Wed 13 Jun 2012, 09:14 GMT

Software cuts fuel consumption by 20%


Full suite of software products is expected to be ready by 2015.



Swedish-Swiss multinational ABB is developing a complete suite of software products that it says can slash ship fuel consumption by 20 percent.

The portfolio builds on ABB’s expertise in marine automation, electrical and propulsion systems to monitor and optimize all energy production and consumption processes during vessel operation.

Around 90 percent of world trade is carried by the 70,000 or so vessels that make up the international shipping industry. Fuel is the largest expenditure for each and every one of these ships. It accounts for between 30-40 percent of the cost of running a cruise ship and between 50-60 percent for most merchant vessels.

Reducing fuel consumption by just 1 percent can result in an annual saving of $50,000 for a mid-sized bulk carrier and $300,000 a year for a large container ship. Multiply this by 20, and the potential savings in fuel and carbon dioxide emissions are astronomical.

ABB says it is close to making these huge energy savings a reality through its development of a complete suite of software products that will monitor, control and optimize every energy consumption process during vessel operation.

These energy consumption processes are present in all aspects of ship operations and include the propulsion, lighting and HVAC (heating, ventilation and air conditioning) systems on board, as well as external energy consumption factors like the wind, waves, sea current, suboptimal trim, ship maneuverability and the presence of fouling on the hull.

"As a result of this deep knowledge of ship performance collected and processed by the ABB software, the vessel’s owners and operators will know where every drop of ship fuel is consumed and whether it is used efficiently and optimally. Most importantly, this knowledge creates awareness of ship energy consumption processes and enables benchmarks to be set and best practices to be achieved," ABB added.

ABB refers to this capability as Smart Marine Integration, which has been made possible by ABB’s expertise in all three fields of marine technology – the propulsion systems that drive the vessels, the electrical systems that power them, and the automation systems that control them.

Utilizing its expertise in these areas, ABB provides vertically integrated solutions that collect and process data from all the ship components and systems, thereby providing owners and operators with full insight into how the vessel and its energy consumption processes are performing.

The products include instrumentation and device control; process automation, vessel management, and navigation information; advisory systems that provide decision support to crew and operators; and fleet management and reporting systems that provide data and information in real time to authorized users like senior officers and onshore management.

Ultra-energy efficiency

ABB expects the full suite of smart marine integration products to be ready by 2015. Several are already available and said to be making a big impact on marine operations. Finland-based Viking Line, for instance, has selected ABB’s energy management system for marine applications (EMMA) for a new ultra-energy-efficient passenger vessel that will have almost zero greenhouse gas emissions.

“One of the top priorities at Viking Line is to lower the emissions and fuel consumption of our fleet,” said Kari Granberg, project manager at Viking Line. “We were looking for a good monitoring tool that automatically regulates power consumption and is as easy to operate as a traffic light. As a result ABB’s EMMA became our first choice.”

ABB operates its Smart Marine Integration activities through a global Vessel Information and Control (VICO) center. In 2011, ABB sold a total of 350 automation, vessel management and control systems of various types for a wide range of vessels, including drill ships, jack-up drilling rigs, offshore support vessels, and passenger vessels.


Professor Lynn Loo, GCMD. Project CAPTURED secures EU ETS recognition and IMO support for onboard carbon capture pathway  

Two regulatory developments strengthen the commercial case for onboard carbon capture and storage at sea.

Vard 9 601 design render. Vard wins €220m contract to build methanol-ready vessels for Trinity House  

Norwegian shipbuilder Vard will replace two ageing Trinity House vessels with hybrid-powered successors.

Sunoco LP logo. Sunoco seeks bunker trader for 'front-line' role to expand marine fuels business  

Professional sought with at least two years' experience in bunker trading or marine fuels commercial sector.

Seaway vessel. Royal IHC delivers methanol-ready TSHD to Boskalis  

The 31,000-cbm Seaway is among the largest trailing suction hopper dredgers in the world.

Ocean Navigator vessel. LNG-powered MV Ocean Navigator completes sea trial ahead of August delivery  

Sallaum Lines ro-ro vessel due to enter commercial service next month.

EmissionLink logo. FuelEU surplus price drop could undermine fuel transition, warns EmissionLink  

Falling compliance costs may discourage real uptake of lower-carbon fuels, the company cautions.

Port of Hamburg. Port of Hamburg moves towards ammonia bunkering readiness with new safety framework  

Hamburg and MB Energy develop risk analysis and safety concept for ammonia ship-to-ship bunkering.

CMA CGM Pantheon naming ceremony. LNG-powered boxship CMA CGM Pantheon named in ceremony  

Vessel is sister ship to CMA CGM Notre Dame and will serve the Asia–Northern Europe trade lane.

Kota Ocean vessel. PIL hiring head of marine fuel procurement in Singapore  

Role requires at least 10 years’ experience in bunkering, shipping or energy sectors.

Arctic Tern and Hai Gang Zhi Yuan STS bunkering operation. EUKOR’s new car carrier completes first biomethanol bunkering at Shanghai on maiden voyage  

EUKOR, SIPG Energy and World Fuel deliver 2,800 tonnes of waste-derived biomethanol to the first Shaper Class vessel.