Logan Energy Limited

The Department for Transport-(DfT) estimates total annual electricity demand at UK ports will rise from 20GWh(2016) to ~250GWh(2050), with shore power contributing demanding over 200GWh. Emissions at berth represent ~16% of ships' carbon emissions, 13% of Nox, 11% of PM10\. Hydrogen is integral to DfT's recent Maritime decarbonisation strategy(2025), requ...

This project will develop and test a key piece of technology needed to help ships use clean hydrogen fuel instead of diesel. LUX Industries, based in Oxfordshire, is working with Logan Energy in Edinburgh and vessel operator Acua Ocean, located in Essex. Together, they are tackling the challenges of delivering extremely cold hydrogen---either in liquid or...

The maritime industry is under increasing pressure to reduce greenhouse gas emissions in line with global decarbonisation targets. In this context, the project investigates the feasibility of integrating fuel cell (FC) technology into marine vessels as a sustainable alternative to conventional fossil fuel-based propulsion. Fuel cells are particularly well...

**Project** **HydroPort** demonstrates how South-West ports can switch to renewable energy, and cheaply produce green fuels onsite. We are developing innovative **SeaStack** technology -the first electrolyser designed for maritime and offshore use. To achieve these ambitions we are working with local ports, companies and universities, and supported by Dor...

Ports are a significant component of the UK economy, contributing £7.5 billion annually and supporting around 119,000 jobs across the country. Despite anticipated deployment of alternative fuels at ports, their total electricity demand is to increase significantly by 2050\. The UK's Department for Transport estimates that total annual electricity demand a...

As the UK seeks to transition to a net zero economy, hydrogen is emerging as a fuel of the future, especially for the maritime sector. Areas of development include the design of hydrogen powered vessels, creation of green hydrogen directly from energy generated by offshore wind turbines, and development of ways of transporting hydrogen by vessel / barge. ...

This project brings together BPP-Cables and Logan Energy, experts in offshore cabling and H2 production respectively, to produce OptiH2float. OptiH2float is an end-to-end floating wind farm (FWF) design and H2 production optimisation tool. By inputting data concerning weather conditions, shore distance, FWF size, and more, OptiH2float will provide users w...

Climate change is one of the top threats facing us today (a global mega trend). To address this challenge the energy industry must transform, radically! The UK Government has recently reinforced its support for the production and use of clean hydrogen, a position which is in line with the strategies of the EU, North America, Australia, and Japan. It is cl...

To evaluate and optimise the control system operation to integrate technologies into energy storage systems, based around hydrogen, in an effort to address the issues of intermittent renewable electrical generation efficiently.

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