International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 09 Issue: 06 | June 2022
p-ISSN: 2395-0072
www.irjet.net
MAGNETIC WATER IN CONSTRUCTION Shubham Bedke1, Omkar Bhondve2, Sanket Bhondve3, Akash Bodke4, Prof. Rachana Vaidya5 1234 UG
Student, Civil Engineering Department, Alard College OF Engineering And Management, Savitribai Phule Pune University, Pune, India. 5Assistance Professor, Department Of Civil Engineering, Alard College Of Engineering And Management, Savitribai Phule Pune University, Pune ---------------------------------------------------------------------***---------------------------------------------------------------------
Abstract - The most important challenge of the
strength. Water is an important component of concrete as it is actively involved in chemical reactions with cement. As it helps in formation, it is necessary to carefully consider the strength cement gel, water quantity and quality. Compressive strength can be improved by using magnetic water and more efficient concrete can be obtained by reducing the amount of water and further cost[1]. A magnetic water treatment device has a powerful magnet which is a source of magnetic energy. This powerful magnet is fixed in a small tube with such high technology that can create a magnetic field reaching a high rate of about 12000 Gauss.[4]
In this magnetic water technology, a mechanism was developed to process magnetic water and using it on water ions to pass water through a magnetic field to check the effect of magnetic water on concrete parameters and change the physical properties of the tendency. And as a result of such changes, the number of water clusters is reduced from 13 to 5, which reduces the water surface tension with the improved strength of concrete. The benefits of using magnetic water in curing have been found in recent studies. This research study studied the effect of magnetic water on the Compressive strength and performance of concrete to achieve strength with high resistance at low cost. This data has been collected from previous studies and research
2. MATERIALS
construction industry is to extend the life of the project / work. This is possible by improving the quality of materials like steel bars, cement etc. But in this project, we focus specifically on concrete, what are the possible ways to enhance the properties of concrete. In the last decades, Russia and China have discovered new technology called magnetic water technology. This technology is used in construction industry. Magnetic water was created using circular magnets. The water that passes through the magnetic field is called magnetic water.
Cement: 53-Grade ordinary Portland cement (Chettinad cement) with specific gravity of 3.14 and 28-days compressive strength of 54.7 N/mm2. Fine Aggregate: Sand collect from nearby local supplier is used as a fine aggregate is passed through the sieve of 4.75 mm. IS: 383(1970) is followed for fine aggregate. Coarse Aggregate: Crushed coarse aggregates with nominal sizes of 10mm and 20mm maximum size obtained from the local crushing plants. Table -1: The physical properties of aggregate were tested in accordance with IS:2386.
Key Words: Magnetic water, Magnetic technology, Magnetic field, compressive strength, workability, water quality.
1. INTRODUCTION
Test
Fine Agg.
As you know water is a limited resource, so it must be used effectively. This can be done by using magnetic water. What is magnetic water? Magnetic water is water passing through a magnetic field. It is an inexpensive, eco-friendly water treatment that has a small installation fee and does not require energy. The effect of magnetism on water is a matter of controversy. Improving the properties of concrete is one of the most important challenges for concrete technicians. The goal is to increase the compressive strength of concrete and to obtain a more efficient concrete with a lower water content, which most researchers are looking for using a variety of methods.[7] The cost of these methods cannot be compared with their advantages. Therefore, it is necessary to focus on making economical concrete with high
Specific Gravity %Water absorption
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Impact Factor value: 7.529
2.72
Coarse Agg. (10mm) 2.94
Coarse Agg. (20mm) 2.94
3.23
1.08
1.05
Mixing Proportion: The mix design was completes following 10262:2009. It is recommended that concrete of M30 grade has a mean strength of 38.25 N/mm2. The water cement ratio is 0.45.
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ISO 9001:2008 Certified Journal
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