Paper Key : IRJ************284
Author: Parthasarathy.m,Rythik Kumar.v,Kesavaraj.m,Kadhirvel.e,Jayaprathab.n
Date Published: 09 Apr 2025
Abstract
One of the main causes of corrosion, oxidation, and material deterioration on metal surfaces is moisture retention, which may have a big effect on how long metal components last and function. Complete moisture removal is crucial in many sectors to avoid long-term harm and preserve operational dependability. Conventional heating and natural evaporation are two traditional drying techniques that frequently fail to effectively remove remaining water, particularly from tiny and complex metallic equipment. The usefulness of a forced hot air circulation technique for effective moisture removal is examined in this work. This method ensures even heat distribution and avoids overheating while speeding up the evaporation of water droplets through the use of directed airflow and regulated heatingFor industrial, laboratory, and specialized applications where moisture-free conditions are crucial, this technology offers a cost-effective, energy-efficient, and scalable alternative. Experimental study shows that it improves drying efficiency when compared to passive procedures. Forced hot air circulation is a potential substitute for traditional drying methods, according to the findings, since it may greatly lower the risk of corrosion and increase the lifespan of metal equipment.
DOI Requested