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<br />1 ground. The only thing that would be above ground that you
<br />2 Mould see as a home owner would be the electrical disconnect
<br />3 switches, of course, which are there for safety, and then
<br />4 also the electric meter. And that I think is a key
<br />5 consideration for this.
<br />6 "T. SrrTRLC('K: ?'on, why eon't you maybe give a
<br />7 little hit of background on why this particular design, the
<br />8 existing situation. It wasn't like if we were beginning
<br />? from scratch that we wotj ld
<br />go to this particular concept.
<br />Could you fill in the audience a little bit on why we choose
<br />�. this approach.
<br />'• h`R. MTTYVSCAARP,: When you are talking about sewer
<br />design, there's what they call the conventional system,
<br />which probably most of you are all aware of, which are
<br />gravity sewers. Basically you're running out of your homes
<br />and down through a gravity drain into a central system
<br />that's, say, located out in the street or in the backyard
<br />easements. It falls down to probably a depth of around 14,
<br />15 feet usually in South Florida due to the high ground
<br />water table. About at that point, it becomes not cost
<br />effective to continue with a gravity type slope and you put
<br />in some type of lift station. Either you lift it up and you
<br />start the process all over again or you Qo into a force main
<br />system where, under pressure, you Pump it all the way to a
<br />treatment plant. We'll call that the typical system that is
<br />ZAM13A.TARO & A SSCC TATF_:S
<br />A Computer Assisted Transcript
<br />(305)569-0910
<br />11
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<br />15
<br />1 ground. The only thing that would be above ground that you
<br />2 Mould see as a home owner would be the electrical disconnect
<br />3 switches, of course, which are there for safety, and then
<br />4 also the electric meter. And that I think is a key
<br />5 consideration for this.
<br />6 "T. SrrTRLC('K: ?'on, why eon't you maybe give a
<br />7 little hit of background on why this particular design, the
<br />8 existing situation. It wasn't like if we were beginning
<br />? from scratch that we wotj ld
<br />go to this particular concept.
<br />Could you fill in the audience a little bit on why we choose
<br />�. this approach.
<br />'• h`R. MTTYVSCAARP,: When you are talking about sewer
<br />design, there's what they call the conventional system,
<br />which probably most of you are all aware of, which are
<br />gravity sewers. Basically you're running out of your homes
<br />and down through a gravity drain into a central system
<br />that's, say, located out in the street or in the backyard
<br />easements. It falls down to probably a depth of around 14,
<br />15 feet usually in South Florida due to the high ground
<br />water table. About at that point, it becomes not cost
<br />effective to continue with a gravity type slope and you put
<br />in some type of lift station. Either you lift it up and you
<br />start the process all over again or you Qo into a force main
<br />system where, under pressure, you Pump it all the way to a
<br />treatment plant. We'll call that the typical system that is
<br />ZAM13A.TARO & A SSCC TATF_:S
<br />A Computer Assisted Transcript
<br />(305)569-0910
<br />11
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<br />'
<br />lE
<br />17
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<br />23
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<br />15
<br />1 ground. The only thing that would be above ground that you
<br />2 Mould see as a home owner would be the electrical disconnect
<br />3 switches, of course, which are there for safety, and then
<br />4 also the electric meter. And that I think is a key
<br />5 consideration for this.
<br />6 "T. SrrTRLC('K: ?'on, why eon't you maybe give a
<br />7 little hit of background on why this particular design, the
<br />8 existing situation. It wasn't like if we were beginning
<br />? from scratch that we wotj ld
<br />go to this particular concept.
<br />Could you fill in the audience a little bit on why we choose
<br />�. this approach.
<br />'• h`R. MTTYVSCAARP,: When you are talking about sewer
<br />design, there's what they call the conventional system,
<br />which probably most of you are all aware of, which are
<br />gravity sewers. Basically you're running out of your homes
<br />and down through a gravity drain into a central system
<br />that's, say, located out in the street or in the backyard
<br />easements. It falls down to probably a depth of around 14,
<br />15 feet usually in South Florida due to the high ground
<br />water table. About at that point, it becomes not cost
<br />effective to continue with a gravity type slope and you put
<br />in some type of lift station. Either you lift it up and you
<br />start the process all over again or you Qo into a force main
<br />system where, under pressure, you Pump it all the way to a
<br />treatment plant. We'll call that the typical system that is
<br />ZAM13A.TARO & A SSCC TATF_:S
<br />A Computer Assisted Transcript
<br />(305)569-0910
<br />19
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<br />21
<br />22
<br />'
<br />23
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<br />i]
<br />15
<br />1 ground. The only thing that would be above ground that you
<br />2 Mould see as a home owner would be the electrical disconnect
<br />3 switches, of course, which are there for safety, and then
<br />4 also the electric meter. And that I think is a key
<br />5 consideration for this.
<br />6 "T. SrrTRLC('K: ?'on, why eon't you maybe give a
<br />7 little hit of background on why this particular design, the
<br />8 existing situation. It wasn't like if we were beginning
<br />? from scratch that we wotj ld
<br />go to this particular concept.
<br />Could you fill in the audience a little bit on why we choose
<br />�. this approach.
<br />'• h`R. MTTYVSCAARP,: When you are talking about sewer
<br />design, there's what they call the conventional system,
<br />which probably most of you are all aware of, which are
<br />gravity sewers. Basically you're running out of your homes
<br />and down through a gravity drain into a central system
<br />that's, say, located out in the street or in the backyard
<br />easements. It falls down to probably a depth of around 14,
<br />15 feet usually in South Florida due to the high ground
<br />water table. About at that point, it becomes not cost
<br />effective to continue with a gravity type slope and you put
<br />in some type of lift station. Either you lift it up and you
<br />start the process all over again or you Qo into a force main
<br />system where, under pressure, you Pump it all the way to a
<br />treatment plant. We'll call that the typical system that is
<br />ZAM13A.TARO & A SSCC TATF_:S
<br />A Computer Assisted Transcript
<br />(305)569-0910
<br />
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