The Finnish Center for Artificial Intelligence FCAI is a research hub initiated by Aalto University, the University of Helsinki, and the Technical Research Centre of Finland VTT. The goal of FCAI is to develop new types of artificial intelligence that can work with humans in complex environments, and help modernize Finnish industry. FCAI is one of the national flagships of the Academy of Finland.
New collaboration targets the mine-to-market value chain

The Finnish Center for Artificial Intelligence FCAI has started a new industrial collaboration with mining and minerals giant Metso, data visualization systems manufacturer LightningChart and AI analytics platform Quva. The AIMODE project addresses several challenges in the mining industry, such as energy efficiency, sustainability and raw material quality, with artificial intelligence solutions. The three-year project, backed by Business Finland, aims to create new AI methods and tools to better track and optimize each step along the mine-to-market pipeline.
The process from excavating the earth to producing products is long, but for FCAI professor Simo S盲rkk盲, it resembles familiar industrial control systems in factories. 鈥淲e are dealing with the same multivariate optimization problems, process models and control systems that could be applied to mining or anything else,鈥 says S盲rkk盲. 鈥淲e are trying to understand the process, and want to do it more efficiently, sustainably and by saving energy.鈥
Another benefit of artificial intelligence in the mining industry is risk reduction. Intelligent automation can increase safety and reliability, especially in mining where high turnover of staff can create skill and knowledge gaps and monotonous tasks can lead to accidents. AI can also be used to better identify minerals and boost recovery, leading to purer ore and reduced waste.
Mining is a new area for S盲rkk盲 and his group members at Aalto University, including project manager Lauri Palva and postdoctoral researcher and mathematician Christos Merkatas, but they are excited to adapt their expertise to an unfamiliar industry. Along with members of the research team of Anssi Laukkanen from VTT, the collaborators are visiting Metso鈥檚 customers鈥 mines, where there are typically hundreds of sensors on-site monitoring every step of the process. New hardware isn鈥檛 needed, explains S盲rkk盲. 鈥淲e can perform more computations from existing sensors, to get better estimates of process performances and other quality indicators.鈥
The goal is a real-time, AI-infused dashboard of the mining process. Metso already has sophisticated simulators, effectively 鈥榙igital twins鈥 of the mine, in which different conditions can be tested before real-world changes are made. FCAI鈥檚 contribution will be improved AI methodology and implementations. LightningChart and Quva will integrate FCAI鈥檚 work into Metso鈥檚 existing systems, creating fusion tools.
Contact the researchers
Read more


Neste and FCAI collaboration: Optimizing chemical reactors with AI
FCAI's new video series on academy-industry collaboration first presents Neste NAPCON.
Global boom in mining is on the way
Demand for many minerals is already growing fast. The International Energy Agency (IEA) estimates that demand for lithium, the basic raw material for electric cars, will increase more than 40-fold by 2040.
Read more news

ARTEFAKTI24
The second iteration of ARTEFAKTI, the graduation exhibition of Contemporary Design MA programme.
Unite! Networking Hub Launches: Exchange best practices and learn from peers across Europe
The Unite! Networking Hub is an online space for Unite! faculty and staff to meet to connect and engage with colleagues in the same field of expertise, share and discover best practices, and support one another in addressing work-related challenges.
Herd immunity may not work how we think
A new study from researchers at Aalto University suggests that our picture of herd immunity may be incomplete 鈥 and that understanding how people are connected could be just as important as knowing how many are immune.