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Comparison of Isan and Ire Ekiti Clay Materials for Ceramic Brick Production

Afuye E. K Akintunde M. A Akinola A. O

Subject area: Science,Engineering and Technology  ·  Area of research: Material Science

Abstract

The evaluation of ceramic materials is a crucial area of research and innovation in the construction industry. Ceramic bricks are widely used as building materials due to their superior properties such as high strength, durability, thermal insulation, and fire resistance. This paper focuses on the comparison of Isan and Ire Ekiti clay materials for use of a ceramic brick manufacturing plant in Ekiti State, Nigeria. Originally mud bricks were used and they were made by human hands manually, today, the process of brick making has become much easier with emerging technologies and discoveries, using brick making plant. Bricks are produced in a very easy and faster rate. Providing adequate housing requires continuous research and investment especially in appropriate technologies that reduce the cost of construction and the cost to the environment. Ceramic brick production is one of such appropriate technologies. Soil samples were collected from the borrow pits within the two towns in Ekiti State. Preliminary geotechnical tests were conducted to determine the engineering properties of the soils so as to determine the best sample(s) or to know whether ceramic blocks can be produced in the communities. The soil samples were tested in order to know their performance characteristics, compressive strength, density and water absorption. The results from the study show that the soil samples consist of varying proportions of mineral compositions which form baseline data with regards to the characterization of clay samples. The study revealed that ceramic bricks manufacturing company can be sited in the two places since raw materials for the production are readily available in good quality.

Keywords

Engineering properties, clay, bricks, housing Ekiti state

References

[1] Aeslina A.K, Abbas M, Felicity R, John B (2010). Density, strength, thermal conductivity and leachate Characteristics of light weight fired clay bricks incorporating cigarette butts, International Journal of Civil and Environmental Engineering, Vol.2 . Pp.179 – 184

[2] Afuye E.K and Ejiko S.O (2017). Development of an interchangeable Throwing Wheel; Scholarly journal of Engineering Research Vol.3 (1), pp. 11-21 (International), ISSN 2276-8955 www. Support @scholarly –journals.com

[3] Alan G. K, (2005): “Ceramic Technology and Processing” Published by A. K Jain, Standard Publishers, Printed by Meenaksly Printers, Delhi ISBN: 81 – 8014 – 0490 Pp. 2, 3.

[4] Acosta A, I. Iglasias, M. Aineto, M. Romero, J. MA. Rincon, (2002): “Utilization of IGCC slag and clay sterilse in soft mud brick (by pressing) for using in building bricks manufacturing”, Waste Management, Vol. 22. Pp. 887-889,

[5] Arumala, J.O. & Gondal, T. (2007). Compressed Earth Building Blocks for Affordable Housing”. The Construction and Building Research Conference of the Royal Chartered Institute of Surveyors. Atlanta U.S.A

[6] Barsoum M. W, (2003): “Fundamentals of Ceramics” published in Great Britain by Tailor and`Francis Groul, ISBN: 13:978 – 0 – 7503 – 0902 – 8112, 3, 6, 7, 8 and 13

[7] Das, B.M. (2006): “Principles of Geotechnical Engineering” 6ed. Thomson Canada Limited.

[8] David W. Richerson; William Edward Lee (1992): “Modern Ceramic Engineering: properties, processing, and use in Design”, Third Edition. CRC, Press: ISBN 978-0-8247-8634-2

[9] David W. Richerson and Bonnie J. Dunbar (2012): “An engaging introduction that demonstrates the importance of ceramics in our modern world”. The Magic of Ceramics by American Ceramic Society,

[10] Gandon E. (2013): “Regulating rotation speed in wheel throwing: Effects of mass and shape, “rotation speed in wheel throwing”. http://www.academia.edu/4101339/Regulating” retrieved 9th January, 2023

[11] Didel M.J., Matawal D.S. & Ojo E.B. (2014):”Comparative Cost Analysis of Compressed Stabilized Earth Blocks and Sandcrete Blocks in Affordable Housing Delivery in Nigeria, Proceedings of International Housing Summit on Achieving Affordable Housing in Nigeria, Abuja, Nigeria

[12] Ismail Demir. (2008): “Effect of organic residues addition on the technological properties of clay bricks” Waste Management Research, Vol. 28. Pp. 622–627,

[13] J. E. Oti, J. M. Kinuthia, J. Bai. (2009): “Engineering properties of unfired clay masonry bricks”, Engineering Geology, Vol. 107. Pp. 130–139

[14] J.A. Cusido, L.V. Cremades, M. Gonza´lez. (2003): “Gaseous emissions from ceramics manufactured with urban sewage sludge during firing processes”, Waste Management, Vol. 23. Pp. 273–280,

[15] James W. P. Campbell, Will Pryce. Thames & Hudson, (2016): “Brick: A World History.

