Which living organisms in water can Chlorine dioxide kill, besides Legionella pneumophila?
In a drinking system, what temperature should the water in the taps be?
Which method is the most efficient for water disinfection?
Where is Chlorine dioxide injected into the water system?
What is legionnaire’s disease caused by?
In which applications are the following four areas important to focus on to avoid legionella bacteria: 1) Water temperature, 2) Tank and pipe sizing, 3)Tank and pipe material, 4)Tank and pipe insulation
Test results
Q: Which living organisms in water can Chlorine dioxide kill, besides Legionella pneumophila?
A: Fungi, viruses and algae
Q: Which living organisms in water can Chlorine dioxide kill, besides Legionella pneumophila?
A: Algae
Q: Which living organisms in water can Chlorine dioxide kill, besides Legionella pneumophila?
A: Fungi and algae
Q: In a drinking system, what temperature should the water in the taps be?
A: 60°C / 140°F.
Q: In a drinking system, what temperature should the water in the taps be?
A: At least 55°C / 131°F
Q: In a drinking system, what temperature should the water in the taps be?
A: At least 50°C / 122°F
Q: Which method is the most efficient for water disinfection?
A: Ozone
Q: Which method is the most efficient for water disinfection?
A: Thermal treatment
Q: Which method is the most efficient for water disinfection?
A: Chlorine dioxide
Q: Where is Chlorine dioxide injected into the water system?
A: In every container with stagnant warm water
Q: Where is Chlorine dioxide injected into the water system?
A: Where the municipal water main enters the building
Q: Where is Chlorine dioxide injected into the water system?
A: In the water system’s main pump
Q: What is legionnaire’s disease caused by?
A: Oral contact with the bacteria Legionella pneumophila
Q: What is legionnaire’s disease caused by?
A: Inhalation of the bacteria Legionella pneumophila
Q: What is legionnaire’s disease caused by?
A: Skin contact with the bacteria Legionella pneumophila
Q: In which applications are the following four areas important to focus on to avoid legionella bacteria: 1) Water temperature, 2) Tank and pipe sizing, 3)Tank and pipe material, 4)Tank and pipe insulation
A: Water fountains
Q: In which applications are the following four areas important to focus on to avoid legionella bacteria: 1) Water temperature, 2) Tank and pipe sizing, 3)Tank and pipe material, 4)Tank and pipe insulation
A: Rooftop cooling towers
Q: In which applications are the following four areas important to focus on to avoid legionella bacteria: 1) Water temperature, 2) Tank and pipe sizing, 3)Tank and pipe material, 4)Tank and pipe insulation
A: Drinking water systems