All News

21 March 2019

Big River Steel awards Russula water treatment complex for Flex Mill™ expansion

In January 2019, Big River Steel awarded Russula a contract to supply the water treatment solution for Big River Steel's Flex Mill™ expansion that will double the hot-rolled steel production capacity to 3.3 million tons annually. Russula designed and supplied the 154,000 gpm water treatment complex for the first phase of Big River Steel, delivered in 14 months from the contract award date.
12 March 2019

Novelis contracts Russula for automation upgrade of cold mill

Following the successful electrical and automation modernization of slitter no. 2, Novelis contracted Russula to modernize its cold rolling mill in Pindamonhangaba, São Paulo, Brazil. Russula won the automation project in October, 2018.
7 March 2019

Russula Appoints new automation division manager for India

Russula Corporation announces the appointment of Kalisankar Pattanayak as the new Automation Division Manager of Russula Automation and Engineering Solutions India Pvt. Ltd.
27 February 2019

Russula appoints new country manager for India

Russula Corporation announces the appointment of Sharad Jha as the new Country Manager of Russula Automation and Engineering Solutions India Pvt. Ltd.
5 February 2019

CELSA Atlantic chose Russula to upgrade bar mill

Celsa Atlantic chose Russula to perform a mechanical upgrade that allows the plant to roll with 180 mm size billets on both the bar and wire rod mills.
5 December 2018

Elvira Martínez Fernández – Russula Inside

Elvira Martínez Fernández, Quality, Safety and Environment Director, answers our questions in this extensive interview.
5 December 2018

Russula launches Russula Inside

INSIDE RUSSULA is a series of extensive interviews with auspicious members of our team.
1 December 2018

Russula newsletter No. 18

29 November 2018

Simplified pipe support speeds-up laying head pipe change

29 November 2018

New patented laying head design provides competive edge to wire rod mills

Russula has patented a new, simplified, laying head design that reduces maintenance downtime, noise and power consumption and extends the life of the equipment.