The description of New innovative advance wastewater treatment design and technology wastewater treatment: wastewater nanometric polymer wastewater pre-treatment nano-polymer, wastewater end-treatment nano-polymer 1.The new innovative treatment technology, product and design of wastewater pre-treatment polymer 2.The new innovative treatment technology, product and design of wastewater end-treatment polymer,The description of wastewater treatment a.The conventional wastewater treatment technique, design and application b.The Nano-polymer applied at wastewater treatment technique, design and application,一.The wastewater pre-treatment are very important at the cost effective wastewater treatment二.The wastewater elimination,wastewater discharge elimination and wasted silt elimination treatment are very important at the cost effective waste water treatment三.The pre-treatment of pollution management and purification control are very important at the cost effective wastewater elimination, wastewater discharge elimination and wasted silt elimination treatment[point 1] The effective wastewater treatment can be prevented the water, soil, river and ecological environment being contaminated effectively[point 2] The wastewater and wasted silt elimination treatment program are effective way to do cost effective wastewater treatment[point 3] The effect of transformation design like the dilution design can be reduced down SS/BOD/COD concentration fast and effectively

The description of

New innovative advance wastewater

treatment design and technology

wastewater nanometric polymer

wastewater suspended solids nano-polymer

wastewater silt density index nano-polymer

wastewater treatment

一.The wastewater pre-treatment are very important

at the cost effective wastewater treatment

二.The wastewater elimination, wastewater discharge

elimination and wasted silt elimination treatment

are very important at the cost effective waste

water treatment

三.The pre-treatment of pollution management and

purification control are very important at the cost

effective wastewater elimination, wastewater

discharge elimination and wasted silt elimination

treatment

1.The new innovative treatment technology, product

and design of wastewater suspended solids 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, color, odor, oil/grease, soap, detergent, pesticide, fertilizer, ammonia,

nitrates, phosphates, manure, urine, organic matter being transformed into silt

sedimentation to purify the wastewater up to crystal clear, also adsorbed the

smaller than 0.1 micron rate contaminations of organic matter, chemical, toxic

chemical, heavy metal clear and reduced down BOD/COD content 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:10~30%
	after treatment: the larger than 0.1 micron contaminations residues: <5~10%			after treatment: the smaller than 0.1 micron contaminations distribution rate:<70~90%

2.The new innovative treatment technology, product

and design of wastewater silt density index 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, color, odor, oil/grease, soap, detergent, pesticide, fertilizer, ammonia,

nitrates, phosphates, manure, urine, organic matter being transformed into silt

sedimentation, also concentrated, coagulated the smaller than 0.1 micron rate

contaminations of ammonia, nitrates, phosphates,hydrocarbon, chemical, toxic

chemical, heavy metal being transformed into silt sedimentation, to purify the

purified wastewater up to crystal clear and reduced down BOD/COD content

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%

[The purification point of wastewater treatment]

1.The purification point of residential wastewater, commercial

wastewater and city wastewater treatment

[general purification contaminations]

The contaminations of impurities, solids, suspended solids, color, oil/grease,

odor, soap, detergent, pesticide, fertilizer, ammonia, nitrates, phosphates, urine,

manure, organic matter, chemical, toxic chemical being purified

2.The purification point of industrial wastewater, chemical waste

water, toxic wastewater and wasted solutions treatment

[general purification contaminations]

The contaminations of impurities, solids, suspended solids, color, oil/grease,

odor, soap, detergent, pesticide, fertilizer, ammonia, nitrates, phosphates, urine,

manure, organic matter, chemical, toxic chemical and etc.

[main purification contaminations]

suspended solids, oil/grease, color, odor, pesticides, fertilizer, herbicide, soap,

detergent, urine, manure, ammonia, nitrates, phosphates, hydrocarbon, garbage,

carcass, organic matter, chemical, toxic chemical, heavy metal and etc.

