The repressor system is patented worldwide since 2007

Because the repressor system saves you mony. The investment of an average repressor system will pay off in 2 -3 years.

Compressed air is 10 - 20 times more expensive than electricity. Regular compressed air systems use lots of energy to feed the compressor that conmpresses the air. Do you know that 75% of the costs for your compressed air system, are energy costs. By adding a repressor to your compressed air system you can save up to 40% on your energy costs.

For example:
Suppose you have one compressor of 125 kW with an average use of 7000 hours per year. You pay the energy provider € 0.10 per kW. The energy costs of you compressed air system per year will be..
125 kW X 7.000 hours X € 0.10 = € 87.500

With the installation of a repressor system you can save approximately 40% on energy costs. That means for this calculation..
40% of € 87.500 = € 35.000 annual savings

The sound level of air compressors on the market are approximately 90 dB.
In comparrisson, a normal conversation is rated at 60 dB. According to the Occupational Safety and Health Administration(OSHA), 80 dB and higher can be considered as dangerous levels of sound. If you are exposed to a noise level of 80 dB for 8 hours per day, hearing loss can occur.

The repressor system has a sound level of 67 dB and therefore is much more quiet than a regular compressor.

Another positive aspect is that the repressor system prevents your employees from breathing in fine oil mist and dust, which is in the exhaust air from the compressor. The absence of emission, dust, dirt or oil mist makes a clean working space and a healthy environment for your employees.

The repressor system uses a closed system so there is no emission.

The air leaving a regular compressor is hot, dirty, wet and generally at a higher pressure than the downstream equipment requires. A compressor of 50 dm3 / sec pushes an annual average of 4,500 liters of water and 8 liters of oil into the system, along with considerable amounts of dirt particles. In a regular compressed air system various filters are used to purify the air but the expelled air is never completely pure.

Because the repressor system uses a completely closed system the exhaust air is clean, dry and cool.

The repressor system works like a turbo for your compressor. Because of the reuse of compressed air, which normally escapes, the output volume of the compressor increases. The repressor improves your compressor: where traditional compressors normally supply up to 130 l / min per kW. The repressor system can supply up to 240 l / min per kW