Carbon capture and storage is expected to play a major role in the decarbonisation of shipping and other industries. Whether that captured carbon is sent for permanent storage or is purified for further industrial use, specialist vessels will need to be built to ship the gas.

Converting LNG gas tankers to floating LNG storage units is a complex business. It requires merging ship design with LNG industry processing equipment arrangements, with stability and weight key issues.

Data centres are a drain on critical power and water supplies, raising concerns about competing costs for resources. Floating data centres can solve many of the concerns around this technology.

The Royal Navy has completed a six-week AUKUS Pillar 2 trial with the US and Royal Australian Navies, testing uncrewed technology to protect critical undersea infrastructure off the US coasts and southwestern Australia.

QinetiQ has installed an additive manufacturing facility at HM Naval Base Clyde, enabling submarine components to be printed and delivered dockside on demand. 

Naval architects face a compressed design programme under the UK's £300bn Defence Investment Plan, which replaces the Type 83 destroyer with the Common Combat Vessel, a hybrid warship coordinating four new uncrewed classes.

Delivering maritime fuel cells that can drive deepsea shipping is not only within reach but is inevitable according to some.

Maritime wings are taking off! The latest design from Alfa Laval and Wallenius Marine is promising to make wind the primary source of vessel power.

Solar power has finally found its way onto ships. Slow uptake of solar energy is seen as surprising. Coastal shipping is showing that solar can improve efficiencies.

Incat and Echandia are demonstrating how working closer together on modular battery integration, collaborative vessel design and whole-system engineering is working to future-proof ferries as technology and infrastructure evolve.