Exploring the Utilization of Zeolite as a Supplementary Component in Concrete Along with Predictive Strength Modeling via Regression Analysis Techniques
Year: 2025
Type: article
Abstract: This research paper explores the exciting potential of adding zeolite to concrete mixes, aiming to see how practical and effective this approach can be. Zeolite is a naturally available mineral known for its exclusive qualities, making it an intriguing alternative to traditional concrete additives. With its high surface area, porous structure, and ability to act as molecular sieves, zeolite can significantly impact the physical and chemical properties of concrete. Using regression analysis, we aim to predict the strength of concrete mixtures with varying amounts of zeolite. This statistical method helps us to understand how different proportions of zeolite affect concrete strength. By developing predictive models, we seek to quantify the impact of zeolite on concretes performance. Our experiments involve preparing multiple concrete batches with different zeolite content and rigorously testing them for key properties like compressive strength, workability, and durability. The data from these experiments give us a detailed understanding of how zeolite influences concrete. The discoveries from this research deliver treasured perceptions into the practical use of zeolite in concrete manufacturing, potentially enhancing performance, sustainability, and cost-efficiency. We hope to show that zeolite can improve concretes mechanical properties while reducing the need for traditional, often more expensive, additives. Moreover, using zeolite, a more environmentally friendly material, can help the construction industry meet its sustainability goals by lowering the carbon footprint of concrete production. Ultimately, we aim to encourage the broader adoption of zeolite in concrete applications, promoting innovations that benefit both the economy and the environment. Major Findings: This study demonstrates that incorporating zeolite into concrete enhances its mechanical properties, workability, and durability while reducing the reliance on conventional additives. Predictive models using regression analysis reveal the optimal zeolite content for improved concrete performance. The findings emphasize zeolite’s potential to promote sustainability and cost-efficiency in concrete manufacturing.
Authors: Sushant Waghmare, Gopi Ghadvir
Language: English
Subfield: Civil and Structural Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W4408994098