Skip to main content

Petrofac awarded Duqm Refinery project

By Materials & Welding
https://www.petrofac.com/en-gb/media/news/petrofac-awarded-duqm-refinery-project/


04 August 2017

Petrofac awarded Duqm Refinery project

Petrofac, in a 50/50 joint venture with Samsung Engineering, has received notification of intent to award a contract worth approximately US$2 billion with Duqm Refinery and Petrochemical Industries LLC (DRPIC) in the southern part of Oman.
Work on the 47-month project will commence shortly, subject to financial closure and full notice to proceed from DRPIC. Petrofac’s and Samsung’s scope of work includes engineering, procurement, construction, commissioning, training and start-up operations for all the utilities and offsites at Duqm.
A strategic investment for the Sultanate of Oman, and forming the cornerstone of the Duqm Special Economic Zone, the development occupies more than 2,000 acres and, when completed, will have a refining capacity of approximately 230,000 barrels of oil per day.
E Sathyanarayanan, Group Managing Director, Engineering & Construction, commented:
“This significant project represents our twelfth in the country and serves to reinforce Petrofac’s commitment to one of our core markets; one in which we have been present since 1988. Furthermore, it provides a valuable opportunity for us to continue to increase in-country value through engaging with the local supply chain and recruitment of local resources.
“We are very much looking forward to working with Samsung on this project and growing our relationship with DRPIC.”

Comments

Post a Comment

Popular posts from this blog

Heat tint (temper) colours on stainless steel surfaces heated in air // Heat tint

By Materials & Welding
Introduction The colour formed when stainless steel is heated, either in a furnace application or in the heat affected zone of welds, is dependent on several factors that are related to the oxidation resistance of the steel. The heat tint or temper colour formed is caused by the progressive thickening of the surface oxide layer and so, as temperature is increased, the colours change.   Oxidation resistance of stainless steels However, there are several factors that affect the degree of colour change and so there is no a single table of colour and temperature that represents all cases. The colours formed can only be used as an indication of the temperature to which the steel has been heated. Factors affecting the heat tint colours formed Steel composition The chromium content is the most important single factor affecting oxidation resistance. The higher the chromium, the more heat resistant the steel and so the development of the heat tint colou...
Post a Comment
Read more

Materails FAQs

By Materials & Welding
Q: What are equivalents for standard Q 235 B (and Q 235 A) for U-channels? (asked by: boris.vielhaber@vait.com) A: DIN Nr. = 2393 T.2, 2394 T.2, EN 10025 W. Nr. DIN 17007 = 1.0038 Design DIN 17006 = RSt 37-2, S235JRG2 (Fe 360 B) Q: What is St DIN 2391 BK material? (asked by: dmcandrews@automaticstamp.com) A: Precision steel tubes, cold-finished/hard. Q: What is C.D.W. Boiler Tube? (asked by: montydude123@yahoo.com) A: Cold Drawn Welded Boiler Tube. Q: WHAT IS W.Nr. 1.4301? PLS TELL US IN EASY LANGUAGUE (asked...
21 comments
Read more

The Schaeffler and Delong diagrams for predicting ferrite levels in austenitic stainless steel welds

By Materials & Welding
Introduction Ferrite is important in avoiding hot cracking in during cooling from welding of austenitic stainless steels. 'Constitution diagrams' are used to predict ferrite levels from the composition by comparing the effects of austenite and ferrite stabilising elements. The Schaeffler and Delong diagrams are the original methods of predicting the phase balances in austenitic stainless steel welds. Nickel and chromium equivalents A 'nickel equivalent' is calculated for the austenite stabilising elements and a 'chromium equivalent' ferrite stabilising elements. These are used as the axes for the diagrams, which show the compositional equivalent areas where the phases austenite, ferrite, martensite (and mixtures of these) should be present. Although intended to show the phase balance of weld fillers, these diagrams can also be used to illustrate the phase balance of the 'parent' material. There are different diagrams for dif...
Post a Comment
Read more