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The
description of
New
innovative advance water
treatment
design and technology
water
nanometric polymer
Suspended solid nano-polymer
Silt density
index nano-polymer
water
treatment
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The
cost effective water pre-treatment are very important at the
cost effective water treatment
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1.The new
innovative water treatment product, design
and
technology of suspended solids nano-polymer
[design]
The
one purification step of unit operation: can be concentrated, coagulated
the larger than
0.1 micron rate contaminations of impurities, solids, suspended
solids,
bacteria, algae, color, oil/grease, gel, colloids, soap, detergent,
urine,
manure,
pesticide, fertilizer, ammonia, nitrates, phosphates, biomatter, organic
matter
being transformed into silt sedimentation to purify the purified water
up
to crystal clear, also adsorbed and reduced down the contents of smaller
than
0.1 micron rate contaminations of hardness, chemical, toxic chemical,
heavy
metal effectively
[effect]
100
20
1
0.1
0.01
0.001 0.0001
micron
micron
micron
micron
micron
micron
micron
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before treatment: the
larger than 0.1 micron contaminations distribution rate: >95~99%
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Before treatment: the
smaller than 0.1 micron contaminations distribution rate:<1~5%
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↓purification
rate:90~95% |
↓purification
rate:10~30% |
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after treatment: the
larger than 0.1 micron contaminations residues: <5~10%
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after treatment: the
smaller than 0.1 micron contaminations distribution rate:<70~90%
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2.The new
innovative water treatment product, design
and
technology of Silt density index nano-polymer
[design]
The one
purification step of unit operation: can be concentrated, coagulated
the larger than
0.1 micron rate contaminations of impurities, solids, suspended
solids,
bacteria, algae, color, oil/grease, gel, colloids, soap, detergent,
urine,
manure,
pesticide, fertilizer, ammonia, nitrates, phosphates, biomatter, organic
matter
being transformed into silt sedimentation, also concentrated, coagulated
the smaller
than 0.1 micron rate contaminations of hardness, chemical, toxic
chemical,heavy
metal being transformed into silt sedimentation, to purify the
purified
water up to crystal clear effectively
[effect]
100 20 1
0.1 0.01 0.001 0.0001
micron
micron
micron
micron
micron
micron
micron
|
|
|
|
|
|
|
|
|
|
|
before treatment: the
larger than 0.1 micron contaminations distribution rate: >95~99%
|
Before treatment: the
smaller than 0.1 micron contaminations distribution rate:<1~5%
|
|
|
|
↓purification
rate:90~95% |
↓purification
rate:>50~70% |
|
|
|
after treatment: the
larger than 0.1 micron contaminations residues: <5~10%
|
after treatment: the
smaller than 0.1 micron contaminations distribution rate:<30~50%
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[The
purification point of water treatment]
1.The
purification point of natural clear water treatment at the
water resources
sufficient area
[general
purification contaminations]
The
contaminations of impurities, solids, suspended solids, bacteria,
hardness,
organic
matter, slime being purified
2.The
purification point of contaminated water treatment at the
water resources
insufficient and out of water supply area
[general
purification contaminations]
The
contaminations of impurities, solids, suspended solids, bacteria,
hardness,
organic
matter, slime being purified
[main
purification contaminations]
algae, virus,
pesticides, fertilizer, herbicide, soap, detergent, oil/grease, urine,
manure,
ammonia, nitrates, phosphates, hydrocarbon, garbage, carcass, organic
matter,
chemical, toxic chemical, heavy metal and etc.
