This is a legacy page. Please click here to view the latest version.
Wed 26 Jul 2017, 07:51 GMT

Bunker-saving rigid sail and solar power project prepares for sea trials


World's first deployment of patented rigid sail and solar power system expected to start in 2018.



Eco Marine Power (EMP) has announced that it has begun preparing for sea trials of its Aquarius Marine Renewable Energy (MRE) solution in cooperation with strategic partners and Japanese ship owner Hisafuku Kisen K.K.

This preparatory work will lead to the world's first installation of an integrated rigid sail and solar power system for ships using EMP's patented technologies, including the EnergySail. It is expected to result in the wider deployment of EMP's solutions on ships ranging from coastal cargo vessels to bulk ore carriers and cruise ships.

Currently under way is a feasibility study involving several large bulk carriers including the Belgrano, Nord Gemini and Bulk Chile. For each ship, an estimate of the propulsive power that could be provided by an EnergySail array will be prepared according to the routes they operate on. In addition, the total amount of solar power that could be installed on each vessel will be determined. Onboard testing and data collection will also be undertaken as required.

After the feasibility study is completed, one ship will be selected for the sea trials phase. During this phase, a trial configuration that will incorporate all the elements of Aquarius MRE will be installed and evaluated during a period of approximately 12 to 18 months, starting in 2018.

A number of strategic partners are involved in the Aquarius MRE Project, including KEI System Co. Ltd., The Furukawa Battery Company and Teramoto Iron Works Co. Ltd. EMP says it is also in discussions with several companies, including potential investors about their possible involvement in the project. Furthermore, EMP says it is interested in hearing from other companies that may wish to be involved during the sea trials phase of the project.

Aquarius MRE is an advanced integrated system of rigid sails, marine-grade solar panels, energy storage modules and marine computers that will enable ships to tap into renewable energy by harnessing the power provided by the wind and sun. The use of these alternative sources of power and propulsion will reduce fuel consumption, lower air pollution and cut CO2 emissions. The rigid sails used by Aquarius MRE are based on EMP's EnergySail technology. These renewable energy devices can even be used when a ship is at anchor or in harbour. Each EnergySail can be configured with a mix of sensors, photovoltaic panels or other power generation devices.

Commenting on this latest development, Greg Atkinson, Chief Technology Officer and Founder of Eco Marine Power, said: "It's great that we are able to co-operate with Hisafuku Kisen and we very much appreciate their cooperation in helping us move this important project towards sea trials. We also appreciate the support of our strategic partners and together we believe Aquarius MRE will pave the way to the widespread adoption of renewable energy on ships."

Chikashi Yamane, President of Hisafuku Kisen, said: "Our company is pleased to be part of this exciting project which is leading the way towards the use of renewable energy related technologies on ships."

The production of each EnergySail to be used during the sea trials will be undertaken at the workshops of Teramoto Iron Works in Onomichi, Japan. This company was also involved in the production of rigid sails in the 1980's and has extensive experience regarding the manufacturing of marine fittings for ships.

Yoshitaka Teramoto, President of Teramoto Iron Works, remarked: "Our company is excited to be part of this innovative project that will allow us to showcase our ability to manufacture customized solutions for ships and offshore applications."


CMA CGM Notre Dame vessel at Singapore Port. Singapore 12-month bunker calls hit all-time high in July  

TTM calls at world's largest bunkering hub reach record levels despite softer sales volumes.

Cargo port in Singapore. Singapore T3M bunker sales stay below 14m tonnes for fourth month running  

Rolling three-month volumes remain subdued despite modest month-on-month recovery in July.

Shore power system launch at Port of Callao. Peru’s Port of Callao launches first shore power system in Latin America  

DP World Callao’s onshore power supply system could cut over 6,300 tonnes of CO₂ annually.

Aristodimos vessel. New Times Shipbuilding delivers LNG dual-fuel crude oil tanker to Capital  

Chinese yard hands over 155,500-dwt vessel in ceremony attended by owner’s representative.

MSC Sabrina and Alice Cosulich ship-to-ship (STS) bunkering operation. Shell completes maiden LNG bunkering operation in Valencia  

Delivery to MSC vessel facilitated by Fratelli Cosulich said to be first-ever LNG bunker supply at Spanish port.

Marina Bay Sands, Singapore. PIL hiring senior marine fuels executive to manage global bunkering operations  

Singapore-based role includes oversight of fuel procurement and delivery operations, covering PIL's fleet of container and multi-purpose vessels.

Steel-cutting ceremony of vessels with builder's hull nos. CHB2083 and CHB2084. Changhong International Shipbuilding cuts steel on two more 3100-teu boxships for Costamare  

HSFO-fuelled vessels feature scrubbers, SCR systems and shore power connections to meet emissions requirements.

Decab Hub and MMMCZCS logos. Lloyd’s Register and Maersk Mc-Kinney Møller Center launch ammonia safety and training resources for shipping  

New tools aim to help operators build the safety management and competency frameworks needed for ammonia-fuelled vessels.

Kevin Dohmen, IBT Bunkering & Trading. IBT Bunkering & Trading appoints Kevin Döhmen to manage new Singapore office  

Döhmen tasked with developing IBT’s operation in the Asian city-state.

Peak Skarv 3 vessel. Peak takes delivery of third S-class vessel and cuts steel for ammonia-fuelled ship  

Norwegian operator marks two events at Chinese yard as ammonia-powered newbuild programme advances.


↑  Back to Top