Flexible pig iron management in integrated management for improved productivity and simplified transition to future production systems.
Steel production management system for increased production stability and data-driven operations.
Electric steelmaking route is becoming increasingly important over time. More complex refining operations and advanced steel grades entering the elctric steelmaking which requires a strict process control and stability.
Minimise raw materials costs while maintaining a high (and even) product quality are decisive elements in foundry operations profitability.
Our technologies has been used in the ferroalloy industry for close to 50 years. Granshot has been the de-facto standard for granulation FeNi and our latest developments is not only a cost effecient solution but the granulated product also meets the needs of the end-users in regards of convenient material handling in automated steel-making. The CLU process is the optimum converter route for efficent and cost saving refining of FeCr and FeMn LC and MC products. The full integration from process control to UTCAS gives the process engineer all the tools needed for optimising the production and helps the operators with all necessary refining tasks.
The high value of non-ferrous alloys such as copper, cobolt and silver demands a casting technology with a high yield and a product suitable for further processing. The Granshot method is used to produce granules with properties optimised for different applications. In addition to traditional use as meltstock copper granules produced through the Granshot proess has been embraced as a premium material for the copper foild industry.
In the steel industry recyling has for a long time been important and the portion of recycled material is increasing year by year. With the increased amount of scrap it is becoming even more important to keep track of composition to ensure level of unwanted elements are enriched in the steel. With todays trend of urban mining it has also become attractive to refine the recycled material. Our converter processes are tailor made for different material and if coupled with a downstream metal granulator an attractive rawmatrial is achieved.
The key to sustainable stainless steel manufacturing is lowering energy, raw material, and gas consumption while ensuring production stability and overall performance. However, stainless steel operations are dependent on several variables and circumstances. The overall production needs to be flexible and adaptable to changes and disruptions to achieve stability and reach processing objectives.
Regardless of changing conditions or requirements, optimal processing is required for each heat to reach production targets and maximum yield.
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Our mission is to support advanced metal producers to refine their metal processing, increase value, and stay competitive.
Our heritage makes us understand requirements on operations to perform. We focus on stability, throughput and safety, while preparing for the future demands driven by the global transitions.
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