Hyundai HiMSEN

Hyundai HiMSEN four-stroke engines

We are authorised by the Engine & Machinery Division of Hyundai Heavy Industries Co., Ltd. (HHI-EMD) as a Cooperative Repairer of Hyundai HiMSEN four stroke engines.

As an authorized Cooperative Repairer of Hyundai HiMSEN engine. Due to the spare parts policy of Hyundai HiMSEN, we cannot offer spare parts and refer to Hyundai HiMSEN’s own spare parts distributors in this regard.

The Hyundai HiMSEN is an own four-stroke engine design by Hyundai Heavy Industries Co. Ltd., building on over 30 years of experience in large volume two- and four-stroke engine production.

Engine production started in 1979 in Ulsan, Korea – the first engine being a B&W 7L55GF two-stroke engine, built under license from B&W in Copenhagen, Denmark. The first HiMSEN engine – a H21/32 – was Type Approved in February 2001, followed by the H25/33 in October 2002. The H17/28 was Type Approved in December 2004 and the H32/40 in December 2006. 2008 saw the completion of the dedicated HiMSEN production facilities and development of the V-type 16H32/40V. In 2010, HHI-EMD passed two significant milestones – over the years having produced four-stroke engines for a total of 20 mio. BHP and two-stroke engines for a total of 100 mio. BHP.

Hyundai HiMSEN four-stroke engines

The Hyundai HiMSEN engines are designed for high reliability and performance in marine and stationary applications. They are designed for operation on the same fuels as the other consumers, e.g. two-stroke main engines, and can operate on heavy fuels of up to 700 cSt at 50°C.

Hyundai HiMSEN four-stroke engines

The Hyundai HiMSEN engines are economical and environmentally friendly, employing a high fuel injection pressure and an optimized supercharging utilizing the Miller Cycle timing principle, in order to ensure low fuel consumption and reduce emissions. The HiMSEN engines are in compliance with Tier II of IMO’s NOx Regulations.

Maintenance is made easy, by the engine having a modularized design with a minimum number of different components.