MNEXT is a research group which is part of the HZ University of Applied Scienced in The Netherlands. The research is focused on gaining more insights and further developing geopolymer mixtures made from by-products of industries and natural fibers. Within the research group, there are different mixtures …

This research investigates the potential of natural jute fibre nets to enhance the flexural strength of geopolymer concrete tiles. Two types of jute fibre grids with surface densities of 120g/mm² and 220g/mm² were tested in four configurations. The objective was to determine the configuration that most …

Concrete is arguably the most widely used building material in the world today. Current estimates of world cement manufacture are of the order of 1.7*109 tons per year, enough to produce well over 6 km3 of concrete per year or at least 1 m3 per person (Gartner, 2004). It is a composite material made …

MNEXT (formerly the Center of Expertise – Biobased Economy (CoE BBE)) is researching about the link between Geopolymer, Alginate and Natural fibres treated using Alginate, more specifically about the potential usage of Sodium Alginate and Alginate-treated natural fibres as biological/sustainable binder/activator …

This research study aims to determine the most suitable soil stabilization method for ensuring a stable and sustainable foundation for the design of a railway embankment expansion between Zoeterwoude East and Hazerswoude-Rijndijk. The research question is addressed through a comprehensive analysis using …

Concrete made with geopolymer binders instead of conventional Portland cement is called geopolymer concrete. It is an alternative to conventional concrete and has several advantages in terms of material performance and environmental sustainability. In this study, the geopolymer concrete mixtures were …

The following paper refers to the final thesis for the curriculum at HZ University of Applied Science and was carried out at the request of the Italian firm Aig Associati and Partner. The structural team of the architecture and engineering firm requested a study on the most effective and least time-consuming …

For this research the main objective is to understand the effect fire would have on biocrete, as well as optimizing the amount of Miscanthus fibres into the mixture to make biocrete that is still strong enough for internal walls, as well as sub-research objectives that will be researched and accomplished …

The focus of this research is to optimize the bio-concrete mixture design containing natural plant-based fibres as well as to investigate and describe the properties of the developed materials. The main goal of the project is to produce a bio-concrete design that is sufficient to be used as an insulation …

While writing this report, the construction is ongoing of the Oosterweel Connection project of the ring of Antwerp ongoing. This project is about completing the ring of Antwerp from West to North around the city. This project aims to improve the connectivity around the city and the port of Antwerp. A …