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About 

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TRAMPOLINe- is a joint academic-industrial inter-disciplinary initiative which has the primary goal of training a pool of young researchers in the field of microbial electrochemical technologies (METs) while developing innovative and ready-to-be-applied solutions for tackling global environmental challenges, including contamination of the remaining freshwater sources, unsustainable production processes, anthropogenic CO2 emissions and the transition towards renewable energy environment. The main aim of TRAMPOLINe- is to form a collaborative network that:

        (i) connects leading researchers in the core MET disciplines with SME/large companies,

        (ii) upgrades the state-of-the-art of METs into prompt industrial adoption, and

        (iii) trains a set of young researchers to become highly skilled MET scientists.

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Due to the multidisciplinary nature of METs, the upgrading of MET-based cutting-edge technologies calls for international inter-sectoral cooperation in view of its proper industrial adoption. The doctoral training is carried out in research groups that are developing progressive technologies and materials for applying METs with active involvement of industrial partners that can support the market adoption of the technologies. The candidates will be developing MET-based technologies focusing especially on bioremediation, desalination, industrial bioproduction, resource recovery, and the production of CO2-based chemicals. Comprehensive technology development is supported by the work packages dedicated to microbiology of electroactive microorganisms, engineering redox reactions and reactors, innovative materials, MET-based industrial bioproduction, environmental applications, and industrial adoption.

WORK-PACKAGES

TRAMPOLINe- comprises WPs related to fundamental research (WP2, WP3, WP4), which will feed to more applied research (WP5, WP6) and aim at raising awareness on the project results to facilitate industrial adoption of the outcomes (WP7).

WP3

Engineering redox reactions and reactors

Tabela periódica

WP4

Innovative materials for MET

concreto
Cervejaria moderna
árvores

WP6

Environmental application of MET

WP7

Industrial adoption, communication, dissemination

CELULAR

WP8

Training programme

Assentos para conferências

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie SkÅ‚odowska Curie grant agreement Nº 101167647.

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