[The delusion of conventional wastewater

treatment technology, product and design]

hard to do cost effective purification treatment to

purify the SS/BOD/COD, toxic chemical, heavy metal contaminations clear up to SS:<10~30 ppm, BOD:<50~80 ppm, COD:<80~100 ppm, non-toxic wastewater effectively

3. The benefit and profit of wastewater nanometric polymer

technology, products and design applied at wastewater

purification treatment

1. The purpose of the economic, fast, effective and cost-effective

wastewater treatment design of wastewater nanometric polymer are

designed to purify the SS/BOD/COD, toxic chemical, heavy metal

clear effectively up to meet EPA 1^st class wastewater treatment

discharge standard, even up to zero-discharge to avoid the surface,

water, ground water, land, river, ocean and ecological environment

being contaminated: to simplify the unit operation purification step,

decrease the demand of water usage, eliminate the process, waste

and ecological environment remediation investment, treatment cost

and expense effectively

[description]

a. to do economic, fast, effective and cost-effective purification treatment to

purify the wastewater clear effectively up to SS low than <30~50 ppm,

BOD low than <50~80 ppm, COD low than <80~100 ppm of crystal clear

wastewater to meet EPA 1^st class treatment discharge standard

b. availably applied to purify SS/BOD/COD wastewater contaminations

clear effectively up to SS/BOD low than <10 ppm, COD low than <20

ppm of water reclamation, mid-water, wastewater reuse treatment

c. can be applied to purify and revivify the wastewater into SS low than 5~

10 ppm, BOD/COD than <3~5 ppm of natural clear water effectively

2. The purpose of wastewater nanometric polymer applied at the waste

water pre-treatment to concentrate, coagulated the contaminations

of impurities, solids, suspended solids, color, odor, pesticides, soap,

fertilizers, herbicide, detergent, oil/grease, ammonia, phosphates,

nitrates, urine, manure, organic matter, chemical, toxic chemical,

heavy metal being transformed into silt sedimentation clear

effectively: to purify the pre-treatment wastewater up to crystal

clear, reduced down SS/BOD/COD/toxic chemical, heavy metal

contents, eliminated purified water toxicity and the loads of post-

treatment design and increased the treatment effect and capacity of

post-treatment design

[description]

The faculty and capacity of wastewater pre-treatment design to purify the

impurities, solids, suspended solids, color, odor, pesticides, soap, fertilizers,

herbicide, detergent, oil/grease, ammonia, phosphates, nitrates, manure,

urine, organic matter, chemical, toxic chemical, heavy metal contaminations

clear are the main guide to determine the wastewater treatment design are

good or bad

3. The purpose of wastewater nanometric polymer applied at the waste

water post-treatment to concentrate, coagulated the contaminations

of impurities, solids, suspended solids, color, odor, pesticides, soap,

fertilizers, herbicide, detergent, oil/grease, ammonia, phosphates,

nitrates, urine, manure, organic matter, chemical, toxic chemical,

heavy metal being transformed into silt sedimentation clear

effectively: to purify the post-treatment wastewater up to crystal

clear, reduced down SS/BOD/COD/toxic chemical, heavy metal

residues up to meet EPA 1^st class treatment discharge standard

[description]

The faculty and capacity of wastewater post-treatment design to purify the

impurities, solids, suspended solids, color, odor, pesticides, soap, fertilizers,

herbicide, detergent, oil/grease, ammonia, phosphates, nitrates, manure,

urine, organic matter, chemical, toxic chemical, heavy metal contaminations

clear are the main guide to determine the wastewater treatment design can

be purify waste water up to meet EPA 1^st class treatment discharge standard

or not

4. The purpose of the concentration and coagulation effect being

transformed the almost all contaminations into silt sedimentation to

do wastewater elimination treatment design: to eliminate the treated

volumes of wastewater treatment and simplify the purification step

being reduced down the process investment, purification cost and

expense effectively

[description] non-dilution design will be eliminated the volumes of waste

water treatment clearly

5. The purpose of the concentration and coagulation effect being

transformed the almost all contaminations into silt sedimentation to

do wasted silt elimination treatment design: to eliminate the treated

volumes of wasted silt treatment being reduced down the process

investment, wasted silt treatment cost and expense effectively

a. low SS/BOD/COD treatment dosage: 100~200 ppm (mg/L)

b. high SS/BOD/COD treatment dosage: 200~500 ppm (mg/L)

c. wasted silt generated = treatment dosage + contents of contaminations

[point 1] The effective wastewater treatment can be

prevented the water, soil, river and ecological

environment being contaminated effectively

[point 2] The wastewater and wasted silt elimination

treatment program are effective way to do cost

effective wastewater treatment

[point 3] The effect of transformation design like the

dilution design can be reduced down SS/BOD/

COD concentration fast and effectively

(The effect of water nanometric polymer are

shown at the following experiment test)

