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Adapted Biomineralisation for municipal solid waste reuse into Concrete (AdBiCon)

Objective

The AdBiCon project will develop innovative techniques to immobilise bacteria in Municipal Solid Waste (MSW) bottom ashes for
their effective reuse as precursors in alkali activated concrete (AAC). The incorporation of MSW in AAC enables the reuse of locally
generated landfill waste in construction materials, offering a path to decarbonisation of the construction sector. Presently, replacing
>10% Portland cement with MSW bottom ashes affords concrete with higher water demand, air content and porosity compared to
Ordinary Portland cement (OPC) concrete, leading to strength loss and frequent cracks. This concrete also exhibits fast pH decline,
which facilitates corrosion. This warrants for the development of new approaches to exploit bottom ashes for improved MSW-based
concrete. Inspired on the Pantheon dome, biomineralisation is a nature-inspired method to strengthen, repair and protect
construction materials, leveraging on bacteria-induced calcium carbonate precipitation to heal microcracks. Biomineralisation lends
itself to the use of waste-derived materials as carrier and substrates for bacteria because fractional impurities and material
inhomogeneity are not detrimental for the intended application. This creates a huge opportunity for waste reuse and will expand
AACs enormous potential use for greener infrastructures. AdBiCon will study (1) the bacterial carrier capacity of MSW bottom ashes to
protect the bacteria from a harsh environment; (2) the potential of MSW bottom ashes as bacterial nutrient medium & substrate; (3)
the mechanisms of bacteria-mediated inhibition of MSW-containing concrete corrosion in comparison to reinforced OPC concrete; (4)
the potential of self-healing bio-enhanced MSW concrete to prolong the service life of infrastructure, by demonstration and
validation, benefitting the concrete industry. This interdisciplinary engagement with experts and stakeholders will significantly
broaden the fellow's scientific skills and research portfolio.

Coordinator

LIVERPOOL JOHN MOORES UNIVERSITY
Net EU contribution
€ 276 187,92
Address
RODNEY STREET 2 EGERTON COURT
L3 5UX Liverpool
United Kingdom

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Activity type
Higher or Secondary Education Establishments
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Total cost
No data