSC.282(86) H M S Cargo
≥ 3000
< 10000N 1 7 2014 KL on after 1 7 2014
Electronic Chart Display and Information System (ECDIS) is to be fitted
onboard unless the ship is to be decommissioned within two years of the
compliance date. Cargo ships excluded tankers.
167ICLL/27 Stability
AssessmentsMSC.345(91) O M S All Ships 24 N 1 7 2014 KL on after 1 7 2014
The initial condition of loading prior to flooding due to the specified damage is
revised from 50% of each individual tank and space to 50% of the ship's total
capacity of tanks and spaces fitted to contain each type of consumables and
stores. Ballast water tanks are to be assumed empty with no free surface
correction. Two alternative methods for determining free surface corrections
(an actual correction using the free surface moments according to the
assumed tank fillings for damage case and a virtual correction with an
assumed tank loading specified) are now specified. Where onboard stability
software is used, it does not need to show compliance with the residual
stability criteria specified in regulation 27(13).
168
IBC Code
Revisions to
Chapters 17, 18
and 19
MSC.340(91)
MEPC.225(64)H M S, M Chem ≥ 500 A 1 6 2014 KL on after 1 1 1900
Chemical tankers are required to haul products in accordance with the revised
carriage requirements for products in Chapter 17 of the IBC Code, as well as
Chapters 18 and 19 of that Code. Approximately 150 products have revised
carriage requirements, a majority of which relate to the retroactive requirement,
under MSC.1/Circ.1374, that the Maximum Experimental Safe Gap (MESG)
value for the media used to test Flame Preventer Devices corresponds to the
product certified to be carried in the tank fitted with that tested device.
169
IBC Code
Revisions to
Chapters 17, 18
and 19
MSC.340(91)
MEPC.225(64)H M S, M Chem ≥ 500 A 1 6 2014 KL on after 1 1 1900
Chemical tankers are required to haul products in accordance with the revised
carriage requirements for products in Chapter 17 of the IBC Code, as well as
Chapters 18 and 19 of that Code. Approximately 150 products have revised
carriage requirements, a majority of which relate to the retroactive requirement,
under MSC.1/Circ.1374, that the Maximum Experimental Safe Gap (MESG)
value for the media used to test Flame Preventer Devices corresponds to the
product certified to be carried in the tank fitted with that tested device.
170SOLAS V
VDR StandardsMSC.333(90) H G S All Ships ≥ 500 A INS 1 1 2014 KL on after 1 1 1999
The VDR performance standards are revised to provide greater assistance to
investigate casualties by allowing for a combination of a fixed recording
medium and float-free recording medium and long-term recording medium to
be the final recording medium. Performance standards for each medium is
provided.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
171
SOLAS II-1 Safe
Return to Port
After Flooding
MSC.325(90) H M S Pass ≥ 12 ≥ 120 N 1 1 2014 KL on after 1 1 2014
An onboard stability computer or access to shore-based support for the
purpose of providing operational information (based on MSC.1/Circ.1400) is to
be provided to the Master for facilitating the safe return to port after a flooding
casualty.
172
Fire Safety
Systems (FSS)
Code Revisions
MSC.327(90) H M S All Ships ≥ 500 N 1 1 2014 KL on after 1 1 2014
Performance standards for fixed gas fire extinguishing systems fitted in
container and general cargo spaces as well as vehicle spaces and ro-ro
spaces (excluding special category spaces) were revised in the FSS Code.
Specification for fixed foam systems for machinery spaces, cargo spaces,
vehicle spaces, ro-ro spaces and special category spaces has been completely
revised.
173SOLAS V/19
Speed LogsMSC.334(90) H M S All Ships ≥ 12 ≥ 50 N 1 1 2014 KL on after 1 1 2014
Ships required to carry speed logs measuring speed through the water and
speed over the ground are to be provided with two separate devices.