The description of

conventional

wastewater treatment

1.The design and application of conventional waste

water treatment are normally designed at the low

SS/BOD/COD, toxic chemical, heavy metal

purification effect of unit process purification

operation treatment and application

2.The design and application of conventional waste

water treatment are normally designed to be applied

at the low concentration and low contaminations:

SS low than:<100~300 ppm, BOD/COD low than

<300~1000 ppm wastewater purification treatment

3.The design and application of conventional waste

water treatment are hard to do low investment, low

costs and low expense of the economic, effective

and practical wastewater purification treatment at

the water resources insufficient and run out of water

supply aera and era.

4.The design and application of conventional waste

water treatment are hard to be applied to purify the

high SS/BOD/COD, organic matter, color, nitrates,

ammonia, phosphates, chemical, hydrocarbon, toxic

chemical, oil/grease, heavy metal contaminations of

wastewater clear effectively up to meet 1^st class

wastewater discharge treatment standard

5.The design and application of conventional waste

water treatment of wastewater reuse, mid-water,

irrigation water treatment are hard to be applied to

purify the SS/BOD/COD contaminations down to

SS/BOD: <10 ppm, COD: <20 ppm effectively

ㄧ. The object, contaminations kind and items of wastewater

treatment

1. The object of wastewater treatment

The object of wastewater treatment are applied to purify the wastewater

contaminants clear effectively up to meet the requirement and standard of

1^st class discharge wastewater treatment

2. The contaminations kind and items of wastewater treatment

a. The contaminations kind and items of the residential wastewater and

commercial wastewater

The common wastewater contaminants: like impurities, solids, suspended

solids, color, odor, oil/grease, ammonia, nitrates, phosphates, hydrocarbon,

algae, organic matter, chemical, manure, urine, soap, detergent and etc

b. The contaminations kind and items of the industrial wastewater and

city wastewater

The common wastewater contaminants: like impurities, solids, suspended

solids, color, odor, oil/grease, ammonia, nitrates, phosphates, hydrocarbon,

algae, emulsion, organic matter, chemical, manure, urine, soap, detergent,

heavy metal, toxic chemical and etc

type of waste water	common wastewater contaminations
residential wastewater, commercial wastewater	impurities, solids, suspended solids, color, odor, oil/grease, colloids, virus, ammonia, posphates, nitrates, hydrocarbon, organic matter, chemical, soap, detergent, manure, urine and etc
industrial wastewater city wastewater	impurities, solids, suspended solids, color, odor, oil/grease, ammonia, nitrates, phosphates, hydrocarbon, algae, virus, emulsion, organic matter, chemical, manure, urine, soap, detergent, heavy metal, toxic chemical and etc

3. The content and distribution chart of wastewater contaminations

a. The content and distribution chart of residential and commercial wastewater

contaminations

100 20 1 0.1 0.01 0.001 0.0001

micron micron micron micron micron micron micron

impurities, solids, suspended solids

0.1 micron

oil

color, odor, colloid, emulsion

50 micron

bio-matter, organic matter

100 MW

1,000,000 MW

chemical, toxic chemical

100 MW

↓

The distribution contents of larger than 0.1 micron particle size contaminations

a.low SS/BOD/COD: >99%

b.high SS/BOD/COD:<95~99%

The distribution contents of smaller than 0.1 micron particle size contaminations

a. low SS/BOD/COD : < 1%

b.high SS/BOD/COD:>1~5%

b. The content and distribution chart of industrial and city wastewater

contaminations

100 20 1 0.1 0.01 0.001 0.0001

micron micron micron micron micron micron micron

impurities, solids, suspended solids

0.1 micron

oil

color, odor, colloid, emulsion

50 micron

bio-matter, organic matter

100 MW

1,000,000 MW

chemical, toxic chemical

100 MW

heavy metal

↓

The distribution contents of larger than 0.1 micron particle size contaminations

a.low SS/BOD/COD: >99%

b.high SS/BOD/COD:<90~99%

The distribution contents of smaller than 0.1 micron particle size contaminations

