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numerical modelling of steel storage racking systems, as well as in conducting non-linear structural analyses. This work will serve as a basis for developing fragility functions for existing racks and
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defining technical specifications; ii) performance simulation, analysis and validation of thermal battery cells/elements; iii) performance evaluation and optimization of the laboratory prototype, as
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solar radiation and optimization of parameters at laboratory scale; (iii) pilot-scale tests using real biogas and natural sunlight. Legislation and regulations: Law Nº. 40/2004, of 18th August, in its
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thermal hydrolysis of sewage sludge; ii) testing and optimization of the thermal hydrolysis system; iii) characterization of the digestate (liquid and solid phases). Legislation and regulations: Law Nº
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researcher will contribute to the following work plan: Preparation and characterization of catalytic films and optimization of the catalytic substrates; Development of the lab pilot plant for catalytic
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Mitigation, with the reference: BiodivNBS/0007/2023 and DOI: https://doi.org/10.54499/BiodivNBS/0007/2023 , financed by Fundação para a Ciência e a Tecnologia, I.P. , through national funds, under the
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applications : The call is open from 15/10/2026 to 30/10/2026 (until 23:59 local time). Applications must be submitted via the online application system available at https://www.apply.up.pt (Ref
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presentation of the applications : The call is open from 11/09/2026 to 24/09/2026 (until 23h59m, GMT time). Applications must be submitted via the online application system available at https
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application system available at https://www.apply.up.pt ( Ref.ª MultAntiBiofilm - BOLS-FEUP-26-5) by 25/08/2026, accompanied by the following documents : - Motivation letter, - Copy of certificates
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from 11/09/2026 to 24/09/2026 (until 23h59m, GMT time). Applications must be submitted via the online application system available at https://www.apply.up.pt , reference (FEUP-RAICC-01-07 - BOLS