Ports emit roughly 3% of global greenhouse gas (GHG) emissions, yet there is no widely accepted tool for measuring waterside GHG emissions. D-LEMA is a project that has successfully demonstrated a proof-of-concept digital solution for monitoring vessel emissions in port, allowing port managers to identify activities that contribute to high levels of GHG emissions.
This webinar will discuss the D-LEMA project and how widely available vessel data was used to estimate emissions in ports. Participants will learn about the methodology used as well as the preliminary results from the project in a working UK port.
Thursday, May 26
2pm London / 8am Houston / 9pm Singapore
Presented by Graham Howe
Business Development Director, Operations Optimization, ION
Graham Howe has over 25 years of experience in global sales, specializing in maritime applications. He has worked extensively in the offshore wind and metocean sectors, bringing new technology solutions to market. Graham is currently focused on the international roll-out of the Marlin SmartPort solution, a user-friendly Port Management Information System designed to support the digitalization of port operations via reliable Cloud-based applications.
Latest News & Events
Professor Adam Weintrit, Chairman of the TransNav Conference, Rector of Gdynia Maritime University and Editor-in-Chief of TransNav Journal has informed us of the above event.
The Conference is jointly organized by the Faculty of Navigation of the Gdynia Maritime University and The Nautical Institute.
Sanmar Shipyards has joined forces with IGUS, the world’s largest energy chain systems manufacturer, to develop and build a new compact ‘electric bunkering’ system that can supply various vessel types with onshore power.
By joining forces and expertise, the two companies have designed and built a simple to operate compact quayside Shore Power Dispenser System, which can be operated by just one crew member.
The modular design allows an extension of the dispenser system to provide higher charging power capacities easily. Each cable dispenser module can handle 500A current capacity (up to 1000V AC).
Enhance your skills with a master of science in maratime science
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