Next level process integration in microalgae biotechnology with digital applications

Description of the granted funding

Microalgae are photosynthetic organisms that can sequester carbon dioxide from industrial emissions as well as nutrients from wastewater while producing large amounts of valuable biomass and compounds. The aim of the MIDAS consortium is to develop the use of microalgae cultivations for carbon sequestration from typical industrial gas mixtures as well as carbon dioxide emissions and nutrient discharge from recirculating aquaculture and, at the same time, concatenate microalgae-based services and processes, including production of biomass, valuable biomolecules and hydrogen gas. Efficient integration of processes through spectroscopy-based monitoring and process modeling is at the core of this research project. The MIDAS consortium combines expertise from microalgae biotechnology, recirculating aquaculture, sensorics and computational sciences to enhance the process integration and control and therefore promote microalgae technology's contribution to the green and digital transition.
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Starting year

2023

End year

2025

Granted funding

Role in consortium of the Academy of Finland

Partner

Other consortium parties

Leader
University of Jyväskylä (352764)
448 852 €
Leader
University of Jyväskylä (352764)
448 852 €
Partner
University of Jyväskylä (352765)
442 553 €

Funder

Research Council of Finland

Funding instrument

Targeted Academy projects

Decision maker

Suomen akatemian muu päättäjä
13.12.2022

Other information

Funding decision number

353023

Fields of science

Chemical engineering

Research fields

Biomassan jalostustekniikka

Themes

RRF Vihreän ja digitaalisen siirtymän avainalat (P3C3I2)

Identified topics

microbiome, microbiology