Skip to main content

Air Liquide to supply SMR to Dangote

Published by , Digital Assistant Editor
Hydrocarbon Engineering,


Air Liquide Engineering & Construction has been selected to supply two hydrogen production steam methane reformer (SMR) units to Dangote Group. Dangote Group is the largest manufacturing conglomerate in West Africa.

The SMR units will be fundamental to a new hydrogen generation complex producing 200 000 Nm3/h of hydrogen and high quality steam for a new refinery located in the Lekki free trade zone in Nigeria.

The new refinery is part of the largest industrial complex that is currently under development in Africa and will produce Euro V compliant low sulfur fuels among other products. Hydrogen is used today in many industrial sectors, especially in the oil refining process to produce sulfur-free fuels. This project will considerably improve refining infrastructure in Nigeria and consequently enable the country to manufacture refined products locally, reducing the reliance on the imported goods.

This equipment supply agreement follows a first agreement related to technology license and process design Air Liquide signed with Dangote in 2015, demonstrating trust in Air Liquide's technology and the quality of the key equipment.

Air Liquide Engineering & Construction is a leading supplier of a cost-effective, highly reliable and energy efficient SMR units for hydrogen production.

Domenico D’Elia, Vice President and Chairman of Air Liquide Engineering & Construction, said: “We are proud to deliver our technology and the steam reformer packages for the large hydrogen production unit as part of this ambitious refinery project. Dangote’s confidence in selecting Air Liquide’s hydrogen and steam reforming technology reaffirms our leading position in this market segment, with more than 130 references around the globe.”

Read the article online at: https://www.hydrocarbonengineering.com/gas-processing/23062017/air-liquide-to-supply-smr-to-dangote/

You might also like

 
 

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


 

This article has been tagged under the following:

Downstream news