About the project
The production of concrete accounts for more than 5% of global anthropogenic CO2 emissions, and new, disruptive technology in the field is needed to make a large-scale impact. Among the alternative avenues currently pursued is the use of naturally occurring mineral-microbe interactions in the production of construction materials. Integrated efforts across multiple disciplines, including biotechnology, nanotechnology, mathematics, geochemistry, process engineering, techno-economics, and social sciences will make it possible to pave the way for a more sustainable production of concrete for construction purposes in the bioeconomy era.
The idea of BioZEment originates from the Research Council of Norway's first Idélab "Towards the Zero Emission Society" (2014). Our basic concept is to employ bacteria to produce acid to partially dissolve crushed limestone, and subsequently induce an increase in pH by biocatalysis to initiate re-precipitation of calcium carbonate to bind sand grains together, forming a solid, concrete-like construction material. Experimental results from the Idélab project indicate the overall feasibility of the BioZEment concept. However, in order to elevate the current technological achievements to the next level, an in-depth systems-scale understanding at different levels will be necessary to guide further development of the concept. To that purpose, the BioZEment consortium will team up with additional partners at IRIS and NTNU, forming BioZEment 2.0, to expand its theoretical and predictive capabilities in the fields of systems biology and bio-geochemical process modelling. This is essential to guide the BioZEment process towards commercial large-scale applications.
BioZEment 2.0 builds on the earlier project BioZEment.
- Anders Myhr; Frida Røyne; Andreas Saur Brandtsegg; Catho Bjerkseter; Harald Throne-Holst; Anita Borch; Alexander Wentzel & Anja Røyne (2019). Towards a low CO2 emission building material employing bacterial metabolism (2/2): Prospects for global warming potential reduction in the concrete industry. PLOS ONE. ISSN 1932-6203. 14
- Emil Karlsen; Christian Schulz & Eivind Almaas (2018). Automated generation of genome-scale metabolic draft reconstructions based on KEGG. BMC Bioinformatics. ISSN 1471-2105. 19, s 1- 11
- Harald Throne-Holst (2019). Vil vi betale for miljø? Klimavennlige byggematerialer.
- Harald Throne-Holst (2019). Quantifying responsiveness.
- (2019). AVSLÅR TVERRFAGLEG FORSKING.
- Harald Throne-Holst (2018). Paneldebatt: Fremtiden for genredigert (GMO) mat i Norge - Hva skal vi ha til middag?.
- Anja Røyne (2018). Bærekraftig betong laget av bakterier.
- Emil Karlsen; Jennifer Simone Zehner; Mohammad Amin Razbani; Espen Jettestuen; Anders Malthe-sørenssen; Alexander Wentzel; Pawel Sikorski; Eivind Almaas & Anja Røyne (2018). Metabolic modelling, reactive transport modelling, and experimental verification of microbial-induced processes in the production of bio-concrete.
- Mohammad Amin Razbani; Espen Jettestuen; Anja Røyne & Anders Malthe-Sørenssen (2018). Modelling of dissolution and precipitation during microbially induced calcium carbonate cementation process using lattice Boltzmann method.
- Anja Røyne; Yi Jing Phua; Ina Grosås Eikjeland; Alexander Wentzel; Simone Balzer Le; Kjell Domaas Josefsen; Sidsel Markussen; Anders Myhr; Andreas Saur Brandtsegg; Cato Bjerkeseter; Harald Throne-Holst; Anita Borch; Pawel Sikorski & Frida Røyne (2018). BioZEment 2.0: Towards a low CO2 emission building material employing bacterial metabolism.
- Harald Throne-Holst (2018). Getting our hands dirty. The issue of co-responsibility.
- Emil Karlsen & Eivind Almaas (2018). In silico evolution of plant-like structures.
- Emil Karlsen & Eivind Almaas (2018). Modeling the developmental physiology of plants.
- Emil Karlsen; Christian Schulz & Eivind Almaas (2018). Automatic assembly of genome-scale metabolic draft reconstructions from KEGG data.
- (2018). Ekspertintervjuet: Bygg med bakterier.
- (2018). Hva er biotech?.
- (2018). Hvordan kan du bruke BioTech til å skape et nullutslippssamfunn?.
- Anja Røyne; Yi Jing Phua; Ina Grosås Eikjeland; Simone Balzer Le; Sidsel Markussen; Kjell Domaas Josefsen & Alexander Wentzel (2017). Concrete production through microbially induced dissolution and re-precipitation of limestone.
- Harald Throne-Holst (2017). Responsible Research and Innovation - Concepts and practical examples.
- Anja Røyne (2017). BioZEment 2.0: Construction materials made by bacteria.