Skip to main content


Thursday, September 19, 2019 

DNV GL Maritime has awarded South Korean shipbuilder Hyundai Heavy Industries (HHI) with an Approval in Principle (AIP) for the design of a very large liquefied petroleum gas (LPG) carrier.

Johan Petter Tutturen, DNV GL Business Director Gas Carriers, presented the AIP certificate for the 91,000m3 dual fuel vessel design to Hyung Kwan Kim, EVP and CTO, HHI, at the Gastech trade fair in Houston.

“The latest AIP yet again proves HHI’s innovation power in the LPG carrier market,” said Kim. “We are particularly proud to receive this certificate as the 91,000m3 carrier design lays the groundwork for constructing the largest-sized vessels using LPG cargo as a fuel today.”

“We are very pleased to present this certificate to HHI as it cements our long-standing and fruitful relationship with the shipyard,” said Tutturen.

According to DNV GL, with shipping companies facing ever stricter emission rules, LNG is the alternative fuel of choice for more than 350 vessels worldwide, while LPG as a ship fuel has been adopted by only a limited number of vessels yet. However, LPG could be a compelling option as its energy and capital costs are relatively low, while also serving as a possible precursor to run on zero-carbon ammonia. Furthermore, an LPG dual fuel vessel design with an engine mounted shaft generator (EMG) can minimize cargo loss and decrease operational costs as well as CO2 emissions by reducing running hours of diesel generator engines burning fuel oil.

“HHI’s innovative design is doing a great deal to expand the industry’s operational experience with LPG technology,” said Tutturen. The award ceremony in Houston is the culmination of a series of in-depth joint research projects on LPG technology by HHI and DNV GL.


Reader Comments (0)

There are currently no comments on this article. Why not be the first and leave your thoughts below.

Leave Your Comment

Please keep your comment on topic, any inappropriate comments may be removed.

Return to index

Web Analytics