174SOLAS XI-1 ESP
Code
MSC.325(90)
A.1049(27)O M S Oil ≥ 500 A 1 1 2014 KL on after 1 1 1999
The Enhanced Survey Program as contained in A.744(18) is replaced by the
International Code on the Enhanced Programme of Inspections during Surveys
of Bulk Carriers and Oil Tankers, 2011 (2011 ESP Code) as adopted by the
Assembly of the Organization by A.1049(27).
175SOLAS XI-1 ESP
Code
MSC.325(90)
A.1049(27)O M S Bulk ≥ 500 A 1 1 2014 KL on after 1 1 1999
The Enhanced Survey Program as contained in A.744(18) is replaced by the
International Code on the Enhanced Programme of Inspections during Surveys
of Bulk Carriers and Oil Tankers, 2011 (2011 ESP Code) as adopted by the
Assembly of the Organization by A.1049(27).
176SOLAS III/20
Testing of FFLBMSC.325(90) O M S All ≥ 500 A 1 1 2014 KL on after 1 1 1999
As an alternative to free-fall launch with only the operating crew on board,
simulated operational testing (based on MSC.1/Circ.1206/Rev.1) is permitted
to be carried out for free fall life boats (FFLB) during the annual and 5-year
overhaul survey. This is in line with SOLAS III/20 which already allows such
simulated testing at least once every three months during an abandon ship
drill.
177SOLAS VI/5
Onboard BlendingMSC.325(90) O M S All ≥ 500 A 1 1 2014 KL on after 1 1 1999
Physical blending of bulk liquid cargoes during sea voyages is prohibited
(blending while in port is acceptable). Physical blending utilizes the ship's
cargo pumps and piping system to circulate onboard two or more different
cargoes with the intent to achieve a cargo with a new product designation.
“Production processes” (i.e., deliberate operations whereby a chemical reaction
between a ship's cargo and any other substance or cargo takes place) during
sea voyages is also prohibited, except onboard ships involved with search and
exploitation of seabed mineral resources.
178
2000 HSC Code
Radio
Communication
Testing
MSC.326(90) O M S HSC ≥ 12 ≥ 500 A 1 1 2014 KL on after 1 7 2002
Annual testing of satellite EPIRBs is to be carried out at intervals within 3
months before the expiry date, or 3 months before or after the anniversary
date of the HSC CertificateCraft Safety Certificate
179SOLAS II-2/19
IMDG CodeMSC.328(90) O M S All Ships ≥ 0 A 1 1 2014 KL on after 1 1 1999
Ships carrying dangerous goods in packaged form are to comply with this
complete consolidated and updated version of the IMDG Code.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
180ICLL 66/88
RevisionsMSC.329(90) O M L All Ships ≥ 24 A 1 1 2014 KL on after 1 1 1999
The coordinates of, and seasonal period of operation in, the northern boundary
of the Southern Winter Seasonal Zone are revised.
181
MARPOL VI
Chapter IV US
Virgin Islands
ECA
MEPC.202(62) O M M All ≥ 400 A 1 1 2014 KL on after 1 1 1900
When operating in the Commonwealth of Puerto Rico and the United States
Virgin Islands ECA, the use of 1.0 percent sulphur fuel oil on 1 January 2014
reducing to 0.10 percent on 1 January 2015, is required. Steamships built on
or before 1 August 2011, which are not designed to use distillate or natural gas
fuels, are exempted from the low sulphur fuel requirements when operating in
these two ECA’s, until 1 January 2020.
182
MARPOL III
Packaged Harmful
Substances
MEPC.193(61) O M M All > 0 A 1 1 2014 KL on after 1 1 1900Harmful substances, when carried in packaged form, are to comply with the
provisions of the International Maritime Dangerous Goods Code.
