Materials and Sustainability: the residual soil as an optimal construction material

Abstract

This work aims to demonstrate the application of the process of geopolymerization to the manufacture of the soil-cement block (SCB) in order to obtain a geopolymerized soil block (GSB), since the production of soil blocks, stabilized with Portland cement and compacted manually constitutes an alternative to the construction of low-cost housing projects. Inorganic geopolymers, on the other hand, result from a chemical reaction known as geopolymerization. They are materials of remarkable hardness and mechanical resistance, as well as long-term durability. Geopolymers can be manufactured out of locally available, low-cost raw materials. Hardening a geopolymer compound takes a lot less energy than it does for its counterpart. Geopolymers can harden in a matter of a few hours at temperatures between 50 and 80 Celsius degrees. Besides, the BSG, due to their lower environmental impact, promise to become a key component in the development of sustainable cities, which each time exploit less of their own non-renewable resources.

Authors and Affiliations

Carlos M. Bedoya, O. N. Yepes

Keywords

Related Articles

IMAGE COMPRESSION FOR DIFFERENT BLOCK PIXELALGORITHM FOR RANDOM IMAGE

This paper aims to proposed multi-level block truncation code (BTC) based image compression of continuous tone still image to achieve low bit rate and high quality. The algorithm has been proposed by combining bit map an...

Impact of Initialization shapes on the Performance ofWaveform Optimization

This paper aims to examine the effect of initialization for the shape of waveform that can be used in multicarrier systems such asOrthogonal Frequency-Division Multiplexing (OFDM) and Filter Bank Multi-Carrier (FBMC)for...

Development of a universal INFRAMOD tool for setting up infrastructural networks

In order to develp smart cities and smart communities, one needs internet access with speeds of >30 Mbit/s. The EC budgeted this activity within the financial perspective 2014-2020 for member states with about 50mioEUR/...

Relation between Type-II Discrete Sine Transform and Type -I Discrete Hartley Transform

In this paper, a relation for finding type-II discrete sine transform (DST) from type-I discrete Hartley transform (DHT) has been derived. The transform length N is taken as even. Using this relation, the (N - 1) output...

Modeling and control of PMSG based variable speed wind turbine using Proportional Resonant controller

This paper presents a controlling scheme of a permanent magnet synchronous generator based variable speed wind turbine connected to the utility grid, and a full-scale back-to-back voltage source converter to regulate the...

Download PDF file
  • EP ID EP431554
  • DOI 10.9790/9622-0812031215.
  • Views 148
  • Downloads 0

How To Cite

Carlos M. Bedoya, O. N. Yepes (2018). Materials and Sustainability: the residual soil as an optimal construction material. International Journal of engineering Research and Applications, 8(12), 12-15. https://europub.co.uk./articles/-A-431554