Description

Electronic fuel measurement

Requirements

  • Continous, accurate and reliable consumption data and fully compliant with MRV and IMO requirements
  • Voyage reports, trends, history, benchmarking with bunker monitoring as option
  • Web/CLOUD interface for shore office and turnkey solution for retrofit installation

Description

Mass flow, volume flow and density measurement on main engine

Requirements

  • High accuracy mass, volume and density measurements with no recalibration or maintenance
  • Marine type approvals
  • Operating range -200…+400°C, accuracy ±0.05%
  • Compact and remote field housing

Description

Measuring mass flow, density and temperature for ships fuel applications

Requirements

  • Mass, volume and density measurements with no recalibration or maintenance
  • Marine type approvals
  • Standard application up to +130°C, accuracy ±0.15%

Description

Measuring mass flow, density and temperature for high-performance ships fuel applications

Requirements

  • Mass, volume and density measurements with no recalibration or maintenance
  • Marine type approvals
  • Operating range -200…+400°C, accuracy ±0.05%

Description

Measuring pressure drop in bunkering line

Requirements

  • Measurement of pressure in cargo lines, manifolds, pumps and vapour recovery line
  • Instant responses on pressure changes

Description

Measurement of high capacity flow rates in bunkering operations

Requirements

  • Mass, volume and density measurements with no recalibration or maintenance
  • Marine type approvals
  • Flowmeter for bunkering applications, accuracy ±0.1%

Description

Mass flow, volume flow and density measurement on aux engine

Requirements

  • High accuracy mass, volume and density measurements with no recalibration or maintenance
  • Marine type approvals
  • Operating range -200…+400°C, accuracy ±0.05%
  • Compact and remote field housing

Description

Measuring mass flow, density and temperature on main engine

Requirements

  • Mass, volume and density measurements with no recalibration or maintenance
  • Marine type approvals
  • Standard application up to +130°C, accuracy ±0.15%

Description

Mass flow, volume flow and density measurement on fuel oil system boiler

Requirements

  • High accuracy mass, volume and density measurements with no recalibration or maintenance
  • Marine type approvals
  • Operating range -200…+400°C, accuracy ±0.05%
  • Compact and remote field housing

Description

Measuring mass flow, density and temperature on fuel oil system boiler

Requirements

  • Mass, volume and density measurements with no recalibration or maintenance
  • Marine type approvals
  • Standard application up to +130°C, accuracy ±0.15%

Description

Mass flow, volume flow and density measurement on fuel oil system boiler

Requirements

  • High accuracy mass volume and density measurements with no recalibration or maintenance
  • Marine type approvals
  • Operating range -200…+400°C, accuracy ±0.05%
  • Compact and remote field housing

Overview

Fuel consumption and bunker monitoring onboard a heavy lifter

Electronic measurement and reporting of marine fuel use and efficiency

Marine vessels burn significant amounts of fuel for propulsion, energy production and also for other processes on board. Fuel expenses are in most cases a significant part of the running costs for commercial vessels, and with falling freight rates, owners are compelled to focus on increased efficiency. In addition, regulations from IMO and the EU require operators and owners to report on the fuel consumption and effluent emissions from each vessel. Some charter operators also require electronic fuel monitoring systems to comply with their environmentally responsible profile.

Whether motivated by a desire to save on fuel costs or meet regulatory compliance, Electronic Fuel Management Systems (EFMS) and performance monitoring systems help both the crew and the ship owner keep track of all the fuel consumed, and the corresponding emissions. For accurate accounting of total fuel consumption on board, each offtake point is separately monitored with a flow meter.

The combination of the KROHNE EcoMATE™ system and the KROHNE OPTIMASS Coriolis mass flowmeters provide an accurate and reliable monitoring system that measures each fuel consumption point on board a ships or a fleet of ships. These include the main engine, auxiliary engines, generators, boilers, incinerators and inert gas generators. Other functionality in EcoMATE™ includes bunker monitoring, analysis and monitoring of energy efficiency and emissions (CO2, SOx, NOx), vessel tracking, configurable voyage data reports, remote diagnostics, data storage and a cloud service option for transmitting data to shore. Through the Cloud functionality, the ship owner gains a full operational overview from their shore base, and can easily monitor a whole fleet of ships. EcoMATE™ is fully compliant with the EU MRV and the IMO DCS requirements.

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