183
MARPOL V
Implementation of
Garbage
Management
MEPC.219(63) O M M All ≥ 100 A 1 1 2014 KL on after 1 1 1999
Significant revisions of the Guidelines for implementation of MARPOL V are
the prohibition of discharge of (1) cargo hold cleaning agents and additives in
hold wash water and (2) incinerator ash (which had previously been allowed to
be discharged outside of Special Areas 12 nautical miles or more from the
nearest land) regardless of the area of
operation.
184
SOLAS II-1/4
OSV Code
Damage Stability
MSC.335(90)
MSC.235(82)H G S OSV ≥ 500 N 1 1 2014 KL on after 22 11 2012
The longitudinal and transverse extent of damage of an OSV are revised. For
lengths between 80m and 100m, the longitudinal extent was increased from
3m plus 3% L to 1/3L2/3 and the transverse extent was increased from 760mm
to B/20, but not less than 760 mm. The stability of OSV's > 100m remains with
the discretion of the Administration
185SOLAS V
LRIT Data Center
MSC.330(90)
MSC263(84)O G S All Ships ≥ 500 A 1 1 2014 KL on after 1 1 1999
LRIT Data Centers no longer need to report on its charges and related
currency.
186SOLAS V
Use of LRIT Data MSC.331(90) O G S All Ships ≥ 500 A 1 1 2014 KL on after 1 1 1999
Distribution facilities for the provision of LRIT information to security forces
operating in waters of the Gulf of Aden and the western Indian Ocean was
enhanced to include.polling functionalities so as to more accurately identify the
current position of ships approaching areas of high risk of piracy attack.
187
MARPOL VI
NOx Code
Certification
Option
MEPC.217(63) H M M All ≥ 400 A 1 8 2013 KL on after 1 1 2000
An alternative approach (Scheme B) may be used to certify engines fitted with
selective catalytic reduction (SCR) units. Scheme B allows certification of
engines, which cannot be pre‐certified either on a test bed or on board under
the NOx Code’s standard requirements, by allowing for analytic modeling,
validated by testing, to estimate the effect that the proposed SCR design and
arrangement will have on the NOx emissions from the engine to which it is to
be fitted.
188
SOLAS V/19.2
Bridge
Navigational
Watch Alarm
System (BNWAS)
MSC.282(86)
MSC.283(86)H M S Cargo
≥ 500
< 3000R FS 1 7 2013 KL before 1 7 2011
A bridge navigational watch alarm system (a system to monitor bridge activity
and detect operator disability which could lead to marine accidents) complying
with the standards contained in MSC.128(75) is required to be installed
onboard and shall be in operation whenever the ship is underway at sea. A
BNWAS installed prior to 1 July 2011 to monitor bridge activity and detect
operator disability which could lead to marine accidents may subsequently be
exempted from full compliance with the standards contained in MSC.128(75).
As the BNWAS is classified as a bridge alarm, the 2nd and 3rd stage remote
alarm is to be connected to the VDR as per resolutions A.861(20) and
A.1021(26).
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
189
MARPOL VI
Chapter IV
Attained EEDI
MEPC.203(62) H M M All ≥ 400 N 1 7 2013 KL on after 1 7 2013
All ships, except for ships which have diesel-electric propulsion, turbine
propulsion or hybrid propulsion systems, are to be assigned an Energy
Efficiency Design Index (EEDI - Attained).
190
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Bulk≥
10000N 1 7 2013 KL on after 1 7 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
191
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Gas ≥ 2000 N 1 7 2013 KL on after 1 7 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
192
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Oil ≥ 4000 N 1 7 2013 KL on after 1 7 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
193
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Chem ≥ 4000 N 1 7 2013 KL on after 1 7 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
194
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Cont≥
10000N 1 7 2013 KL on after 1 7 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
195
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Refer ≥ 3000 N 1 7 2013 KL on after 1 7 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
196
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Combo ≥ 4000 N 1 7 2013 KL on after 1 7 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
197
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Ro-Ro ≥ 400 N 1 7 2013 KL on after 1 7 2013
The Attained Energy Efficiency Design Index (EEDI) is to be calculated as per
regulation 21, but compliance with a Required EEDI is not required. EEDI
requirements do not apply to ships which have diesel-electric propulsion,
turbine propulsion or hybrid propulsion systems. The flag Administration can
postpone compliance for up to four years from the compliance date. The
Attained EEDI is first checked at the design stage and then confirmed during
seatrials.
