"Green Financing" secured for new vessels

USD 70 million

- 29.11.2019

UECC has secured “Green Financing” in relation to the Company’s investment in new generation pure car and truck carriers (PCTC) with Battery Hybrid LNG Solution taking the company beyond IMO’s target of 40 percent carbon reduction by 2030.


United European Car Carriers (UECC), jointly owned by Nippon Yusen Kabushiki Kaisha (NYK) and Wallenius Lines, has signed a contract to construct three new generation PCTC with China Ship Building Trading Co., Ltd and Jiangnan Shipyard Group Co. Ltd

UECC has secured “Green Financing” from Svenska SkeppsHypotek in the amount of approximately USD 70 million for the new vessels, a confirmed order of 3 vessels in total, being delivered from July 2021 and onwards. Securing “Green Financing” makes UECC eligible for reductions in borrowing cost. UECC has clear sustainability ambitions reducing harmful emissions and believe our new vessels will be an important step in this direction. This takes the company a further step in the right direction making our whole value chain, from vessel to finance, more environmental says UECC’s CFO, Thomas Thue.


The vessels will be equipped with a Battery Hybrid LNG Solution which will place UECC beyond IMO’s target for a 40 percent reduction in carbon intensity by 2030.
“This is a giant leap towards decarbonization, and unlike anything else that has been done previously in our industry, I believe, and something that we are extremely proud of” stated UECC’s CEO, Glenn Edvardsen.

The vessels will have a length overall of 169 meters, a width of 28 meters and a car carrying capacity of 3 600 units on 10 cargo decks, of which 2 decks are hoistable. This will make the vessels extremely flexible enabling them to accommodate a multitude of high & heavy and break-bulk mafi cargoes, which are cargo segments, in addition to the cars, that UECC has built a significant portfolio of over the years. The vessels will have a quarter ramp of 160 metric tons safe working load and a side ramp of 20 metric tons safe working load and can accommodate cargo units up to 5.2 meters high.


To ensure a significant reduction in the environmental footprint, UECC, Jiangnan Shipyard and leading ship Designer Shanghai Merchant Ship Design & Research Institute (SDARI) will build the PCTCs according to some of the most innovative and the latest energy efficiency criteria. The vessels will meet the Tier 3 IMO NOx emission limitations coming into force the Baltic and the North Sea from 2021. In respect of the 2021 CO2 reduction regulations, the vessels will also be equipped with dual-fuel LNG engines for main propulsion and auxiliaries.


"The environment is at the top of UECC's agenda” said Edvardsen. UECC’s Head of Ship Management, Jan Thore Foss, added “UECC's experience with LNG PCTCs has been very good and there was really no other alternative for us” and added “the LNG solution will reduce the CO2 emission by about 25 percent”. To make the vessels even more environmentally friendly and to cut CO2 emissions further, the vessels will also be equipped with battery packages. "We are investing in the future," underlines Edvardsen” and added "Our solution will take us beyond IMO’s target for a 40 percent reduction in carbon intensity by 2030”.


As more bio fuels are set to become commercially available in the future, UECC aims to also use carbon neutral and synthetic fuels as part of our future fuel mix. "In our strategy we take a long-term view," said Edvardsen, “and that's why we go for a battery hybrid LNG fuel solution on our new buildings”.


UECC’s CEO, Glenn Edvardsen, concluded with the following statement: “UECC has again taken leadership, and responded to future environmental regulations and market demands, with technological innovation, quality and sustainability and we will continue to do so. Furthermore, we will exceed current and future environmental regulations”.

For any further information, please contact:

Mr. Bjørn Svenningsen, Director of Sales & Marketing, Oslo.

Telephone: +47 90160455/E-mail: bsv@uecc.com