GEO-POLYMER CONCRETE : AN EXPERIMENTAL APPROACH TOWARD SUSTAINABLE CONSTRUCTION

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Er Bhagyesh Babarao Bodhke; Er Sumeet Vijay Chavan; Er Rajat Dattatray Dhotre; Er Tilak Bhushan Firodiya; Dr S R Parekar

GEO-POLYMER CONCRETE : AN EXPERIMENTAL APPROACH TOWARD SUSTAINABLE CONSTRUCTION

Authors: Er Bhagyesh Babarao Bodhke, Er Sumeet Vijay Chavan, Er Rajat Dattatray Dhotre, Er Tilak Bhushan Firodiya, Dr S R Parekar

Unique Paper ID: 182063
Volume: 12
Issue: 2
PageNo: 885-891

Keywords: No Keywords Found

Abstract:
Geo-polymer concrete (GPC) is an innovative and eco-friendly alternative to traditional Portland cement-based concrete, designed to reduce carbon emissions by utilizing industrial by-products such as fly ash, slag, and rice husk ash. This project investigates the properties, applications, and environmental benefits of GPC, focusing on its potential as a sustainable construction material. Geo-polymer concrete is produced by activating aluminosilicate materials (e.g., fly ash) with an alkaline solution, which binds the materials into a cohesive matrix. Unlike conventional concrete, GPC does not require high temperature processing and has a significantly lower carbon footprint, as it eliminates the need for calcination. The research conducted in this project assesses the mechanical properties, durability, and resistance to harsh environmental conditions of GPC. Factors such as curing temperature, alkaline solution concentration, and mix ratios are varied to understand their impact on the strength and performance of the final product. The project results highlight that GPC can achieve compressive strengths comparable to traditional concrete and exhibits superior resistance to chemical attacks, making it suitable for applications in aggressive environments. Additionally, GPC’s rapid setting time and reduced need for water make it an appealing choice for construction in arid regions. In conclusion, geo-polymer concrete emerges as a viable, sustainable construction material that not only meets the strength and durability standards of conventional concrete but also offers substantial environmental advantages. Future research directions include optimizing the mix design for various applications and evaluating long-term performance in real-world structures. This project contributes to the broader effort in the construction industry to reduce greenhouse gas emissions and promote sustainability.

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Cite This Article

ISSN: 2349-6002
Volume: 12
Issue: 2
PageNo: 885-891

GEO-POLYMER CONCRETE : AN EXPERIMENTAL APPROACH TOWARD SUSTAINABLE CONSTRUCTION

Available:https://ijirt.org/article?manuscript=182063

Impact Factor
8.01 (Year 2024)

UGC Approved
Journal no 47859

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