What methods can be used to separate particles and water?
Why is it a good idea to choose pumps with integrated drives?
What is the main purpose of balancing water?
Put very simple, what are the basics of water treatment?
How small particles can an ultrafiltration plant remove?
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Q: What methods can be used to separate particles and water?
A: Sand filters or membrane technology
Q: What methods can be used to separate particles and water?
A: Activated carbon filter
Q: What methods can be used to separate particles and water?
A: Limestone filters
Q: Why is it a good idea to choose pumps with integrated drives?
A: It can help reduce the motor size, optimise performance and protect the pump
Q: Why is it a good idea to choose pumps with integrated drives?
A: It supports the system approach and one size fits all
Q: Why is it a good idea to choose pumps with integrated drives?
A: It helps to make the system fit together
Q: What is the main purpose of balancing water?
A: To save chemicals
Q: What is the main purpose of balancing water?
A: To avoid corrosion in the pipes or of other materials used elsewhere in the process
Q: What is the main purpose of balancing water?
A: To avoid particles clogging the pipe work
Q: Put very simple, what are the basics of water treatment?
A: Physics
Q: Put very simple, what are the basics of water treatment?
A: Removing or adding content
Q: Put very simple, what are the basics of water treatment?
A: Biology
Q: How small particles can an ultrafiltration plant remove?
A: Down to 0,100 µm
Q: How small particles can an ultrafiltration plant remove?
A: Down to 0,010 µm
Q: How small particles can an ultrafiltration plant remove?
A: Down to 0,001 µm
Q: What is aeration?
A: A method for removing particles
Q: What is aeration?
A: A process that brings oxygen into the water to get rid of volatile components
Q: What is aeration?
A: A method to disinfect