Shipping is like physics. At the 'quantum' level of haphazard news feeds, not a day goes by without an item about this-and-that forward-looking company investing in such-and-such energy efficiency measure (EEM) or even ordering a newbuild that's 'ready' to run on x-future fuel. But take an astronomical step back and the green part of shipping becomes something else entirely - a handful of pebbles swallowed by the endless sand of the broader seascape.
Safety in cargo handling has never been a fixed point. It evolves, sometimes gradually, sometimes in more decisive steps, shaped by operational experience, technological progress, and, often, by hard lessons learned.
Safety innovation is not confined to one aspect of the operation. It is continuously emerging across training, equipment design, digital systems, cargo integrity, and the critical interface between people and machinery.
One of the latest reports from the European Court of Auditors (ECA) analyses the strategic importance of critical raw materials (CRMs) to the EU's goals towards climate neutrality - unsurprisingly revealing a too heavy dependence on imports, with supply chains concentrated in a handful of non-EU countries.
The global ferry industry stands at a critical crossroads. While the sector is eager to lead the maritime transition to net-zero, current European policy risks draining the very capital needed to achieve it.
Hydrogen and hydrogen-derived fuels are expected to play a critical role as future energy vectors for maritime applications, as clearly stated in the EU Hydrogen Strategy.
The maritime industry is facing a growing number of security-related challenges that are increasingly pushing traditional monitoring and control approaches to their limits.
