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Why are the port’s environmental impacts our priority? 

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Events
Thu
23.Nov.23
10:30 hrs.
UTC/GMT +02

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While efficient ports are vital to the economic development of their surrounding areas, the related ship traffic, the handling of the goods in the ports, and the hinterland distribution can cause a number of negative environmental impacts.

Shipping has an environmental impact both in ports, as well as in the immediate vicinity of the ports. Examples of these impacts are noise from ship engines and machinery used for loading and unloading, exhausts of particles, CO2, NOx, and SO2 from the ship’s main and auxiliary engines, and dust from the handling of substances such as grain, sand, and coal.

For the next 30 months, the SEANERGY Project aims to provide solutions to all these fundamental issues first by understanding the current EU ports’ situation and stakeholders (WP1) and soon after by leading a gap analysis of the EU port clean energy transition (WP2).

Those first steps will allow our partners to create the SEANERGY Master Plan (WP3) and implement it worldwide (WP4).

Thank you to all our project partners Magellan Circle, World Maritime University, IHE Delft Institute for Water Education, RINA, Fundación Valenciaport, Ennshafen OÖ GmbH, DAFNI Network, Future Proof Shipping, Eco Imagination, ATPERSON, ZER0-E Engineering, Anleg GmbH for these promising efforts.

More news

Maritime Decarbonization Seminar Highlights: Ports as Energy Hubs

In the framework of the seminar "Maritime Decarbonization by Enabling Key Technology Symbiosis," held on May 16-17, 2024, at the World Maritime University (in Malmo), the SEANERGY project proudly presented the "Ports as Energy Hubs" session. This session featured several impactful presentations that focused on innovative strategies for the decarbonization of ports.

What are zero-emissions vessels?

Zero-emissions vessels are vessels that emits no greenhouse gasses or pollutants during its operation. Unlike fossil fuel powered ships, zero emission ships do this by utilizing propulsion systems which generate usable kinetic energy using alternative fuels. The ideal choice of technology is determined by vessel size, power requirements, and operational profile, and fuel availability.