HANSA 01-2020
Versicherungssteuer | Shortsea Shipping | Bulk-Schifffahrt | Abwasser-Technologie | Coatings | Wertschöpfung Offshore-Wind | Schwerpunkt P&I | Review HANSA-Forum 2019
Versicherungssteuer | Shortsea Shipping | Bulk-Schifffahrt | Abwasser-Technologie | Coatings | Wertschöpfung Offshore-Wind | Schwerpunkt P&I | Review HANSA-Forum 2019
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Tech-Hub<br />
AMERICAN BUREAU OF SHIPPING<br />
New Bulker-design approved<br />
With an Approval in Principle (AIP), the American<br />
classification society ABS has paved the regulatory<br />
way for the market launch of a new bulker design.<br />
The AIP was awarded to Deltamarin, Finnish subsidiary<br />
of the Chinese Avic Group, and French tank manufacturer<br />
GTT. The Newcastlemax bulk carrier with<br />
dual-fuel engines should be able to comply with current<br />
and future environmental regulations. The design<br />
includes LNG membrane tanks from GTT integrated<br />
at the rear. According to the partners, the tank<br />
concept is designed to maximize the loading capacity,<br />
whereby the additional tank has no influence on the<br />
available cargo space or the dimensions of the ship’s<br />
hull, »Such a design would allow owners and operators<br />
to exploit the potential of LNG as marine fuel<br />
without compromising cargo volume,« said Patrick<br />
Janssens, ABS Vice President Global Gas Solutions.<br />
HYBRID VESSELS<br />
Wärtsilä and CSSC team up<br />
Wärtsilä has signed a strategic development<br />
agreement with Chinese state-owned shipbuilder<br />
CSSC Huangpu Wenchong Shipbuilding Company.<br />
The five year agreement is aimed at the joint development<br />
of a hybrid powered dredger but could possibly<br />
extend to other hybrid vessels as well. The purpose<br />
of the agreement is to build a cooperation framework<br />
and working mechanism for the research and<br />
development of hybrid power systems. Wärtsilä will<br />
support Huangpu Wenchong during the design and<br />
construction phases with technology innovations,<br />
system selection, performance calculations, and longterm<br />
services. »Collaboration with industry partners<br />
is at the very core of Wärtsilä’s Smart Marine approach<br />
to raising efficiencies, and eliminating waste<br />
throughout the shipping sector. This is one more example<br />
of this philosophy, and we look forward to cooperating<br />
with Huangpu Wenchong to create hybrid<br />
powered vessels that will benefit the industry by lowering<br />
costs, and benefit the planet by reducing greenhouse<br />
gas emissions,« says Henrik Wilhelms, Director<br />
Offshore and Special Vessels at Wärtsilä. »We are<br />
very happy to be cooperating in this project with<br />
Wärtsilä, a proven technology innovator and industry<br />
leader in hybrid solutions for the marine industry,«<br />
says Li Dong, Chief Engineer at CSSC Huangpu<br />
Wenchong Shipbuilding Company. The initial work<br />
will be based on a hopper dredger, a vessel that the<br />
shipyard already builds. Evaluations will be carried<br />
out to determine the most suitable hybrid solution for<br />
that class of dredgers.<br />
NEWBUILDINGS<br />
Silverstream collaborates with SWS<br />
Silverstream Technologies, an air lubrication<br />
provider, has announced the<br />
completion of three Joint Development<br />
Projects with SWS (Shanghai Waigaoqiao<br />
Ship Building) across two new energy<br />
efficient vessels. The projects iclude<br />
a 180,000 dwt dual fuel bulk carrier design<br />
that has gained Agreement in Principle<br />
from Lloyd’s Register, and a separate<br />
300,000 dwt dual fuel VLCC design<br />
that has achieved Agreement in Principle<br />
(AIP) from both Lloyd’s Register and<br />
ABS. The Joint Development Projects<br />
will see Silverstream’s team of naval architects<br />
and marine engineers support<br />
the yard to integrate the system from the<br />
very beginning of the design phase of the<br />
new vessels. This reflects the growing demand<br />
for the implementation of proven<br />
clean technologies that drive operational<br />
and environmental efficiencies on<br />
newbuilds. By integrating clean technologies<br />
at this early stage in a vessel’s lifecycle,<br />
optimum efficiency gains can<br />
be designed and priced into the overall<br />
newbuild plan, lowering the barrier to<br />
entry for the adoption of clean technology<br />
even further.<br />
<strong>HANSA</strong> International Maritime Journal <strong>01</strong> | <strong>2020</strong><br />
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