Metals recovery through pyro- and/or hydrometallurgical route is a complex and multidimensional process where multiple unit operations are used. Metallurgical unit operations are most often multiphase systems, and research and development faces many of the challenges typically found with such systems. In view of the complexity of the task, the use of sophisticated modeling and simulation tools is a valid approach for analysis of the important phenomena behind the operations, their interactions and relative importance.
In the current training, modeling and simulation approaches are presented that provide good premises for the research, development and optimization of metallurgical operations.
This Training includes approaches carried out with commercial software (HSC Chemistry® software, Outotec) and with non-commercial approaches. Prior knowledge on HSC Chemistry® software is recommended, but not necessary. One can find training on HSC Chemistry® from Outotec for example.
Focus of the training is on hydrometallurgy. Training includes model building, reliability analysis of models and benefits and drawbacks of modeling and simulation. After the training, it is expected that participants have higher perception of potential bottlenecks in operations or threats concerning the development of operations, improved skills on experimental planning and interpretation on experimental results. Consecutive indirect effects are time and costs savings during implementation of hydrometallurgical R&D projects and new technologies.
The foreseen learning outcomes are improved understanding and skills on how modelling and simulation can be used as a tool in process and plant optimization tasks, how models are built, reliability analysis of models and benefits of modelling and simulation in terms of e.g. savings in time and costs and reliability of laboratory data.
The Course starts with a webinar that serves as an introduction to the topic: an example case of industrial scale simulation model showing what are the benefits of building a simulation model, how such model can be built, how reliability can be studied. After the introduction webinar participants have the opportunity to study background material and to give feedback before the 2-3 day face-to-face training period is organized. Face-to-face training includes lectures and open discussion in-group as well as demonstration of modeling cases. Experiences and feedback from face-to-face training are collected and afterwards on-line session will be organized where open issues and possible further question can be presented.
The course is combining classroom lectures, e-learning, computer-based work and self study.
Training is targeted for people working on R&D; researchers from industry, RTO´s and universities.
Matti Lampinen is a Project Manager in the School of Engineering Science at LUT University where he has worked for the last 8 years and where he also obtained his Doctor of Science (Technology) degree. His expertise area is process and product development. He has work with various research project that have been focusing developing novel technologies and already existing operations as well as commercializing new technologies. His main research area is hydrometallurgical leaching applications especially reactor leaching. He has had two visiting researcher period, one four-month period in Canada at University of British Columbia and one six-month period in Australia at Murdoch University. He is particularly interested in how scientifically justified phenomena, models and simulation can be applied in industrial process and product development.
Fedor Vasilyev is a Specialist in modelling and simulation at Outotec Oy. His expertise area is process development. He has many years’ experience in hydrometallurgical modelling and liquid−liquid extraction in hydrometallurgical applications.
There will be an online introduction webinar on September 3rd, 2019, from 13:00 - 15:00 (CET).