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K-Sim® Engine LNG-Fueled Vessel Training System

According to IMO’s IGF Code of January 1st, 2017, personnel working on vessels using gases or other lowflashpoint fuels must be properly trained.

These training requirements are further addressed through STCW regulations. Kongsberg Digital’s latest K-Sim Engine model, Diesel Electric Dual Fuel Cruise Ferry, enablessafe, realistic and efficient training on LNG-bunkering procedures for engineering students and crew. It isspecially designed to support IMO’s IGF Code and STCW’s new requirements for basic and advanced training.


Because of stricter environmental requirements for sulphur emissionin shipping, LNG is increasingly used as a clean fuel alternative, specifically for vessels operating in Emission Control Areas (ECA), suchas the North Sea, Baltic Sea and designated coastal areas in theUnited States and Caribbean Sea. The 2020 global sulphur limit isset at 0.5%, which will increase the use of LNG as a fuel worldwide.

Based on IMO’s IGF Code the STCW requirement raises the bar forthe education of students and seafarers responsible for safety duties,as well as masters, engineer officers and other personnel with directresponsibility for the care and use of LNG-fuelled systems on a vessel.

In order to satisfy section A-V/3 paragraph 1 of the STCW requirements, basic training is required for all seafarers responsible for designated safety duties related to the care and use of LNG fuel in additionto emergency response on board ships subject to the IGF code.Whilst for section A-V/3 paragraph 2, advanced training is requiredfor masters, engineer officers and personnel with immediate responsibility for the care and use of fuels and fuel systems on the ships.


Kongsberg Digital provides a range of K-Sim Engine simulator models enabling engineers to learn and practice daily procedures while gaining vital skills crucial for operational safety. To support proper training regarding sulphur emissions, the latest engine simulation model, K-Sim Engine DEDF42 Cruise Ferry, provides both basicand advanced training for LNG bunkering operations. It provides a cost-efficient and safe way to build knowledge and test procedures,while fulfilling IMO’s IGF Code and the STCW requirements in addition to being certified for training by DNV GL.


In addition to meeting the STCW requirements based on the IMO IGF Code, the K-Sim Engine DEDF42 Cruise Ferry model has achieved DNV GL Statement of Compliance as a Class S simulator.This is based on latest DNV GL Standards for Certification of Maritime Simulators that addresses specific requirements for simulatorsused for training ship`s officers using LNG as fuel.The DNV standard is based on the requirements of the STCW convention which requires the approval of simulators when used for mandatory simulator-based training, or when used to demonstrate competence.


The simulated vessel model, K-Sim Engine DEDF Cruise Ferry II is based on a cruise ferry with four (4) dual fuel diesel generators.

Vessel’s Main Particulars
  • Length: 218.00 m
  • Breadth: 31.80 m
  • Draught, Moulded: 24.40 m
  • DWT, Scantling: 55.00 mt
  • Speed 23.0 knots

Diesel Generator Engines

Four (4) four-stroke medium speed dual fuel diesel engines with all vital subsystems such as rpm governor, cooling water, lubrication oil, starting-air, turbo charger, air cooler and fuel oil.

  • Engine type: Wärtsilä 8L50DF
  • Engine rating: 7600 kW
  • Cylinder bore: 50 cm
  • Number of cylinders: 8
  • Number of air coolers: 1
  • Number of turbochargers: 2
  • Speed: 500 rpm

Simulated Systems

  • Integrated Automation System – standard KONGSBERG IAS – Alarm and Safety Warning System (ASWS) – Power Management System (PMS) – Propulsion Control System (PCS) – Trend log system
  • Dual fuel diesel generator sets and support systems
  • Electric power supply including switchboards and distributioncentre
  • Ventilation control system in machinery spaces
  • Gas Detection System
  • Onboard LNG storage and bunkering system
  • Shore side mimic: Selection of barge, tank and truck
  • LNG monitoring system for bunker operation
  • LNG Emergency Shut Down (ESD) System
  • Gas Heating System
  • Gas trip, engine protection system
  • Fuel oil and gas supply system for diesel generators
  • Propulsion control panel

Joep Bonten

Project Manager, STC Group, Rotterdam

We are pleased with the LNG bunkering solution delivered by Kongsberg Digital. The system enables us to offer advanced training for ships subject to the new IGF code, including simulated training scenarios. The simulation training is provided in a safe and realistic environment, where students and professionals can learn to better understand the complexities, risks and hazards of working with LNG.


The new DEDF42 CF model is provided as a PC desktop systemfor student training. It is based on a dual fuel diesel electric configuration with the engine room systems on board a cruise ferry. In addition to training on operating a medium speed, dual fuel (gas and diesel oil) engine, the K-Sim Engine DEDF42 CF model’s main purposeis to facilitate training courses that comply with STCW.

Main training elements:

  • Characteristics of LNG (low flashpoint fuels quality)
  • Safe working practices with LNG equipment
  • LNG bunkering operation procedures
  • Fire prevention
  • Emergency procedures
  • Operational principles of dual fuel generator installations
  • Fuel oil and LNG supply system for diesel generators

In addition, the simulator includes sufficient control relevant for the particular ship type enabling the realistic simulation of the ship/truck/shore to ship interface and the required checks and operations.

  • Shore side mimic: selection of barge, tank and truck, including fuel quality, methane number, Wobbe Index and density
  • Connection/disconnection of shore/ship/truck interface (LNG)
  • Flow rate control
  • Emergency shutdown implementation
  • Purging control
  • Capabilities to simulate effects of excess line pressures and resulting action
  • Onboard LNG storage and bunkering system
  • LNG monitoring system for bunker operation
  • LNG emergency shutdown
  • Gas heating

Dependent on background knowledge and experience of thetrainee, the simulator provides training for system familiarization,operations and procedures for:

  • Propulsion plant Integrated Automation System (IAS)
  • Alarm and Safety Warning System (ASWS)
  • Power Management System (PMS)
  • Propulsion Control System (PCS)
  • Dual fuel diesel generator sets and support systems
  • Electric power supply incl. switchboards and distribution centre
  • Ventilation control system in machinery space


Below we have listed some of our experts, which you can get in touch  with to learn more about how our solutions can support your business goals.

Wilhelm Mohr

VP Sales & Business Transformation

asraf ibRAHIM

Regional Sales Director Asia


Regional Sales Director Americas

erik hovland

VP Strategic Projects & Sales Director Defense


Sales Manager Digital Services

susanne roth

Customer Success Manager Digital Services

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