Sporosarcina Pasteurii, Thinking Soils

SEM & EDS analysis of calcite formations in hydrogels

1 Jul , 2019  

20190701_sem3

Hydrogels can be used as soil analogues to study bacteria growth and MICP in-situ in a more confined and easily accessible environment. In this study of microbial induced calcium carbonate crystal growth in agarose hydrogels, Beate has been investigating the influence of variation in the cementation media on micro-scale calcite growth and distribution. EDS X-ray […]

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Computational Colloids, Sporosarcina Pasteurii, Thinking Soils

Visualisation of MICP in agarose hydrogel

5 Mar , 2019  

microscopic and sem

Following on from Javier’s work on the application of agarose gel as a soil analogue, his project introduced a novel application in which agarose gels can be used for the development of early-stage demonstrators, by allowing an easier monitoring and greater control over the physical, chemical and mechanical properties of the environment. Thus allowing testing […]

Sporosarcina Pasteurii, Thinking Soils

Testing glass cementation vessel

15 Jan , 2019   Video

A video preview of glass work produced for the project Thinking Soils of the liquid run-through in preparation for the biocementation process and testing as part of an ongoing PhD research development. 

Bacilla Spore Actuators, Computational Colloids, Sporosarcina Pasteurii, Thinking Soils

The bio design lab in action

21 Jun , 2018  

DSCF0704

    Our team hard at work in our bio design lab in the Devonshire building at Newcastle University in our new Thinking Soils lab coats. After some time setting up we have a few projects that are already making use of the facilities. Here, Beate and Thora have been cultivating and experimenting with a biomineralising bacteria and […]