RINA, the international classification society, has announced the signing of a Memorandum of Understanding (MoU) with ABB.

The MoU focuses on establishing a collaborative relationship with the aim of developing new concepts to reduce emissions in shipping for various vessel types, RINA said in a statement.

It added that the collaboration would include the development of commercially viable solutions, including fuel cell systems with carbon capture, to move the shipping industry forward with decarbonization.

It further focuses on promoting the use of hydrogen and the introduction of modern approaches to ship propulsion.

"We are delighted about the MoU with ABB. It demonstrates the high level of commitment between our companies. There are many challenges to overcome, and collaboration is crucial if we are to succeed in addressing them to protect the environment," said Giosuè Vezzuto, executive vice president of marine at RINA.

Rune Braastad, business line manager, marine systems, ABB Marine & Ports, said the agreement would strengthen the company's collaboration with RINA to drive decarbonization in shipping.

"ABB is known for its long-standing commitment and expertise in developing electric, automated and digital technologies to make the maritime industry more sustainable. Bringing new, commercially viable solutions to the market is a long process that requires close collaboration between class societies and technology providers," Braastad added.

As the classification society and third-party certification provider, RINA's role within the agreement will be to work on providing Approval in Principle of design concepts that match the technologies available from ABB and the applicable rules and regulations, along with project and type approvals.

Further areas include Hazard Identification and Operability (HAZID/HAZOP) analyses, review of feasibility studies, cyber security certification, and support with ERP and digital solutions.

As the technology provider, ABB will focus on the development of suitable solutions based on the latest technologies, providing information on possible ways to increase fuel efficiency in existing systems, and presenting and discussing solutions with owners, designers, and shipyards.