|
[Th
delusion of conventional water treatment
technology, product and design]
hard to
do cost effective purification treatment to purify the
contaminations of bacteria, algae, virus, pesticides,
fertilizer, herbicide, soap, detergent, oil/grease, phosphates,
ammonia, hydrocarbon, nitrates, urine, manure, organic matter,
chemical, toxic chemical, heavy metal clear effectively
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3. The benefit
and profit of water nanometric polymer technology,
products and design applied at water purification treatment
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1. The
purpose of the economic, fast, effective and cost-effective
water
treatment design of water nanometric polymer are designed
to
purify the contaminations of impurities, solids, suspended
solids,
hardness, slime, bacteria, virus, algae, pesticides,
fertilizers, soap,
herbicide, detergent, oil/grease, ammonia, nitrates, phosphates,
urine,
manure, color, organic matter, chemical, toxic chemical,
heavy
metal clear effectively: to simplify the unit operation
purification step, eliminate the process investment, and reduce
down
the purification cost and expense effectively
[description]
a. The
conventional water technology, products and design are hard to
do
cost-effective
water treatment to purify the contaminations of impurities,
solids,
suspended solids, hardness, slime, bacteria, virus, algae,
fertilizers,
pesticides,
herbicide, soap, detergent, oil/grease, ammonia, phosphates,
nitrates,
urine, manure, color, organic matter, chemical, toxic chemical
and
heavy metal clear effectively
b. The
conventional water technology, products and design are designed
to
be
applied at the low SS/TDS/hardness contaminations of clear water
to
purify
the impurities, solids, suspended solids, slime, hardness and
total
dissolved
solids clear effectively,
but
hard to be applied to purify the high
SS/TDS/hardness
contaminations of impurities, solids, suspended solids,
slime,
hardness and total dissolved solids clear effectively
c. The
conventional water technology, products and design are hard to
be
applied
at the eutrophic water to purify the contaminations of
impurities,
solids,
suspended solids, hardness, slime, and total dissolved solids
clear
effectively
2. The
purpose of water nanometric polymer applied at the water
pre-treatment to concentrate, coagulated the contaminations of
impurities, solids, suspended solids,
hardness, slime, bacteria, virus,
algae,
pesticides, fertilizers, soap, herbicide, detergent, oil/grease,
ammonia, nitrates, phosphates, urine, manure, color, organic
matter,
chemical, toxic chemical, heavy metal being transformed into
silt
sedimentation clear effectively: to purify the pre-treatment
water up
to
crystal clear, reduced down suspended solids, algae, hardness,
slime
contents, eliminated the loads of post-treatment design and
increased the treatment effect and capacity of post-treatment
design
[description]
a.
water soft and deionization application: after pre-treatment,
the pre-
treatment water are more crystal clear and the contents of SS/TDS/algae/
conductivity residues are more less which are eliminated the
treatment
loads
of post-treatment soft and deionization design to purify the SS/TDS
/algae/conductivity residues more clear effectively
b.
disinfection application: after pre-treatment, the pre-treatment
water are
more
crystal clear and the content of bacteria/algae/microorganisms
residues are more less which are more easy to be disinfected
into germ
free
water by the formaldehyde, NaClO and ClO2
disinfectant
[point
1] The eutrophic water purification will be the
main
direction of future water treatment
[point
2] The cost effective water treatment to purify the
high
impurities, solids, suspended solids, algae,
hardness, slime, total dissolved solids
contaminations
clear effectively will also be
main
development of future water treatment
[point
3] The effect of water nanometric polymer are
shown
at the following experiment test
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The
description of
conventional
water
treatment
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1.The
design and application of conventional water
treatment are normally designed at low SS/BOD/
COD/TDS
purification effect of unit purification
treatment and application operation
2.The
design and application of conventional water
treatment are normally designed to be applied at the
low concentration and low contaminations of water
purification treatment:
SS low than <10~50 ppm,
BOD/COD low than <10~100ppm, TDS low than
<100~500 ppm,
3.The
design and application of conventional water
treatment are hard to do low investment, low costs
and low
expense of the economic, effective and
practical water purification treatment at the water
resources insufficient and out of water supply aera
4.The
design and application of conventional water
treatment are hard to be applied to purify the algae,
organic
matter, biomatter, chemical, total dissolved
solids,
ammonia, nitrates, phosphates, hydrocarbon,
toxic
chemical and heavy metal clear effectively
(except
RO/distillation design and application) |
ㄧ.
The object, contaminations kind and items
of water treatment
1. The object
of water treatment
The
object of water treatment are applied to purify the water contaminants
clear
effectively up to meet the requirement and standard of water treatment
2. The
contaminations kind and items of water treatment
a. The
contaminations kind and items of the natural clear raw water at the
water
resources sufficient aera.
