Air Compressor Dryers

The NVC series of cycling refrigerated dryers minimise lifecycle costs whilst also guaranteeing the production of continuous cleaner, drier air. They are renowned for their efficiency and environmental value, for ISO 8573-1 2010 Class 4 (+3 ºC PDP) markets. Utilising Ingersoll Rand’s latest advancements, they also boast a lower pressure drop and a smaller footprint, resulting in high-efficiency performance. The non-cycling counterparts are equally as effective! They can be trusted to provide dry, clean compressed air for all applications where contamination and moisture can wreak havoc on your system. They are also known for being low maintenance and reliable for any industry.

Our desiccant range includes the D-ILA series, IRDR drum models and heated blower dryers. Designed with high-performance desiccant technology, our heated models are able to deliver air at a -40 ºC pressure dew point. They also include advanced pre and after-filter processes that protect desiccant and downstream air from particulates and oil contamination. Regarding the heatless dryers, these are easy to maintain and guarantee reliable performance. They produce ISO Class 2 dew point performance, with the option of ISO Class 1 to minimise production disruptions and losses due to moisture corroding your equipment.

Varying in size, m3/hr and cfm, these technologies all ensure energy-efficient performance, and unmatched heat recovery potential. These solutions guarantee a continuous -40 ºC pressure dew point.

• Reliable By Design
• Tried and Tested Technologies
• ISO-Certified, Clean and Dry Compressed Air
• Multitude Of Configurations, Sizes and Specifications
• High-Performance and Energy-Efficiency

Moisture is a natural by-product of compressing air. The main purpose of a dryer is to eliminate moisture from your compressed air. This has the obvious benefit of avoiding product contamination, spoilage, and waste. However, it also prevents equipment degradation, as moisture can cause corrosion and rusting, decreasing the longevity of your equipment. This accelerated degradation can lead to dangerous and costly equipment breakdowns and issues. Therefore, having a dryer in place can eliminate wastage costs and repair, maintenance, and replacement costs.

Another natural by-product of compressing air is heat, but did you know that 90% of the wasted heat generated by your compressed air system can actually be used? One way is with heat-of-compression dryers, which are widely considered the most energy-efficient on the market. This is due to their ability to use heat from the compression process to dry air. Ingersoll Rand’s solutions surpass expectations with remarkable heat recovery capabilities. This allows you to offset virtually all electricity costs that would be spent on operating a compressed air dryer and the energy required for it to dry your air.