a. low SS/BOD/COD : < 1%

b.high SS/BOD/COD:>1~10%

4. The purification type, mode and application of conventional waste

water treatment

a. The purification treatment mode and application of conventional waste

water treatment at water resources sufficient area and era

The conventional wastewater treatment are only specified the SS/BOD/

COD contents of treated discharge wastewater to be matched the 1^st class

wastewater treatment discharge standard

Due to reduce down the process investment, eliminated the purification costs

and expense, The conventional wastewater treatment are normally designed

and applied at the following purification type, mode and application

1) The purification type, mode and application of conventional residential

and commercial wastewater treatment

applied the low costs and capitals investment of aeration, leach and oil/

water separation process purification design to match the natural clear

water dilution design to dilute and reduced down SS/BOD/COD contents

effectively, then applied the biotreatment design to purify and reduce

down SS/BOD/COD contents up to meet the 1^st class wastewater

treatment discharge standard

raw

wastewater

→

aeration + leach + oil/water separation design + clear water dilution design

→

biotreatment design (active silt design)

→

discharge

wastewater

↓

Contaminations

SS:<300 ppm

BOD:< 500 ppm

COD:<1000 ppm

→

purification rate:

SS/BOD/COD:

50~90%

→

purification rate:

SS:>80~90%

BOD:<70~90%

COD<70~90%

→

Residues:

SS:<30 ppm

BOD:< 80 ppm

COD:<100 ppm

2) The purification type, mode and application of conventional industrial,

city and plant wastewater treatment

applied the low costs and capitals investment of aeration, leach and oil/

water separation process purification design to match the natural clear

water dilution design to dilute and reduced down SS/BOD/COD, toxicity,

heavy metal contents effectively, then applied the biotreatment design or

chemical treatment to purify and reduce down SS/BOD/COD/heavy metal

contents up to meet the 1^st class wastewater treatment discharge standard

raw

wastewater

→

aeration + leach + oil/water separation design + clear water dilution design

→

biotreatment design

chemical design

→

discharge

wastewater

↓

Contaminations

SS:<300 ppm

BOD:< 500 ppm

COD:<1000 ppm

→

purification rate:

SS/BOD/COD:

50~90%

→

purification rate:

SS:>80~90%

BOD:<70~90%

COD<70~90%

→

Residues:

SS:<30 ppm

BOD:< 80 ppm

COD:<100 ppm

b. The purification treatment mode and application of conventional waste

water treatment at water resources insufficient and run out of water supply

area and era

The conventional wastewater treatment are hard to be purified and reduced

down SS/BOD/COD/heavy metal contents clear effectively up to meet the

1^st class wastewater treatment discharge standard at the low costs and capital

investment and low purification costs and expense treatment under not the

much volumes of natural clear water for dilution application to dilute and

reduce down the SS/BOD/COD/heavy metal contents of raw wastewater

effectively

raw

wastewater

→

aeration + leach + oil/water

separation design

→

biotreatment design

chemical design

→

discharge

wastewater

↓

Contaminations

SS:<300 ppm

BOD:< 500 ppm

COD:<1000 ppm

→

Purification rate:

SS/BOD/COD:

10~30%

→

Purification rate:

SS:>80~90%

BOD:<70~90%

COD<70~90%

→

Residues:

SS:>30 ppm

BOD:>100 ppm

COD:>150 ppm

If not the much volumes of natural clear water dilution design being used and applied, The conventional wastewater treatment design are hard to do the low costs and capital investment and low purification costs and expense treatment and application to purify the purified waste water up to meet the 1^st class waste water treatment discharge standard effectively

二. The object, contaminations kind and items of conventional

wastewater treatment

1. The general object of conventional wastewater treatment

The general object of conventional wastewater treatment are applied to

purify the wastewater contaminants clear effectively up to meet the

requirement and standard of wastewater discharge treatment

like: city wastewater, restaurant, food, drink, hospitals, slaughter, textiles,

electroplating, machinery, chemical, paint, coating, tannery, paper, coal,

electronic, semiconductor, cable/wire, petrochemical, biological, fiber,

TNT, pharmaceutical, fertilizers, industrial, plant wastewater and etc.

