Packaging & Glass
The use of compressed air and Nitrogen in packaging applications is normally the second largest energy consumer on a production line.
Because our compressor systems are significantly more efficient that twin stage rotary screw compressors (which would normally be installed), we have an opportunity to help our customers reduce their overhead costs significantly.
If you would like more detail, please fill in the free site assessment form (link below) and we will get in touch to discuss your site.
Glass Bottle Forming
In glass bottle forming applications, the use of oil free compressed air is the second biggest energy consumer behind heat.
It is used to shape products in two stages, with air quality requirements normally specified as ISO 8573-1 2010 Oil free, Class 0 air, and supply pressures ranging from 3-8 BARg (40-115 PSI).
Plastic Packaging
In blow molding and blister packaging production, the use of oil free compressed air is normally the second biggest energy consumer behind heat
Typically ISO 8573-1 grade 2.2.1 or better air quality is specified, with supply pressures ranging from 5-7 BARg (70-100 PSI).
PET bottle blowing
Due to the higher pressures involved in PET bottle blowing, our solution for this application requires a pressure booster.
However, as most of the energy is consumed and heat generated in the first part of the compression, our solution can still save significant amounts of energy compared to more traditional compressors.