With the launch of a completely new pump design for LNG, Svanehøj becomes the first supplier on the marine market to offer both deepwell pumps and submerged pumps for electric fuel systems. The aim is to gain a larger share of the attractive and strongly growing LNG market.
The demand for liquefied gas is increasing, and LNG-powered ships are being ordered like never before. Therefore, Svanehøj is now building on the growth of recent years within liquefied gas solutions with an ambitious investment in a new electric submerged pump design for LNG-powered ships. The new CS pump(the name is an abbreviation of cryogenic submerged) is presented this week at the SMM trade fair in Hamburg.
In recent years, Svanehøj has positioned itself strongly as a leading supplier of long-shaft deepwell pumps, where the motor and other electrical parts are located on deck. The CS pump is a submerged pump that is installed at the bottom of the tank. This makes Svanehøj the first supplier in the industry to offer both deepwell pumps and submerged pumps for electric fuel systems.
The launch of the CS pump takes place at a time when investments in LNG-powered ships are growing strongly. According to the classification society DNV, at the end of August, a total of 316 LNG-powered ships were in operation, while a further 511 ships were on order. In 2021, 240 LNG-powered ships were ordered, which is more than in the four previous years combined. The growth continues in 2022, where the order level is approx. 10% higher than the record year 2021.
At the same time, the LNG market continues to grow, driven by a sharply increasing demand for gas in Asia and Europe. The energy advisor Rystad Energy estimates in an analysis that global investments in LNG infrastructure will grow from USD 27 billion in 2022 to USD 42 billion in 2024. This will lead to a sharp increase in LNG production, which is expected to increase from 380 million tonnes in 2021 to more than 700 million tonnes in 2034.
Among LNG-powered ships with submerged fuel pumps, clogging of the pumps due to impurities in the gas is a well-known problem. Clogging makes a pump less efficient, causes increased wear and operational disruptions. In the design of the CS pump, Svanehøj has solved this challenge by developing a special self-cleaning LNG filter that ensures optimal flow.
Furthermore, Svanehøj has developed its own electric permanent magnet motor especially for the CS pump. With the assistance of external specialists, the Svanehøj engineering team has succeeded in achieving a significantly higher degree of efficiency and lower energy consumption than other engines on the market. In this way, Svanehøj meets the need for solutions that comply with the stricter requirements for ships’ emissions.