NEW ENGINE LANDS FIRST RETROFIT ORDERS

MAN Energy Solutions has announced the first retrofit orders for its new MAN B&W ME-LGIP LGP-powered engine.

The contract with Oslo-listed BW LPG involves the world’s first retrofitting of four MAN B&W 6G60ME-C9.2 HFO-burning engines to 6G60ME-C9.5-LGIP LPG-propelled dual-fuel engines, plus options for further retrofits in the future.

BW LPG expects the first retrofitting to take place in conjunction with scheduled drydockings, starting 2020.

The deal was signed in advance of the official launch of the MAN B&W ME-LGIP engine in Copenhagen on 3 September 2018 with the contract exchanged publicly during the event.

BW LPG’s CEO Martin Ackermann, said: “BW LPG has been preparing for IMO 2020 for years and today, I am pleased to announce that we have signed contracts for the delivery and retrofitting of four LPG-propelled dual-fuel engines. We will be the global pioneer in operating next-generation, high-tech green ships with dual-fuel propulsion.”

Wayne Jones, Chief Sales Officer and member of the Executive Board, MAN Energy Solutions, said: “The arrival of this order, even before the official launch of the ME-LGIP engine itself, is a sign of how timely the technology is. We expected a strong demand for the engine from very large gas carriers and it has proven to be so. When you add in MAN Energy Solutions’ entire portfolio of dual-fuel engines, we have now confirmed almost 400 projects, all running on clean fuels such as LNG and LPG. This stands as testament to our leadership within this critical market segment.”

Jones continued: “The development of the ME-LGIP engine is one element of what we call the ‘Maritime Energy Transition’. Essentially, it is our call to action to reduce emissions and establish natural gases as the fuels of choice in global shipping. We strongly promote a global ‘turn to gas’, driven by the IMO, and a common approach by the shipping industry and politics to invest in infrastructure development and retrofits. BW LPG will act as an important reference for how to execute dual-fuel propulsion optimally using LPG.”