New methanol engine ready for the marine market
Within the frame of the GreenPilot project, Gothenburg-based ScandiNAOS AB has developed methanol engine concepts for the marine industry. A spark ignited methanol engine that wasn installed and tested in the Swedish Pilot boat “GreenPilot” has now been followed by a compression ignited methanol engine. The GreenPilot project is lead and initiated by Swedish Maritime Technology Forum, part of RISE Research Institutes of Sweden.
The Compression ignited methanol engine will be launched at the SMM exhibition in Hamburg starting this week. The first delivery to client for full scale operation is scheduled for January 2019. Both engines are based on Scania 13L marine diesel engine and can be delivered either for variable speed (propulsion) or single speed genset applications.
Methanol provides significant benefits compared to oil-based fuels such as diesel. The emissions of nitrogen oxides, sulphur oxides, and particles are considerable reduced. Change over to methanol will improve air quality which is particularly important in densely populated areas with heavy traffic.
A comparison of estimated annual emissions of the pilot boat fleet for MGO and methanol for GHGs, NOx, SOx, and particulate matter showed that reductions in the range of 90% could be achieved with the use of renewable methanol produced from pulp mill black liquor. For methanol produced from natural gas, a fossil feedstock, greenhouse gas emissions are similar to those from MGO fuel. Renewable methanol can be produced from forest and agricultural waste products as well as many other types of organic waste. Methanol from captured CO2 and hydrogen is also a feasible alternative.
Replacement of fossil fuels with renewable methanol in this segment will reduce the greenhouse gas emissions substantially in coastal and inland waters. The outcome of GreenPilot aligns with the UN’s sustainability goals connected to urgent action to combat climate change, sustainable use of the oceans and making cities resilient and sustainable.
ScandiNAOS AB is the world leader in system design and engine development for methanol in shipping and has been the technical coordinator for several methanol projects. ScandiNAOS led the design work for the conversion of Stena Germanica to methanol operation in 2015 and has provided the methanol engine and modifications of the onboard system for the GreenPilot project.
Partners in the GreenPilot project are ScandiNAOS, Swedish Maritime Technology Forum part of RISE Research Institutes of Sweden, SSPA, the Swedish Transport Agency and the Swedish Maritime Administration. Co-financers are the Swedish Transport Agency, the Swedish Maritime Administration and Methanol Institute.
New materials play an important role in sustainable development and combatting climate change. New uses for old materials can also be a major industrial opportunity: for example, the value of biomass from forests in Finland can be doubled if used for manufacturing products of higher added value.
Ultrasound and infrared technologies are a perfect match when conducting inspections of electrical equipment. At any voltage, thermal anomalies and sources of ultrasound such as tracking and arcing can occur. Corona can also occur at 1000 volts and greater. Any of these conditions threaten the reliability of the equipment being inspected.