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Ascenz to equip two vessels with Smart Bunkering solution for the first time in Europe

Tool allows precise monitoring of the bunkering process in order to avoid any error or malpractice likely to affect the quantity of fuel bunkered.

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Maritime solutions provider Ascenz on Wednesday (14 December) said it has been selected by a major European ferry owner to equip two vessels with its Smart Bunkering solution, which allows a precise monitoring of the bunkering process in order to avoid any error or malpractice likely to affect the quantity of fuel bunkered.

Thanks to an advanced algorithm which benefits from Ascenz’s 15 years of experience in this field, the “Smart Bunkering” functionality combines state-of-the-art digital technologies (mass flow meters, on-board software, communication devices and cloud computing) in one single solution allowing the charterer and the crew to monitor the smooth running of the bunkering process.

The financial impact of an error in the bunkering process can be significant. For instance, for a ferry consuming on average 4MT [1] /h of MGO [2] at 800 US dollars/MT, sailing 12 hours a day and 300 days a year, an error of 1% can lead to in a loss of up to 115,000 US dollars per year.

This “Smart Bunkering” solution provides an unparalleled transparency in the bunkering process and enables greater trust between the parties. When the system detects an error or an abnormal behaviour, it automatically alerts the crew on board with a warning light and a buzzer. The onshore crew has access to detailed online analysis and can receive email alerts.

Julien Glory, CEO of Ascenz, declared: “This first order recorded by our “Smart Bunkering” solution in Europe marks a key milestone in the development of Ascenz. In a context of high energy cost, we believe that our experience and our technology will greatly benefit European ship owners and charterers in controlling their bunker cost.”

 

Photo credit: Ascenz
Published: 15 December, 2022

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ICS and 47 governments submit GHG pricing mechanism proposal to IMO

Key purpose of mandatory GHG charge will be to reduce cost gap between zero/near-zero GHG emission fuels and conventional bunker fuels to incentivise accelerated uptake of green energy sources.

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The International Chamber of Shipping (ICS) on Thursday (9 January) said it has joined 47 governments in a joint submission to the final round of negotiations at the United Nations’ International Maritime Organization (IMO) to adopt a maritime greenhouse gas (GHG) emissions pricing mechanism to achieve net zero GHG emissions from international shipping by 2050. 

The joint text is supported by major shipping nations such as Greece, Japan, Korea and the United Kingdom, the world’s largest flag States including Bahamas, Liberia, Marshall Islands and Panama, all EU States (and the European Commission), other African countries such as Nigeria and Kenya, plus Small Island Developing States from the Caribbean and the Pacific.

The joint submission by governments sets out convergent regulatory text for amendments to the IMO MARPOL Convention, which will require shipping companies operating ships on international voyages to make GHG contributions per tonne of CO2e emitted to a new “IMO GHG Strategy Implementation Fund”.

ICS said the key purpose of this mandatory GHG charge will be to reduce the cost gap between zero/near-zero GHG emission (ZNZ) fuels such as green methanol, ammonia and hydrogen and conventional bunker fuels, to incentivise the accelerated uptake of green energy sources. 

Revenue generated will be used to reward the production and uptake of ZNZ marine fuels, whilst also providing billions of US dollars annually to support the maritime GHG reduction efforts of developing countries.

International Chamber of Shipping Secretary General, Guy Platten, said: “The industry fully supports the adoption by IMO of a GHG pricing mechanism for global application to shipping.”

“The joint text put forward by this broad coalition is a pragmatic solution and the most effective way to incentivise a rapid energy transition in shipping to achieve the agreed IMO goal of net zero emissions by or close to 2050.”

“We are very pleased that such a large and diverse group of nations now firmly supports a common approach to maritime carbon charging. This proposed joint text has been hard fought and is broadly based on ideas which ICS has been advocating for the past ten years.

“While a large number of governments now support a universal flat rate GHG contribution by ships – or something similar – a minority of governments continue to have concerns. Working in co-operation with all IMO Member States we will do our best to allay such concerns during the final stages of these critical negotiations about regulatory text.”

This mature regulatory proposal will be considered by a critical IMO meeting in February – in the week of 17 February 2025 at ISWG-GHG 18. 

