Source: BIRN Group

At the iron foundry, BIRN, in Holstebro, Denmark, an innovation project with AI-based technology has been successfully implemented to optimize the foundry's energy consumption.

Two laser sensors have been installed on two of BIRN's pouring units to monitor and analyze, using AI technology, how the liquid iron is dosed into the molds. The dosing process plays a crucial role in the heating process and, consequently, energy consumption, as explained by BIRN's CTO, Lars Jørgensen:

“The technology helps us save a significant amount of energy because precise dosing into the molds is essential for determining the exact amount of energy needed to fill the molds adequately and allow the molten metal to flow perfectly into the molds”.

The project had its beginnings in 2020, during which the technology collected data from BIRN's casting production. Subsequently, the technology was tested in BIRN's operations, where it significantly reduced energy consumption. As a result, BIRN has decided to scale the technology to nearly all the foundry's pouring units:

“Sustainability is one of the cornerstones of BIRN Group's overall corporate strategy, and we continually work strategically to reduce and optimize our energy consumption. AI technology, with its substantial energy optimization potential, holds promise not to mention the financial benefits, as lower consumption obviously has a positive impact on our electricity bills”, says Lars Jørgensen.

Lars Jørgensen, however, clarifies that the technology is far from replacing BIRNs human casting operators. Instead, it provides operators with more time to focus on other, more specialized tasks:

“The technology is a great aid to our operators, but it certainly cannot replace them in the whole process. It essentially serves as a skilled assistant, helping to optimize the pouring processes while operators can take samples of molten iron and perform other specialized tasks”, he concludes.

Source: BIRN Group