Skip to main content

Maersk and Koole Terminals sign 0.5% sulfur marine fuel agreement

Published by
Hydrocarbon Engineering,


Maersk Oil Trading and Koole Terminals have signed an agreement to produce IMO 2020-compliant bunker fuel.

The production will take place at the Petrochemical Industrial Distillation (PID) unit, located at Koole’s Botlek site in the heart of the Port of Rotterdam. The toll distillation deal allows Maersk to produce very-low sulfur fuel oil (VLSFO) bunker fuel and will enable Maersk to further expand its bunker supply volumes in Europe.

Annual production is expected to cover 5 – 10% of the company’s annual fuel demand.

“The fuel manufacturing process allows Maersk to produce compatible low sulfur fuels that complies with the IMO 2020 sulfur cap implementation, reducing the need to rely on 0.1% price-based gasoil and fuel oil outside the ECA zones. Our activities with Koole will be an important driver in ensuring stable, reliable services for Maersk’s customers during a potentially volatile period for global shipping,” said Niels Henrik Lindegaard, Head of Maersk Oil Trading at A.P. Moller - Maersk.

“Koole Terminals continues to explore opportunities to contribute to a sustainable society. One of the initiatives is to utilise our PID unit for producing environmentally friendly transportation fuels. We are proud to partner with Maersk and produce a low sulfur bunker fuel to support the reduction of sulfur emissions in order to reduce air pollution,” said John Kraakman, CEO of Koole Terminals.

The IMO 2020 0.5% sulfur fuel cap will be implemented globally as of 1 January 2020. Bunker fuels within the ECA (Emission Control Area) zones will remain at the current cap of 0.1% sulfur. Koole's PID unit will also enable Maersk the possibility to produce such ECA 0.1% sulfur fuel.

Read the article online at: https://www.hydrocarbonengineering.com/clean-fuels/05092019/maersk-and-koole-terminals-sign-05-sulfur-marine-fuel-agreement/

You might also like

 Shell Catalysts & Technologies

[WEBINAR] Nano-engineered Zeolites in Hydrocracking Catalysts – Unlocking Ultimate Performance

This webinar reveals how an exciting new nano-engineered technology, Shell’s Molecular Access Catalysts for Hydrocracking (MACH), has unlocked this constraint and describes the valuable opportunities this creates for refiners. Register for free today »

 

Efficient pump protection

Ralf Loehe from CIRCOR | SCHROEDAHL examines automatic recirculation valves and their benefits for critical pump protection.

 
 

Embed article link: (copy the HTML code below):