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PROPSPEED ACHIEVES EXCEPTIONAL RESULTS IN THIRD-PARTY FUEL EFFICIENCY TEST

"Windroos saw a remarkable 7.5% reduction in fuel consumption & a 4.7% decrease in kilowatt usage at cruising speed, after Propspeed application. Impressed by these results, we’re now implementing Propspeed on all our vessels and recommending it to our customers."

Ing. Maurits van Maaren, Naval Architect, Padmos

SUMMARY

World-leading commercial fishing shipbuilder Padmos finds Propspeed reduces fuel consumption and load.

Propspeed applied to Padmos' Fishing Vessel Windroos

ABOUT

Auckland, New Zealand – Propspeed, the leading innovator of underwater foul-release coatings, announced today that Netherlands-based shipbuilder Padmos conducted an independent test in conjunction with Techbinder, a data-driven vessel optimization technology firm, of the Propspeed system on one of their vessels, with results concluding that Propspeed significantly reduced fuel and power consumption as well as the load on the vessel.

The test, carried out after the vessel’s hull and running gear were freshly cleaned, was conducted by having the commercial fishing vessel Windroos navigate a set course twice. Once without Propspeed coating, and once with Propspeed applied. Between the two trips, Windroos saw a 7.5% reduction in fuel consumption and a 4.7% decrease in kilowatt usage at cruising speed after the application of Propspeed compared with a clean propeller.

“The data that we gathered suggest a clear improvement in performance of the vessel with Propspeed from the day it was applied,” said Ing. Maurits van Maaren, Naval Architect, Padmos. “Impressed by these results, we’re now implementing Propspeed on all of our vessels and recommending it to our customers.”

“We’ve done our own exhaustive testing of our products but partnering with a commercial operator to come to the same conclusion through data, that Propspeed is a proven, high-impact, low-investment, energy-saving technology that enhances a vessel’s efficiency and environmental sustainability, is an important milestone,” said Marcus Hamilton, CEO, Propspeed. 

“Padmos is a trusted, renowned shipbuilder worldwide, and Techbinder is a leader in data capture and insight. Working together with both businesses helped us deliver a study that was both data-driven and scientific. Their work supports our assertion that Propspeed is an important part of the solution to reduce fuel and power consumption while improving operational cost for fleet owners and operators.”

Data surrounding engine performance and shaft measurements were collected and analyzed by the Techbinder team using their Pharos Compact to measure torque, RPM of the shaft and power.

Propspeed products include Propspeed for running gear and any underwater metals, Foulfree for transducers, Lightspeed for underwater lighting and Stripspeed for easy preparation of surfaces for coating application.

ABOUT PROPSPEED COMMERCIAL

Propspeed achieves exceptional results in third party fuel efficiency test

The Propspeed foul-release coating system is a high-impact, low investment Energy Saving Technology (EST) with a compelling ROI. Designed for application to running gear and underwater metals, the biocide-free foul-release coating system is proven to enhance vessels efficiency and environmental sustainability, through the reduction of fuel and power consumption from the day it is applied.

Traditionally, bio-fouling accumulates on a vessel’s running gear over time and significantly impacts vessel performance. In contrast, the hydrophobic nature of the Propspeed foul-release coating maintains vessel efficiency from the day of application through the vessels service cycle, preventing the negative impact of fouling on the vessel's operation.

  • Vessel Type Fishing Vessel
  • BENEFITS Optimised Fuel & Power Consumption, Reduced Torque Load, Biocide free foul-release coating system

TRIED AND TESTED AROUND THE WORLD

Delivering improved boat performance, reduced fuel and operational costs, and sustained value for investment.

Generated at: 21/11/2024, 09:02:00.534 am