5 Approval Process
5.1 Under the provisions of the BWM Convention, a BWMS is
to be approved in accordance with the BWMS Code and, where appropriate, Procedure
(G9).
5.2 The Administration should verify that the following
issues have been specifically addressed by the manufacturer and, if the evaluation of
the system is carried out by a third party organization, these issues should be relayed
to the Administration to enable a decision on:
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.1 a comprehensive explanation of the physical and/or
biochemical treatment processes used by the BWMS to meet the D-2 Standard in the
BWM Convention. This should be undertaken by the manufacturer and any supporting
data should be submitted in writing. Any system which makes use of, or generates,
Active Substances, Relevant Chemicals, or free radicals during the treatment
process to eliminate organisms in order to comply with the Convention should be
submitted to the Organization for review under Procedure (G9), (Procedure (G9),
paragraph 3.3);
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.2 whether a BWMS makes use of an Active Substance or
not remains the prerogative of the responsible Administration. In making that
determination, Administrations should take into account relevant GESAMP-BWWG
recommendations and MEPC decisions as to whether a system should be subject to
approval under Procedure (G9). When an Administration is unsure of whether a BWMS
is subject to Procedure (G9), it may choose to submit such system for review under
that Procedure (MEPC 59/24, paragraph 2.16);
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.3 the BWMS that the Administration determines are
not subject to Procedure (G9), as provided in paragraph 2.4.11 of the annex to the
BWMS Code, the toxicity testing procedures in paragraphs 5.2.2 to 5.2.7 of
Procedure (G9) should be used when the system could reasonably be expected to
result in changes to the treated water such that adverse impacts to receiving
waters might occur upon discharge;
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.4 the approval documents that should include
a piping and instrumentation diagram (P&ID) with parts list and
material specification. Furthermore, wiring diagrams, function description
of the control and monitoring equipment and description of regulator
circuit of the BWMS;
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.5 information on the preliminary testing (methodology,
test water composition, salinities tested, sampling, analysis laboratories,
etc.);
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.6 accreditation of the BWMS Code land-based testing
facility or body including their quality management plan (QMP) and quality
assurance project plan (QAPP) to be used by the manufacturer for land-based
testing;
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.7 approval and subsequent verification of the
design, construction, operation and functioning of the equipment used for
land-based and shipboard testing;
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.8 approval and subsequent verification of the
land-based and shipboard test methodology, including the composition of the test
water, and specific salinities to be tested which should be in line with the BWMS
Code, Procedure (G9) and the Methodology for information gathering and conduct of
work of the GESAMP-BWWG, as appropriate (waiver for multiple testing
required);
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.9 approval and subsequent verification of the
methodology used to take and store samples, the laboratory testing, the frequency
of sampling and the analysis procedure for samples from land-based and shipboard
testing;
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.10 approval and subsequent verification of the
design, construction, operation and functioning of the equipment used
for testing;
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.11 if the system is using an Active Substance, the
applications for Final Approval will have to be checked and approved by the
Administration prior to making a proposal for approval to the Organization. In
addition, the cost-recovery fee for the scientific services provided by the
GESAMP-BWWG will have to be submitted;
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.12 a safety assessment of the storage and handling
of any chemicals is undertaken and approved in line with the technical guidance
developed by the Organization (BWM.2/Circ.20);
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.13 a safety and hazard assessment of the installation,
operation and maintenance of the BWMS on the shipboard test is undertaken
and approved in line with the technical guidance developed by the
Organization (BWM.2/Circ.20), and
includes as a minimum:
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.14 all electrical equipment used to operate the
BWMS should be of a certified safety type required by the applicable
national or international standard in respect of the hazardous areas
where it is located; and
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.15 results of environmental testing as specified in
part 3 of the annex to the BWMS Code.
5.3 For issuance of the Type Approval Certificate, the
Administration should set the following requirements and provisions:
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.1 the validity of the approval should be revisited
as appropriate;
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.2 in due time before the expiration of the approval,
the manufacturer should prepare a report detailing the experiences
with the system, including the results of any scientific research
relevant to the system, as well as any results of port State controls,
if available;
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.3 the occurrence of any unexpected harmful consequences
of the operation of the BWMS should be reported by the manufacturer
to the Administration immediately;
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.4 in accordance with the BWMS Code, the Type
Approval Certificate should include details on all limiting operating conditions,
restrictions and/or SDL determined by the Administration for the operation of the
BWMS;
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.5 an annex to the Type Approval Certificate should
contain the test results of each land-based and shipboard test run. Such test
results should include at least the numerical salinity, temperature, flow rates,
and where appropriate UV transmittance. In addition, these test results should
include all other relevant variables;
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.6 the Type Approval Certificate should specify the
components of the BWMS that are type-approved, including the manufacturer of each
component; their operating ranges, including temperature, specific salinity and
specify the possibility to use other similar components (e.g. filters) and the
criteria for allowing such use;
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.7 a separate Type Approval Certificate should be
provided for each type or model of the BWMS. However, if Administrations wish to
do otherwise, it is recommended that the different types and models are clearly
stated and the test each type and model has undergone clearly referred to with
test results, operating ranges, salinity, TRC, etc.;
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.8 all accidents (e.g. accidental exposure, leakage)
related to the BWMS should be reported;
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.9 any indications that the system is not performing
to the standards set by the BWM Convention, the BWMS Code and/or any additional
provisions set by the Administration should be reported by the manufacturer to the
Administration immediately;
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.10 the Administration should have the opportunity to
revoke the approval if these requirements are not met; and
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.11
MSC.1/Circ.1221 on Validity of Type Approval Certification for marine
products should apply.
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