198
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M RoRo ≥ 12 N 1 7 2013 KL on after 1 7 2013
The Attained Energy Efficiency Design Index (EEDI) is to be calculated as per
regulation 21, but compliance with a Required EEDI is not required. EEDI
requirements do not apply to ships which have diesel-electric propulsion,
turbine propulsion or hybrid propulsion systems. The flag Administration can
postpone compliance for up to four years from the compliance date. The
Attained EEDI is first checked at the design stage and then confirmed during
seatrials.
199
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Pass ≥ 12 N 1 7 2013 KL on after 1 7 2013
The Attained Energy Efficiency Design Index (EEDI) is to be calculated as per
regulation 21, but compliance with a Required EEDI is not required. EEDI
requirements do not apply to ships which have diesel-electric propulsion,
turbine propulsion or hybrid propulsion systems. The flag Administration can
postpone compliance for up to four years from the compliance date. The
Attained EEDI is first checked at the design stage and then confirmed during
seatrials.
200
SOLAS II-1
Cargo Oil Tank
Corrosion
Protection
MSC.291(87) H M S Crude ≥ 5000 N 1 7 2013 KL on after 1 7 2013
The under deck and the bottom of cargo oil tanks on crude oil tankers and
crude oil/product carriers to be protected against corrosion. The means of
protection are to provided by applying protective coatings which have been
verified to comply with the new IMO Cargo Oil Tank Corrosion Prevention
Standard (COTCPS) as adopted by resolution MSC.290(87). An alternative
means of corrosion protection that complies with the standards contained in
the new adopted resolution MSC.289(87) or using corrosion resistance
material to maintain required structural integrity for 25 years in accordance with
the Performance standard for alternative means of corrosion protection as
contained in the new adopted resolution MSC.289(87) may be used
201
SOLAS II-1
Cargo Oil Tank
Coating
Performance
Standards
MSC.288(87) H M S Crude ≥ 5000 N 1 7 2013 C on after 1 7 2013
This resolution contains the mandatory standard for the surface preparation of,
and application of, protective coatings for cargo tanks on crude oil tankers and
crude/product carriers. The effectiveness of the protective coating system has
a 15 year target life provided the system remains in “GOOD” condition.
Procedures for approval and qualifications for coating inspectors is also
included.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
202
SOLAS II-1
Cargo Oil Tank
Coating
Performance
Standards
MSC.288(87) H M S Crude ≥ 5000 N 1 7 2013 KL on after 1 7 2013
This resolution contains the mandatory standard for the surface preparation of,
and application of, protective coatings for cargo tanks on crude oil tankers and
crude/product carriers. The effectiveness of the protective coating system has
a 15 year target life provided the system remains in “GOOD” condition.
Procedures for approval and qualifications for coating inspectors is also
included.
203
SOLAS II-1
Cargo Oil Tank
Coating
Performance
Standards
MSC.288(87) H M S Crude ≥ 5000 N 1 7 2013 D on after 1 1 2016
This resolution contains the mandatory standard for the surface preparation of,
and application of, protective coatings for cargo tanks on crude oil tankers and
crude/product carriers. The effectiveness of the protective coating system has
a 15 year target life provided the system remains in “GOOD” condition.
Procedures for approval and qualifications for coating inspectors is also
included.
204
SOLAS II-1
Cargo Oil Tank
Coating
Alternatives
MSC.289(87) H M S Crude ≥ 5000 N 1 7 2013 C on after 1 7 2013
This resolution contains a performance standards for a corrosion protection
system that does not a utilize a protective coating applied according to
MSC.288(87).