2. The conatmination kind, items, point and effect of conventional

wastewater treatment

type of

wastewater

main kind and type of contaminations being purified

main purification point, direction and application

the kind, items and direction

are hard to be purified

residential,

restaurant,

food, drink

hospitals,

slaughter, sanna,

swimming pool

impurities, solids, suspended solids, color, odor, bacteria, algae, oil, grease, soap, detergent, urine, ammonia, nitrates, phosphates, manure, organic matter, chemical

SS/BOD/COD low than: SS:<100~300 ppm, BOD/COD: < 1000~2000 ppm contamination waste water treatment

1. high SS/BOD/COD, oil/grease, color and turbid wastewater treatment

2. oil/grease, bacteria, algae, soap, detergent, ammonia, nitrates, phosphates, hydrocarbon, urine, manure, organic matter, chemical contaminations hard to be purified clear effectively

textiles,

ink, paint, coating,

paper, synthetic fibre,

impurities, solids, suspended solids, oil, color, odor, emulsion, surfactant, organic matter, hydrocarbon, chemical, toxic chemical

SS/BOD/COD low than: SS:<100~300 ppm, BOD/COD: < 1000~2000 ppm, color:<1000 ptco unit contamination waste water treatment

1. high SS/BOD/COD, color, oil, emulsion and turbid wastewater treatment

2. oil, emulsion, surfactant, cleaner, hydrocarbon, organic matter, chemical, toxic chemical contaminations hard to be purified clear effectively

electroplating,

electronics,

semiconductor,

cable & wire

tannery

impurities, solids, suspended solids, oil, grease, color, odor, emulsion, chemical, cyanide, toxic chemical, heavy metal

SS/BOD/COD low than: SS:<100~300 ppm, BOD/COD: < 1000~2000 ppm, heavy metal: <10~ 100 ppm contaminations waste water treatment

1. high SS/BOD/COD, heavy metal, toxicity, emulsion and turbid wastewater treatment

2. oil, grease, emulsion, cynaide, hydrocarbon, chemical, toxic chemical, heavy metal contaminations hard to be purified clear effectively

steel,

machinery,

impurities, solids, suspended solids, oil, grease, color, odor, emulsion, chemical, toxic chemical, heavy metal

SS/BOD/COD low than: SS:<100~300 ppm, BOD/COD: < 1000~2000 ppm, heavy metal: <10~ 100 ppm contaminations waste water treatment

1. high SS/BOD/COD, heavy metal, toxicity, oil/grease, emulsion and turbid wastewater treatment

2. oil, grease, emulsion, chemical, hydrocarbon, toxic chemical, heavy metal contaminations hard to be purified clear effectively

petrochemical,

coke,

TNT wastewater

impurities, solids, suspended solids, oil, grease, color, odor, emulsion, ammonia, phenol, hydrocarbon, chemical, toxic chemical

SS/BOD/COD low than: SS:<100~300 ppm, BOD/COD: < 1000~2000 ppm, contaminations waste water treatment

1. high SS/BOD/COD, oil/grease, toxicity, emulsion and turbid wastewater treatment

2. oil, grease, emulsion, chemical, hydrocarbon, phenol, ammonia, toxic chemical, contaminations hard to be purified clear effectively.

pharmaceutical,

biochemical,

biological,

chemical, bio-dye wastewater

impurities, solids, suspended solids, oil, grease, color, odor, bacteria, emulsion, organic matter, gel, colloids, chemical, toxic chemical

SS/BOD/COD low than: SS:<100~300 ppm, BOD/COD: < 1000~2000 ppm, contaminations waste water treatment

1. high SS/BOD/COD, oil/grease, toxicity, emulsion and turbid wastewater treatment

2. oil, grease, emulsion, chemical, hydrocarbon, color, gel, colloid, organic matter, chemical, toxic chemical, contaminations hard to be purified clear effectively.