[16] Malhotra S.K, Tehri S.P. (1996): “Development of bricks from granulated blast furnace slag”, Construction and Building Material, Vol. 10. Pp. 191–193,

[17] Matawal, D.S. (2012): “Deformation of soils: Settlement, Consolidation and Ground Improvement Techniques”, 1st ed. Cephas and Clems Nigeria Ltd. Abuja

[18] Martin Hammond. Shire (2009): “Bricks and Brickmaking” Shire, Pp. 33, 45,46

[19] Morton, T. (2008): “Earth Mansory Design and Construction Guidelines” Construction Research Communications Ltd. Berkshire

[20] Quintilio Piattoni, Enrico Quagliarini, Stefano Lenci. (2011): “Experimental analysis and modeling of the mechanical behavior of earthen bricks", Construction Building Material, Vol. 25. Pp. 2067-2075

[21] Raheem, A.A., Falola, O.O., & Adeyeye, J.K. (2012): Production and Testing of Lateritic Interlocking Blocks. Journal of Construction in Developing Countries. 17(1) p33-48

[22] Riza F.V, Rahman I.A & Zaidi A.M.A (2011): “Preliminary Study of Compressed Stabilized Earth Brick”Australian Journal of Basic and Applied Sciences 5(9): 6-12

[23] UN-Habitat, (2009): Interlocking Stabilized Soil Blocks Appropriate earth technologies in Uganda., Nairobi: UN-Habitat.

How to cite this paper

Afuye E. K, Akintunde M. A, Akinola A. O "Comparison of Isan and Ire Ekiti Clay Materials for Ceramic Brick Production" Iconic Research And Engineering Journals Volume 8 Issue 4 2024 Page 57-69
Afuye E. K, Akintunde M. A, Akinola A. O "Comparison of Isan and Ire Ekiti Clay Materials for Ceramic Brick Production" Iconic Research And Engineering Journals, vol. 8, no. 4, Oct. 2024
Afuye E. K, Akintunde M. A, Akinola A. O (2024). Comparison of Isan and Ire Ekiti Clay Materials for Ceramic Brick Production. Iconic Research And Engineering Journals, 8(4).
Afuye E. K, Akintunde M. A, Akinola A. O "Comparison of Isan and Ire Ekiti Clay Materials for Ceramic Brick Production" Iconic Research And Engineering Journals, vol. 8, no. 4, Oct. 2024.
@article{1706360,
      author = {Afuye E. K, Akintunde M. A, Akinola A. O},
      title = {Comparison of Isan and Ire Ekiti Clay Materials for Ceramic Brick Production},
      journal = {Iconic Research And Engineering Journals},
      year = {2024},
      volume = {8},
      number = {4},
      pages = {57-69},
      issn = {2456-8880},
      url = {https://www.irejournals.com/formatedpaper/1706360.pdf},
      abstract = {The evaluation of ceramic materials is a crucial area of research and innovation in the construction industry. Ceramic bricks are widely used as building materials due to their superior properties such as high strength, durability, thermal insulation, and fire resistance. This paper focuses on the comparison of Isan and Ire Ekiti clay materials for use of a ceramic brick manufacturing plant in Ekiti State, Nigeria. Originally mud bricks were used and they were made by human hands manually, today, the process of brick making has become much easier with emerging technologies and discoveries, using brick making plant. Bricks are produced in a very easy and faster rate. Providing adequate housing requires continuous research and investment especially in appropriate technologies that reduce the cost of construction and the cost to the environment. Ceramic brick production is one of such appropriate technologies. Soil samples were collected from the borrow pits within the two towns in Ekiti State. Preliminary geotechnical tests were conducted to determine the engineering properties of the soils so as to determine the best sample(s) or to know whether ceramic blocks can be produced in the communities. The soil samples were tested in order to know their performance characteristics, compressive strength, density and water absorption. The results from the study show that the soil samples consist of varying proportions of mineral compositions which form baseline data with regards to the characterization of clay samples. The study revealed that ceramic bricks manufacturing company can be sited in the two places since raw materials for the production are readily available in good quality.},
      keywords = {Engineering properties, clay, bricks, housing Ekiti state},
      month = {October},
  }