Drives for marine pumps and separators

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Reduce power consumption in marine pumping

VLT® and VACON® drives control your pumps to match actual process need, leading to reduced energy consumption. Reducing the speed by 20% reduces the power consumption by 50%.

As well as saving energy, these AC drives also protect the pump in many different marine applications. You maintain reliable operation thanks to pump-dedicated features include built-in PID controllers, dry pump detection, flying start, sleep mode, cascade control, end of curve, and flow compensation. 

Due to increasingly stringent exhaust emission limits, scrubbers are frequently installed. They act as SOx abatement devices on the main and auxiliary engines and boilers, using water as a medium for sulfur absorption. Optimization of water pumps for these scrubbers is the ideal task for VLT® and VACON® drives.

Other typical application areas where drives add value to pumping operations: ballast water, bilge water, circulation, cargo, firefighting, feeding pumps, lubrication, and sea water pumping.

Improve reliability and protection of marine separators

VLT® and VACON® control enables reliable operation of bilge water, fuel conditioning and oil centrifuge separators. The AC drive ensures smooth acceleration that protects both the gearbox and high-speed bowl bearings.

Control by the AC drive provides tolerance against discharge shock loads. In the event of power failure the drive can catch the spinning separator on the fly, and brake it without needing resistors.

Danfoss Drives’ solutions for the marine and offshore industry have the highest number of class type approvals from nine authorities: DNV-GL, ABS, Bureau Veritas, Korean Register, CCS, RINA, Lloyds Register, RMRS and Class NK.

This gives you the best possible choice when selecting drives for your marine application.

NORDEN A/S oil tanker saves energy on seawater pumps

By using VLT® drives to adapt the flow rate from seawater cooling pumps to the actual cooling demand, the company has significantly reduced its energy consumption.

Products

Case studies

  • Engineers world’s 1st solar-powered Airport for utmost passenger comfort

    At Danfoss, we are engineering a better tomorrow through technologies that enable today’s airports to become energy efficient whilst delivering uber comfort to the passengers. At the Cochin International Airport, our Variable Frequency Drives (VFD) across chillers, cooling towers, pumps and Air Handling Units (AHU) have helped optimize the energy consumption and the Pressure Independent Balancing and Control Valves (PIBCV) have helped moderate the flow of chilled water basis the number of people in the airport. Together, the VFD and the PIBCV have helped the Cochin International Airport save energy by almost 30%.

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    Engineering Tomorrow’s Movie Experiences

    Driven by a promise to engineer a better tomorrow, Danfoss Variable Frequency Drives (VFDs) were the perfect answer to PVR’s challenges. Danfoss’ plug-and-play and energy efficient FC-102 VFDs proved to be the best solution for HVAC systems across PVR’s multiplexes in India, and have delivered unprecedented results for the service provider.

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    Shore power supply is a cost-effective solution for Maersk Supply Service’s parked vessels

    Thanks to shore power supply during parking, Maersk Supply Service can keep diesel exhaust pollution, noise nuisance and maintenance costs to a minimum.

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    2 month ROI for FAYARD A/S shipyard

    Electric shore supply system using VACON® NXP Air Cooled drives meets peak demands while minimizing baseline power consumption.

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    Accurate control of CT Offshore’s ROV trencher

    VLT® AutomationDrive FC 302 and VLT® Soft Starter MCD 500 provide quick and accurate control of high- and low-pressure seawater pumps on the remotely operated trencher laying HVAC subsea cables.

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    VLT® expertise saves time and energy

    Using Danfoss VLT® drives in the seawater cooling and air-conditioning systems reduces energy consumption on board M/V Island Performer.

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