205SOLAS V/19.2
ECDISMSC.282(86) H M S Cargo ≥ 10000 N 1 7 2013 KL on after 1 7 2013
Electronic Chart Display and Information System (ECDIS) is to be fitted
onboard unless the ship is to be decommissioned within two years of the
compliance date. Cargo ships excluded tankers.
206SOLAS V/11
Ship ReportingMSC.332(90) O M S All Ships ≥ 50 A 1 7 2013 KL on after 1 1 1900
Mandatory reporting for ships with an air draft ≥ 15m passing through or
proceeding to and from ports and anchorages in the BELTREP area.
207
MARPOL VI
Chapter IV
SEEMP
MEPC.203(62) O M M All ≥ 400 N 1 7 2013 KL on after 1 7 2013
A Ship Energy Efficiency Management Plan (SEEMP), containing procedures
to improve the energy efficiency of a ship's operation, is to be provided.
MEPC.1/Circ.795 exempts Fixed and floating platforms (including floating
production and/or storage units) and drilling rigs, regardless if self propelled or
non-self propelled.
208
MARPOL VI
Chapter IV
Attained EEDI
Calculation
Method
MEPC.224(64) O G M All ≥ 400 N 1 7 2013 KL on after 1 7 2013
The 2012 Guidelines on the method of calculation of the attained Energy
Efficiency Design Index (EEDI) for new ships, as contained in resolution
MEPC.212(63), with respect to the effect of shaft generators and motors on
the the total propulsion power.
209
MARPOL VI
Chapter IV
Attained EEDI
Calculation
Method
MEPC.212(63) O G M All ≥ 400 N 1 7 2013 KL on after 1 7 2013
MEPC.1/Circ.681, which contains interim guidelines on the method of
calculation of the Attained EEDI for new ships, was revised and is superseded
by the 2012 Guidelines on the method of calculation of the attained Energy
Efficiency Design Index (EEDI) for new ships as contained in resolution
MEPC.212(63).
210
MARPOL VI
Chapter IV
SEEMP
MEPC.203(62) O M M All ≥ 400 RP
I1 1 2013 KL on after 1 1 1900
A Ship Energy Efficiency Management Plan (SEEMP), containing procedures
to improve the energy efficiency of a ship's operation, is to be provided.
MEPC.1/Circ.795 exempts Fixed and floating platforms (including floating
production and/or storage units) and drilling rigs, regardless if self propelled or
non-self propelled.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
211
MARPOL VI
Chapter IV
Attained EEDI
MEPC.203(62) H M M All ≥ 400 N 1 1 2013 C on after 1 1 2013
All ships, except for ships which have diesel-electric propulsion, turbine
propulsion or hybrid propulsion systems, are to be assigned an Energy
Efficiency Design Index (EEDI - Attained).
212
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Bulk≥
10000N 1 1 2013 C on after 1 1 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
213
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Gas ≥ 2000 N 1 1 2013 C on after 1 1 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
214
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Oil ≥ 4000 N 1 1 2013 C on after 1 1 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
215
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Chem ≥ 4000 N 1 1 2013 C on after 1 1 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
216
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Cont≥
10000N 1 1 2013 C on after 1 1 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
217
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Refer ≥ 3000 N 1 1 2013 C on after 1 1 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
218
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Combo ≥ 4000 N 1 1 2013 C on after 1 1 2013
The Attained Energy Efficiency Design Index (EEDI) is not to exceed a
maximum Required EEDI as per regulation 21. EEDI requirements do not
apply to ships which have diesel-electric propulsion, turbine propulsion or
hybrid propulsion systems. The flag Administration can postpone compliance
for up to four years from the compliance date. The Attained EEDI is first
checked at the design stage and then confirmed during seatrials. The
Required EEDI is derived from emission factors associated with the fuel
consumed by the main engine, nominal auxiliary engine power, and auxiliary
generator power. An adjustment factor accounts for any innovative energy
efficient technologies used onboard.
