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CASE STUDIES

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Cost Saving Solution with Sonic’s Dry-In-Place Tank Drying System for Transformer Barrel and Tote Drying

Overview

Koncar D&ST, a leading producer and distributor of medium-power electrical and special transformers, operates with the highest quality standards. As part of their production process, barrels and plastic Intermediate Bulk Containers (IBCs) must be thoroughly dried after CIP washing and before filling them with degassed and dehumidified oil. Ensuring a water-free environment is crucial to protect the transformers being filled against corrosion. Koncar struggled with its traditional tote and barrel hot air drying methods, resulting in extended drying times, increased warehouse space requirements, and additional production costs.

Solution

Through their UK office, Sonic Air Systems provided a breakthrough solution to Koncar. They installed their patented Hot Air (heater-less) blower system, specifically designed for the Dry-In-Place (D-I-P) tank drying application. This system allowed for the simultaneous drying of up to eight 55-gallon (208-liter) barrels in just 20 minutes per batch, ensuring complete dryness. Sonic's technology also proved versatile, successfully drying the interior of 264-gallon (1,000-liter) plastic IBC totes in pairs within 45 minutes, despite the challenges posed by their water surface tension and structural limitations.

Result

Implementing Sonic's Dry-In-Place Tank Drying System for transformers significantly improved Koncar's production efficiency. The rapid drying process reduced overall drying time, eliminating the need for extended drying periods and optimizing warehouse space utilization. Sonic's solution's simplicity, low energy consumption, and cost-effectiveness made it the ideal choice for Koncar. The transformer filling system's patented hot air technology achieved an outlet air temperature of 160˚F (71˚C) without relying on secondary heat sources.

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A close-up photograph taken inside an industrial manufacturing facility, showing a continuous metal sheet being processed between arrays of multiple needle-like nozzles, which apply focused heat or a process fluid as part of a curing, pre-heating, or precise application stage on a production line. The machine includes heavy grey structural beams and polished steel components, with a warm glow from the process zone.