If the MARPOL amendments are approved by IMO in April 2025, they should enter into force globally in early 2027, with the collection of annual GHG contributions from ships commencing in 2028.

Note: The joint proposal to IMO for a maritime GHG emissions pricing mechanism can be found here.

 

Photo credit: International Maritime Organization
Published: 10 January, 2025

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LNG dual-fuel tugs begin operations in Hong Kong Terminal

Built by Cheoy Lee Shipyards, “LNG Sentinel I” and “LNG Sentinel II” were specifically designed for service at the Hong Kong LNG Terminal Limited import terminal.

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LNG dual-fuel tugs begin operations in Hong Kong Terminal

A pair of dual fuel (diesel and LNG) RAstar 4200-DF standby vessels have recently entered service with Hongkong Salvage & Towage (HKST), according to naval architect company Robert Allan Ltd recently.

Built by Cheoy Lee Shipyards, LNG Sentinel I and LNG Sentinel II were specifically designed for service at the Hong Kong LNG Terminal Limited (HKLTL) import terminal.

Featuring a unique electrical propulsion system with Z-drives that can receive power from both diesel and dual fuel (diesel and LNG) propulsion gensets, these vessels will help maintain a safety zone around the terminal and assist with berthing of LNG carriers to the jetty. 

They will also transport personnel plus equipment between Hong Kong and the floating regasification and storage unit (FSRU) and jetty. Their standby duties may include emergency towing of the FSRU, fire-fighting, spill response, and rescue.

Working closely with both HKST and Cheoy Lee Shipyards through the design process was key to enabling Robert Allan to design this vessel pair that are customised for the missions for which they will be tasked.

These vessels are the 8th and 9th LNG dual fuel tugs completed to five different Robert Allan designs, with three classification societies, and for service on three continents.

 

Photo credit: Robert Allan Ltd
Published: 30 July 2024

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LiqTech, Danbee Marine partner on marine scrubber water treatment solutions for South Korean market

‘We are excited to expand our presence in the Korean ship building market through this partnership agreement with Danbee Marine who has a strong network in the South Korea marine market,’ said Fei Chen, CEO of LiqTech International.

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Dan Freeman on Unsplash

Filtration company LiqTech International on Thursday (25 July) said it has entered into a partnership agreement with and Danbee Marine, a South Korean-based maritime representative to the shipping industry, to market LiqTech’s marine scrubber water treatment solutions within South Korea.

Established in 2009, Danbee Marine, has been focused on delivering fuel treatment chemicals to reduce fuel consumption and emissions within the Korean maritime market. 

“Danbee Marine has a strong presence and foothold with major ship owners and shipyards with a deep insight into marine engineering and equipment. The addition of LiqTech’s compact and efficient marine scrubber water treatment system offering is a synergistic extension of their existing product offerings,” LiqTech said in a statement. 

According to LiqTech, its marine scrubber water treatment system for both closed-loop and hybrid scrubbers “outperforms discharge limits regulated by the IMO Marpol VI”. 

LiqTech’s solutions remove unburned fuel oil, soot particles, ash, and heavy metals from marine scrubber wastewater and take an active role in reducing world pollution. 

Since LiqTech’s first marine installations in 2017, the company has successfully installed retrofit and new-build marine scrubber water treatment systems on more than 170 large commercial ships for many global ship owners. 

“Furthermore, ship owners have gained tremendous fuel savings leveraging LiqTech’s water treatment units, providing for enhanced ROI,” the firm said. 

“We are excited to expand our presence in the Korean ship building market through this partnership agreement with Danbee Marine who has a strong network in the South Korea marine market,” said Fei Chen, CEO of LiqTech International. 

“As the second largest ship building market in the world, we have had a presence with a small number of key customers, including Hyundai Merchant Marine over the years, but have lacked the large-scale presence across a wide variety of ship builders that Danbee can provide.”

“I look forward to working with the capable team at Danbee to deliver our advanced and proven marine scrubber water treatment solutions to help ship owners and ship builders in South Korea fulfil regulatory requirements.”

 

Photo credit: Felix Fuchs on Unsplash
Published: 29 July, 2024

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