219
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Ro-Ro ≥ 400 N 1 1 2013 C on after 1 1 2013
The Attained Energy Efficiency Design Index (EEDI) is to be calculated as per
regulation 21, but compliance with a Required EEDI is not required. EEDI
requirements do not apply to ships which have diesel-electric propulsion,
turbine propulsion or hybrid propulsion systems. The flag Administration can
postpone compliance for up to four years from the compliance date. The
Attained EEDI is first checked at the design stage and then confirmed during
seatrials.
220
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M RoRo ≥ 12 N 1 1 2013 C on after 1 1 2013
The Attained Energy Efficiency Design Index (EEDI) is to be calculated as per
regulation 21, but compliance with a Required EEDI is not required. EEDI
requirements do not apply to ships which have diesel-electric propulsion,
turbine propulsion or hybrid propulsion systems. The flag Administration can
postpone compliance for up to four years from the compliance date. The
Attained EEDI is first checked at the design stage and then confirmed during
seatrials.
221
MARPOL VI
Chapter IV
EEDI
MEPC.203(62) H M M Pass ≥ 12 N 1 1 2013 C on after 1 1 2013
The Attained Energy Efficiency Design Index (EEDI) is to be calculated as per
regulation 21, but compliance with a Required EEDI is not required. EEDI
requirements do not apply to ships which have diesel-electric propulsion,
turbine propulsion or hybrid propulsion systems. The flag Administration can
postpone compliance for up to four years from the compliance date. The
Attained EEDI is first checked at the design stage and then confirmed during
seatrials.
222IMSBC Code
Revisions
MSC.318(89)
MSC.268(85)H M S All Ships ≥ 500 A 1 1 2013 KL on after 1 1 1900
The hazards, stowage and discharge arrangements and precautions to be
implemented for certain solid cargoes (as per the IMSBC Code) which are
loaded in bulk directly into the cargo space of a ship without any intermediate
form of containment, were revised.
223
SOLAS II-1
Cargo Oil Tank
Corrosion
Protection
MSC.291(87) H M S Crude ≥ 5000 N 1 1 2013 C on after 1 1 2013
The under deck and the bottom of cargo oil tanks on crude oil tankers and
crude oil/product carriers to be protected against corrosion. The means of
protection are to provided by applying protective coatings which have been
verified to comply with the new IMO Cargo Oil Tank Corrosion Prevention
Standard (COTCPS) as adopted by resolution MSC.290(87). An alternative
means of corrosion protection that complies with the standards contained in
the new adopted resolution MSC.289(87) or using corrosion resistance
material to maintain required structural integrity for 25 years in accordance with
the Performance standard for alternative means of corrosion protection as
contained in the new adopted resolution MSC.289(87) may be used
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
224
MARPOL V
Garbage
Management
Plans
MEPC.220(63) O M M All ≥ 100 A 1 1 2013 KL on after 1 1 1999
These Guidelines assist owners in the development of Garbage Management
Plans to comply with the revisions of the Guidelines for Im,plementation of
MARPOL V as per MEPC.219(63).
225
MARPOL VI
Chapter IV
SEEMP
MEPC.203(62) O M M All ≥ 400 N 1 1 2013 C on after 1 1 2013
A Ship Energy Efficiency Management Plan (SEEMP), containing procedures
to improve the energy efficiency of a ship's operation, is to be provided.
MEPC.1/Circ.795 exempts Fixed and floating platforms (including floating
production and/or storage units) and drilling rigs, regardless if self propelled or
non-self propelled.
