Enwa Apurgo adopts the well proved technology of silver- and copper ionization to inactivate and kill bacteria in your drinking water system. Enwa Apurgo has a long-term cleaning and disinfection effect very suitable to prevent creation of biofilm and bacteria growth, including legionella, in complex water distribution systems. Enwa Apurgo is approved by the Norwegian Food Safety Authority and Norwegian Institute of Public Health (NIPH).

Legionella prevention

Enwa Apurgo generates ions from individual copper- and silver cells acting as electrodes by using electrical current. The silver- and copper ions penetrate the bacteria’s cell wall hence the bacteria burst and die. The silver- and copper ions are very stable which enable a treatment effect throughout your complete piping- and distribution system. Research confirms that the legionella bacteria find protection inside the amoebae. Many disinfection technologies are not capable of killing the amoebae and therefor not capable to inactivate and kill the legionella bacteria. The technology used in the Enwa Apurgo kills the amoebae as well as the bacteria. 

Advantages of Enwa Apurgo

• Efficient prevention of growth of biofilm and outbreak of legionella bacteria; Kills biofilm, amoebae and the bacteria itself.
• Approved technology; Approved by the Norwegian Food Safety Authority and NIPH
• Low operational and maintenance costs; Low power consumption and easy maintenance
• Safe; Fully automated regulation and monitoring system- no overdosing
• No harmful chemicals added; No by-products are generated.  
• Module based design easily designed to fit any water consumption; Compact – small footprint

Suited for risk exposed buildings

Enwa Apurgo is especially suited for risk-exposed buildings where there is a need for guarding against legionella in the internal water supply network, eg. buildings with consumers that have compromised immune systems (hospitals, homes for elderly people, nursing homes, etc. ). Enwa Apurgo is also, in general, suited for complicated piping- and distribution systems with many installations, tapping points and dead-ends, eg: hotels, universities, sport facilities, etc.