WHITE PAPER
Hidden Costs of HOC Air Dryers in Centrifugal Compressor Operation
Heat of compression (HOC) dryers use heat generated during compression to regenerate desiccant, offering an opportunity to put otherwise wasted energy to work. But selecting an efficient drying system requires more than evaluating heat recovery alone. Overlooked application requirements can lead to unexpected operating costs.
This white paper explores compressed air dryer technologies and the factors to consider when pairing a dryer with a centrifugal compressor. Learn how different drying methods compare, how HOC dryers operate, and what questions to ask when evaluating a system for your facility.
Download the white paper to better understand your drying options and identify potential costs before selecting a solution.
Insights & Resources
How Does a Centrifugal Compressor Work?
Learn how centrifugal compressors work, explore their key components and industrial applications, and discover how they deliver efficient, reliable, oil-free compressed air.
How to Specify a Centrifugal Compressor for Reliability and Lower Lifecycle Costs
When specifying a centrifugal compressor, the decisions made during the engineering phase can influence far more than equipment selection. Compressor specifications affect reliability, efficiency, project costs, installation requirements, controls architecture, lead times, and long-term operational performance.
What Can Oil-Free Air Compressors do for Your Plant?
Across industries, plant operators face growing pressure to reduce operating costs, protect product quality, and meet stringent environmental standards. One of the most effective ways to meet all three goals is by integrating ISO 8573-1 Class 0 certified oil-free air compressors into your compressed air system.