HYDROGEN use in ports
and connected areas

To design a hydrogen re-
fuelling system suitable for
refuelling a hydrogen ferry.
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HEAT using renewable
rest-energy from wind,
solar and sea-based power
systems to supply a
local heating system.

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SEA POWER - demonstrating
the potential of wave energy
to supply energy to ports and
hydrogen production facilities,
and developing a wave energy

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WAVE - and tidal energy
generation to supply clean
power and optimize the
use of surplus energy

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SEDIMENTS - developing
an innovative and sustainable
concept for the removal of
pollutants in the ports sediments

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SAIL - creating
a wind cargo platform

Analyze the socio economic
impact of the centralization
of shipping and the impor-
tance of small ports to local
economies. Read more.

testing the adaptation of a
sail vessel to innovatively
transport cargo with wind
propulsion and hydrogen

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SOIL - renewed use of
soil in port and area

Enviromental assessment,
investment, technology and
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SURFACE - testing new
technologies to reduce and
absorb green house gasses
through asphalt and pavement
in port development.

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LNG - Liquefied natural gas as
a multifunctional
part of REPs

Multifunctional LNG installa-
tion for companies/logistics
and local community.
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LED - lighting in
port areas

Install, manage and monitor
a new intelligent and inno-
vative lightingsystem on
the new developed harbour
area. Read more.

testing an LED-based
smart signalization system
to increase the efficiency
and security of port operations.

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Harbour Plan

Making the three ports of
Zwolle, Meppel and Kampen
more carbon neutral.
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GREEN OFFICER - implementing
sustainability management

Implementing and coordinating
sustainable management of ports. Read more.

DOCKLAND - lead by
Port of Oostende

Development of a new green
port strategy by the introduc-
tion of industrial co-siting.
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