The common
water contaminants: like impurities, solids, suspended
solids,
colour, hardness, bacteria, algae, organic matter, chemical, total
dissolved
solids and etc.
b. The
contaminations kind and items of the raw water contaminated by the
city
wastewater, industrial wastewater, soap, garbage, detergent, manures,
urine,
pesticides, fertilizers, herbicides, carcass, toxic chemical, heavy
metal
at the
water resources insufficient and run out of water supply area.
The common
water contaminants: except the contaminants of impurities,
solids,
suspended solids, colour, hardness, bacteria, algae, organic matter,
chemical,
total dissolved solids,
also included
the unexpected troublesome
contaminants of
odor, oil/grease, colloids virus, ammonia, phosphates,
nitrates,
hydrocarbon, toxic chemical, heavy metal and etc.
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type of water sources |
common water contaminations |
enexpected troublesome water contaminants
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natural clear
raw water
|
impurities, solids, suspended solids, color,
hardness, bacteria, algae, organic matter, chemical, total
dissolved solids |
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contaminative
raw water |
impurities, solids, suspended solids, color,
hardness, bacteria, algae, organic matter, chemical, total
dissolved solids |
odor, oil/grease, colloids, virus, ammonia,
posphates, nitrates, hydrocarbon, toxic chemical, heavy metal
and etc |
3.The water
contaminations contents and distribution chart of the
natural clear raw water at the water
resources sufficient aera.
a. The water
contaminations contents of the natural clear raw water
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1.SS: 10~30 ppm, 2. BOD:<1~3 ppm,
3.COD:<3~5 ppm,
4.TDS: 500~1000 ppm, 5. bacteria :<40~100 CFU/ml
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b. The water
contaminations distribution chart of the natural clear raw water
100
20
1
0.1
0.01
0.001 0.0001
micron
micron
micron
micron
micron micron
micron
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impurities, solids, suspended solids |
0.1
micron |
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22 micron |
bacteria |
0.2
micron |
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50
micron |
bio-matter, organic matter |
100
MW |
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1,000,000
MW |
chemical |
100
MW |
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1,000,000
MW |
total dissolved solids |
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↓ |
↓ |
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The
distribution contents of larger than 0.1 micron particle size
contaminations
>99% |
The
distribution contents of smaller than 0.1 micron particle size
contaminations
<1% |
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4.The water
contaminations contents and distribution chart of the
raw water contaminated at the water
resources insufficient and run
out of water supply area.
a. The water
contaminations contents of the contaminated raw water
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1.SS:
>10~30 ppm, 2.BOD: >5~10 ppm, 3.COD: >10~20 ppm,
4.TDS:>300~1000 ppm 5.bacteria:>100 CFU/ml 6.algae:>100 CFU/ml
7.nitrates/phosphates: >3~10 ppm 8.hydrocarbon: >1~3 ppm
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b. The water
contaminations distribution chart of the contaminated raw water
100
20
1
0.1
0.01
0.001 0.0001
micron
micron
micron
micron
micron micron
micron
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impurities, solids, suspended solids |
0.1
micron |
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22 micron |
bacteria |
0.2
micron |
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50
micron |
algae |
0.45
micron |
gel,
colloid,emulsion |
100
MW |
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50
micron |
bio-matter, organic matter |
100
MW |
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oilà |
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Total
dissolved solids |
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1,000,000
MW |
chemical, toxic chemical |
100
MW |
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↓ |
↓ |
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The
distribution contents of larger than 0.1 micron particle size
contaminations
>95~99% |
The
distribution contents of smaller than 0.1 micron particle size
contaminations
<1~5% |
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二.
The object, contaminations kind and items
of conventional
water
treatment
1. The object
of conventional water treatment
The
object of conventional water treatment are applied to purify the water
contaminants clear effectively up to meet
the requirement and standard of
water treatment
like: city
water, pure water, ultrapure water, soft water, deionization water,
demineralization water, cooling water,
circulating water, irrigation
water, bacteria free water, process
water and etc.
2. The
contamination kind and items, design and effect of conventional
water
treatment
A. The
contaminations kind and items, design and effect of
conventional
city water treatment
&nbs |