Generic filters
FS Logoi
Generic filters

Tenova receives FAC from Vietnamese Hoa Sen Group

Vietnamese steel producer Hoa Sen Group has issued the Final Acceptance Certificate for the state-of-the-art Acid Regeneration Plant (ARP) at their new plant in Binh Dinh, Vietnam, which will operate in accordance with stringent European environmental regulatory standards. This project, the fourth supplied by Tenova for this client, underlines the cooperation between the two parties along with the performance and reliability of Tenova.

von | 21.11.19

The incorporated BLUEdriven Flex Capacity provides Hoa Sen high production flexibility and the plant is able to operate in a range of +50 % to -20 % of the design capacity. This design allows to increase the pickling capacity without consideration of a further investment in the acid regeneration.
Thanks to Tenova’s latest technology innovations, the BLUEdriven Emission Control & ZEROWaste process reduces operation costs while simultaneously optimizing the emissions to achieve international standards.
The installed pelletizing hardening system gives the possibility to supply the hardened oxide pellets to steel makers while the high grade oxide powder can, in parallel, be supplied to the market on a demand basis. The availability of the ARP is optimized thanks to the new secured remote platform for predictive maintenance as well as a locally implemented wireless HMI system for operators and maintenance staff in the field.
(Tenova S.p.A.)

Bildquelle, falls nicht im Bild oben angegeben:

Jetzt Newsletter abonnieren

Die ganze Welt der Metallurgie, immer in Ihrem Postfach.

Hier anmelden

Metallischer 3D-Druck verlängert das Leben von Stahlbauteilen

Metallischer 3D-Druck verlängert das Leben von Stahlbauteilen

Brücken, Tragwerke und industrielle Konstruktionen aus Stahl werden oft über Jahrzehnte hinweg belastet. Mit zunehmendem Alter können Ermüdungsrisse die Sicherheit beeinträchtigen. Der Ersatz fest verbauter Bauteile ist jedoch häufig kaum realisierbar oder sehr aufwändig. Empa-Forschende untersuchen deshalb, wie sich Stahlbauteile gezielt reparieren oder künftig sogar neu konzipieren lassen – mithilfe von metallischem 3D‑Druck.

mehr lesen

Fachinformationen für Sie