Nucor Sets New World Record for Cold DRI Production
11/06/2024 - Nucor Corp.’s Louisiana direct reduction plant produced a record-shattering 330.3 tons per hour of cold direct reduced iron (CDRI) in August 2024, according to one of the mill’s equipment suppliers.
In an official press release, Tenova said Nucor Steel Louisiana’s use of ENERGIRON direct reduction technology helped achieve this production milestone while also reaching 98% operational reliability and 97.50% availability in 2024.
Stephano Maggiolino, Tenova HYL’s president and chief executive, said, “We are thrilled to recognize this remarkable achievement in our ENERGIRON Direct Reduction Plant. This record is a testament to the continuous pursuit of operational excellence and our innovation in cutting-edge technology that enhances our Direct Reduction Plants' production capabilities while reducing the environmental footprint.”
“The most important factor that helped Nucor Steel Louisiana reach a world record production rate is our team and our culture,” said Nucor Steel Louisiana vice president and general manager Calvin Hart. “Each member of our team has played a crucial role in this achievement. It is their commitment and passion that has made achieving this record possible.”
Read more here.
Stephano Maggiolino, Tenova HYL’s president and chief executive, said, “We are thrilled to recognize this remarkable achievement in our ENERGIRON Direct Reduction Plant. This record is a testament to the continuous pursuit of operational excellence and our innovation in cutting-edge technology that enhances our Direct Reduction Plants' production capabilities while reducing the environmental footprint.”
“The most important factor that helped Nucor Steel Louisiana reach a world record production rate is our team and our culture,” said Nucor Steel Louisiana vice president and general manager Calvin Hart. “Each member of our team has played a crucial role in this achievement. It is their commitment and passion that has made achieving this record possible.”
Read more here.