226
MARPOL V
Prevention of
Garbage Pollution
MEPC.201(62) O M M All ≥ 0 A 1 1 2013 KL on after 1 1 1900
Revisions to MARPOL Annex V include the discharge of cargo hold cleaning
agents and additives classified as being harmful to the marine environment
contained in hold wash water is now prohibited. Also, plastics now include
synthetic ropes, synthetic fishing nets, plastic garbage bags and incinerator
ashes from plastic products, as garbage
227
MARPOL VI
Chapter IV
Attained EEDI
Calculation
Method
MEPC.224(64) O G M All ≥ 400 N 1 1 2013 C on after 1 1 2013
The 2012 Guidelines on the method of calculation of the attained Energy
Efficiency Design Index (EEDI) for new ships, as contained in resolution
MEPC.212(63), with respect to the effect of shaft generators and motors on
the the total propulsion power.
228
MARPOL VI
Chapter IV
Attained EEDI
Calculation
Method
MEPC.212(63) O G M All ≥ 400 N 1 1 2013 C on after 1 1 2013
MEPC.1/Circ.681, which contains interim guidelines on the method of
calculation of the Attained EEDI for new ships, was revised and is superseded
by the 2012 Guidelines on the method of calculation of the attained Energy
Efficiency Design Index (EEDI) for new ships as contained in resolution
MEPC.212(63).
229SOLAS V
Pilot TransferMSC.308(88) H M S All Ships ≥ 500 A INS 1 7 2012 KL on after 1 1 1900
New pilot ladder installations must be certified by the manufacturer as
complying with this regulation or with an international standard acceptable to
IMO (i.e., ISO 799:2004, Ships and marine technology – Pilot ladders). The
revision now explicitly prohibits the use of mechanical pilot hoists which had
been previously allowed and requires shipside doors that are used for pilot
transfer to not open outwards.
230
SOLAS IV/7
Enhanced Group
Call (EGC)
Equipment
MSC.306(87) H G S Cargo ≥ 300 A INS 1 7 2012 KL on after 1 1 1900
ECG equipment should be type-approved by Inmarsat and should comply with
the environmental conditions and electromagnetic compatibility requirements
specified in IEC 60945
231LSA Code
Revisions
MSC.293(87)
MSC.48(66)H M S All Ships ≥ 500 A INS 1 1 2012 KL on after 1 1 1900
Liferaft capacity, in terms of the average mass of a person, is increased from
75kg to 82.5kg.
232 CSC MSC.310(88) O M CSC All Ships ≥ 500 A INS 1 1 2012 KL on after 1 1 1900
Specifications are provided to limit container stacking or racking capacity
including such capacities which are reduced for one-door-off operation which is
to be indicated on plate.
“P” = first periodic (renewal) survey after indicated date
"SLR" = first safety radio survey after indicated date
"SLE" = first safety equipment survey after indicated date
“I” = first Intermediate (I) survey after date
This table is a summary for informational purposes only. While ABS attempts to highlight aspects of regulations that will interest the greatest number of readers, such a Summary cannot be a complete statement of all regulations nor of any
particular regulation and the nuances of its implementation. ABS expressly disclaims all warranties including the warranties of merchantability and fitness for a particular purpose. This table should not be considered legal advice.
