DNV issued the AiP to ERMA FIRST following the successful completion of a technical review, risk assessment and review of the company’s feasibility study for Onboard Carbon Capture (OCC) on RoRo vessels. In doing so, the world’s leading classification society confirms that the proposed design is approved for installation onboard seagoing vessels.
The ERMA FIRST CCS system uses amine absorption technology and a proprietary amine solvent to absorb CO2 from flue gases. When heated, the chemical reaction that occurs reverses the absorption and separates the CO2 from the solvent. The CO2 that is released is subsequently liquified and stored under cryogenic conditions onboard and the regenerated solvent can be re-used, creating a highly efficient regenerative OCC process.
“As the maritime industry explores a range of decarbonization technologies, DNV is committed to supporting innovation and ensuring this is done safely. OCC can be a major contributor to emissions reductions and our guidelines for OCC provide a framework for developing exciting new solutions like this. With our extensive portfolio of advisory services we will continue to work closely with our customers in paving the way towards a more sustainable future in shipping,” said Mrs Chara Georgopoulou, Head of R&D and Advisory Unit Greece & Onboard CCS Manager, DNV Maritime.
Mr Konstantinos Stampedakis, Co-Founder & Managing Director, ERMA FIRST, said: “We are absolutely delighted to have received an Approval in Principle from DNV for ERMA FIRST’s OCC system. OCC systems promise to provide shipowners and operators with the ability to significantly reduce the volume of CO2 emitted in exhaust fumes and offer a viable solution to achieving the IMO’s emissions reduction targets.
Mr Konstantinos Stampedakis, Co-Founder & Managing Director, ERMA FIRST, said: “OCC systems promise to provide shipowners and operators with the ability to significantly reduce the volume of CO2 emitted in exhaust fumes and offer a viable solution to achieving the IMO’s emissions reduction targets.