Case Fortum: Towards more efficient battery recycling with Tamtron’s solutions

 

Fortum promotes a cleaner future with Tamtron technology

Fortum, an international listed company, promotes change towards a cleaner world by providing its customers and society with clean energy and sustainable solutions. Fortum is also one of Tamtron’s long-standing and most important customers. The demanding weighing and dosing technology delivered to the hydrometallurgical battery recycling plant in Harjavalta supports Fortum’s responsibility goals.

Battery recycling plant supports European self-sufficiency

Fortum has invested significantly in its battery business in recent years. The Harjavalta plant returns critical materials to European production, strengthening Europe’s self-sufficiency in battery materials. At the same time, Tamtron’s role as part of the Finnish and European battery industry value chain is growing.

Cooperation began with expert technology inquiries

Juha Immonen, Sales Manager at Tamtron, says that cooperation with Fortum began with interest sparked by references:

“At the beginning, there was a lull where we got to know each other and looked at the project needs. The discussion initially focused mainly on weighing, but we also presented big bag solutions. Fortum’s experts were good at asking the right questions about technology solutions.”

Battery recycling solutions on a tight schedule

As Fortum’s project progressed, the schedule became tighter, but Tamtron managed to meet the needs without delays: “We agreed on a reasonable delivery date. These scheduling challenges are typical in large industrial projects but can be overcome with good cooperation,” says Immonen.

He emphasizes that Tamtron’s involvement early in the project brings the most benefit to the customer: “We were able to offer consultative value by guiding technology choices and considering the bigger picture surrounding the project.”

Precise dosing and big bag management

As a result of the project, Fortum now uses Tamtron’s material receiving equipment to serve its hydrometallurgical battery recycling process. The solution enables high accuracy unloading of big bags and dosing of powdered additives.

“We provide receiving stations that suppliers can fill. This keeps the process efficient and controlled,” Immonen explains.

Focus on the growing battery recycling market

Fortum is an important customer and valuable reference for Tamtron, but the cooperation also offers new growth opportunities:

“Fortum’s importance in the battery recycling industry is growing; we want to be part of that growth. This project is part of Tamtron’s strategy to focus on the battery industry.”

In recent years, Tamtron has been actively developing solutions for the battery industry and supplying technology to several European players in the field. In addition, circular economy companies utilize Tamtron’s digital mScales weighing service to streamline their operations.

“We help our customers in both good times and bad. Our long experience, solid expertise, and cutting-edge technology ensure that we always find the best solutions for our customers,” Immonen sums up.

Guide: Weighing and dosing in the handling of battery materials

Guide to purchasing weighing and dosing solutions for the battery industry

Want to know more?

Juha Immonen

Juha Immonen

Export Sales Manager, Dosing and Weighing systems +358 50 370 4221 juha.immonen@tamtron.com

Related articles

Tamtron joins the Patria-led eALLIANCE ecosystem
Tamtron joins the Patria-led eALLIANCE ecosystem
Articles October 1, 2026
Digital Solutions On-board Scales Process Weighing and Dosing Truck and Railway Scales
Tamtron integrated weighing and dosing solutions for efficient process industries
Tamtron integrated weighing and dosing solutions for efficient process industries
Articles September 22, 2026
Mining and Metal Processing Process Weighing and Dosing Weighing and dosing solutions for drymix products
Meet Tamtron at Powtech Technopharm 2026!
Meet Tamtron at Powtech Technopharm 2026!
Articles, Events July 14, 2026
Process Weighing and Dosing
Back to top