Notes:
Table 1 - Summary of SOLAS, MARPOL, Load Line, AFS and BWM Requirements to be Complied with in 2012 and Beyond for All Ship Types - Oct 2013
Black (mandatory hardware requirements) Green (Mandatory operational requirements) Blue (recommended hardware guidelines) Red (recommended operational guidelines)
Overview of Regulation
RegulationReference
Document
Op
era
tio
na
l o
r
Ha
rdw
are
Ma
nd
ato
ry o
r
Gu
ida
nc
e
Ship Type
No
of
Pa
ss
en
ge
rs
LL
L (
m)
LO
A (
m)
DW
T (
ton
s)
GT
Bs
t C
pty
(m
3)
No
tes
da
y
mo
nth
ye
ar
da
y
mo
nth
ye
ar
(refer to actual regulation for details)(Ke
el L
ay
, D
eli
ve
ry,
or
Co
ntr
ac
t)
Reg Status Size Parameter Compliance Date Age of Ship
Ap
pli
ca
tio
n t
o A
ge
(A
ll,
Ne
w o
r R
etr
oa
cti
ve
)
SO
LA
S (
S)
MA
RP
OL
(M)
Lo
ad
Lin
e (
L)
BW
M (
B)
MO
DU
Co
de
(M
C)
Sh
ip R
ec
yc
lin
g (S
R)
An
ti-F
ou
lin
g
(AF
S)
Sa
fe C
on
tain
er
(CS
C)
Fis
h V
es
se
l C
on
v (F
V)
“A” = first Annual (A) survey after date“INS” = installed after date indicated“AN” = anniversary date in year“FS” = First survey (including survey during construction) after indicated date“DL” = Delivery Date“KL” =keel laying date; 1900 is artifice to capture all ships “B” =Date of build “D” =Delivery date“C” = Contracted for construction “a” = Adopted date of non-mandatory Resolutions“DD” = First out of water dry docking scheduled after indicated date> = on or after indicated date< = before indicated date
Ship TypesAll - all types of ships, barges and MODUsAll Ships - is a self-propelled ship of any type and SP-MODUsPass - a Passenger Ship is a ship which carries more than the indicated number of passengersRO-RO - a ship with ro-ro cargo spaces as defined in SOLAS II-2/3(41)HSC - is a High Speed Craft capable of a maximum speed in meters per second (m/s) equal to or exceeding a value of 3.7(VOL DISPL)0.1667Cargo - is any ship type (including SP-MODUs) which is not a passenger ship
Cont - is a ship designed exclusively for the carriage of containers in holds and on deckGenCargo - is a Cargo Ship other than a tanker or a bulk carrierRefer means a ship designed exclusively for the carriage of refrigerated cargoes in holds.Tanker - a "cargo ship" constructed or adapted for the carriage in bulk of liquid cargoes of an inflammable nature
Crude - an oil tanker engaged in the trade of carrying crude oilProduct - an oil tanker engaged in the trade of carrying oil other than crude oil
Gas - a cargo ship constructed or adapted and used for the carriage in bulk of any liquid gas or other product listed in Chapter 19 of the International Gas Carrier Code.
Combo - a combination carrier is a ship designed to carry either oil or alternatively solid cargoes in bulk.Ore - a single deck ships having two longitudinal bulkheads and a double bottom throughout the cargo region and intended for the carriage of ore cargoes in the centre holds only.
Fish Fishing Vessel
DSC Dynamically Support CraftMODU - a Mobile Offshore Drilling Unit is any vessel capable of engaging in drilling operations for the exploration or exploitation of resources beneath the sea-bed such as liquid or gaseous hydrocarbons, sulphur or saltSP-MODU - a self propelled MODU
Ship SizeLOA - length overallLLL - 1966 Load Line Lengthgt - gross tonnage as per the 1969 Tonnage Conventiondwt - deadweight88L - length according to the 1988 Load Line Protocol66L - length according to the 1966 Load Line Convention
Bulk - a bulk carrier is a ship which is constructed generally with single deck, top-side and hopper side tanks in cargo spaces, and is intended primarily to carry dry cargo in bulk and includes such types as
ORE carriers and combination (COMBO) carriers
Oil - a tanker constructed or adapted primarily to carry oil in bulk in its cargo spaces and includes combination carriers and any "chemical tanker" as defined in Annex II of the present
Chem - a cargo ship constructed or adapted primarily to carry a cargo of noxious liquid substances in bulk and includes an "oil tanker" as defined in Annex I of the present Convention
OSV - A vessel primarily engaged in the transport of stores, materials and equipment to offshore installations which is designed with accommodation and bridge erections in the forward part of the vessel and
an exposed cargo deck in the after part for the handling of cargo at sea