
EcoMATE™ Vessel Performance monitoring and fleet optimisation system
Integrated measurement, monitoring and analysis for efficient vessel and fleet opeations
Accurate, processed and validated fuel consumption data for reliable vessel performance monitoring and analysis
Onboard and cloud-based vessel performance monitoring with advanced analytics, operational diagnostics and fleet optimisation
Bunker verification and monitoring to identify fuel delivery discrepancies and improve cost control
Automated emissions monitoring and regulatory reporting supporting EU MRV, IMO DCS and CII requirements
From accurate measurements to reliable decisions
Ships generate more operational data than ever, but more data does not necessarily mean better information. To assess performance, identify inefficiencies and make informed decisions, operators need reliable data.
EcoMATE™ combines KROHNE's proven measurement technology with onboard operational data in one integrated system. Its flexible architecture supports instruments such as OPTIMASS Coriolis mass flowmeters for fuel consumption and bunkering, and OPTIFLUX electromagnetic flowmeters for water and wastewater applications. Collected data is processed and validated to support consumption monitoring, bunker verification, performance analysis and emissions reporting.
Onboard monitoring and cloud access enable crews and shore-based teams to investigate discrepancies, compare performance and improve efficiency. Remote diagnostics, flowmeter verification and data validation also allow KROHNE Marine's service engineers to assess measurements and troubleshoot without necessarily visiting the vessel.
EcoMATE supports predictive maintenance and more sustainable operations through CII monitoring, ShaPoLi compliance support and hull performance analysis. By identifying hull deterioration and potential instrument or system issues, operators can improve energy efficiency, optimise maintenance planning, reduce unnecessary interventions and maintain reliable measurements.
The result is a clearer connection between onboard operations, reliable data and informed decisions.
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Carbon Intensity Indicator (CII) dashboard
To help shipowners comply with IMO regulations, EcoMATE™ features a Carbon Intensity Indicator (CII) dashboard that provides an integrated overview of carbon emissions. The dashboard helps monitor and quantify emissions, ensuring compliance with CII regulations. By improving CII rankings, ship operators can achieve a more efficient fleet and reduce associated costs, ultimately lowering their environmental impact.
Hull performance
Hull performance plays a significant role in determining a ship’s fuel consumption. With EcoMATE™, shipowners can monitor and optimise hull performance to reduce drag, which directly impacts fuel efficiency. Proper hull maintenance and cleaning reduce resistance, resulting in smoother sailing and immediate fuel savings of up to 9%. By incorporating hull performance monitoring into vessel management, ship operators can achieve greater fuel efficiency and reduce greenhouse gas emissions.
ShaPoLi module
EcoMATE™’s ShaPoLi (Shaft Power Limitation) module helps monitor and control shaft power, ensuring optimal energy efficiency on board. This module, compliant with IACS EEXI guidelines, includes bridge alarms to alert operators when limits are exceeded, allowing proactive adjustments. By effectively managing shaft power, ships can maintain efficient operations, minimise energy wastage, and contribute to emission reduction efforts.
Energy-efficient instruments
KROHNE’s energy-efficient instruments, such as the OPTIMASS Coriolis mass flowmeters, work seamlessly with EcoMATE™ to measure fuel consumption and monitor emissions accurately. These instruments contribute significantly to resource optimisation by improving the quality of data, allowing shipowners to make timely and informed decisions to reduce fuel usage and emissions. The integration of efficient hardware and software enables vessels to achieve better energy efficiency, supporting the goal of lower carbon intensity.