3. The kind, items, direction and application of conventional waste

water purification treatment and design

The kind and items of conventional wastewater purification design and

treatment like: aeration, leach, oil/water separation, PAC coagulant, PAM

polymer, bio-treatment, chemical treatment, RO units, distillation and etc,

can be applied the process natural clear water dilution design to purify the

wastewater clear effectively to do simple process purification design, low

process investment, low purification costs and expense purification

application at the the water resources sufficient area and era, but hard to be

applied to purify the wastewater clear effectively to do simple process

purification treatment design and low process investment, low purification

costs and expense purification treatment and application without the natural

clear water process dilution design at the the water resources insufficient era

and run out of water supply area

conventional purification design

main kind and items of contaminations purified

main purification point, direction and application

the kind, items and direction are hard to be purified

aeration

design

1.oxide and decompose organic matter, odor, color, chemical clear

2.increase the effect of impurities, solids, suspended solids, oil, grease sedimentation and separation

1. SS/BOD/COD low than: SS:<100~300 ppm, BOD/COD: < 1000~2000 ppm, contaminations waste water treatment

2. increase the oil/water separation effect

1.high SS/BOD/COD, oil/grease, color, toxicity, heavy metal, turbid wastewater hard to be aerated clear effectively

2. SS, color, odor, oil/grease, emulsion, ammonia, nitrates, phosphates, hydrocarbon, organic matter, chemical, toxic chemical, heavy metal are hard to be aerated clear effectively

leach,

oil/water

separation

design

precipitate, purify and separate the impurities, solids, suspended solids, oil/grease clear

available to be applied at low SS, oil/grease contaminations waste water treatment

1.high SS/BOD/COD, oil/grease, color, toxicity, heavy metal, turbid wastewater hard to be leached and separated clear effectively

2. SS, color, odor, oil/grease, emulsion, ammonia, nitrates, phosphates, hydrocarbon, organic matter, chemical, toxic chemical, heavy metal are hard to be aerated clear effectively

carbon

adsorption

design

1. adsorb and purify color, odor, organic matter,chemical, toxic chemical clear

2. precipitate and purify the impurities, solids, suspended solids clear

available to be applied at low SS/BOD/COD contaminations waste water treatment

1.high SS/BOD/COD, color, odor, toxicity, heavy metal wastewater are hard to be absorbed and purified clear effectively

2.the contaminations of organic matter, chemical, hydrocarbon, emulsion, ammonia, nitrates, phosphates, toxic chemical, heavy metal are hard to be absorbed and purified clear effectively

PAC coagulant

design

1. coagulate and purify impurities, solids, suspended solids, color clear

2. adsorb, purify and reduce down SS/BOD /COD contents effectively

available to be applied at low SS/BOD/COD contaminations waste water treatment

1.high SS/BOD/COD, color, odor, toxicity, heavy metal wastewater are hard to be coagulated and purified clear effectively

2.the contaminations of organic matter, chemical, hydrocarbon, emulsion, ammonia, nitrates, phosphates, toxic chemical, heavy metal are hard to be coagulated and purified clear effectively

PAM

polymer

design

1. coagulate and purify impurities, solids, suspended solids, color, organic matter, chemical, ammonia, nitrates, phosphates, hydrocarbon, toxic chemical, heavy metal clear

2. purify and reduce down SS/BOD/COD/heavy metal contents clear effectively

1. available used at low SS/BOD/COD/heavy metal contaminations wastewater treatment

2. increase the bio-silt, chemical silt coagulation effect

1.high SS/BOD/COD, color, odor, toxicity, heavy metal wastewater are hard to be coagulated and purified clear effectively

2.the contaminations of oil/grease, gel, colloids, bacteria, algae, emulsion, organic matter, toxic chemical, heavy metal are hard to be coagulated and purified clear effectively

Bio-

treatment

(active silt)

design

1. decompose and purify impurities, solids, suspended solids, color, organic matter, chemical, ammonia, nitrates, phosphates, toxic chemical, hydrocarbon, heavy metal clear

2. purify and reduce down SS/BOD/COD/heavy metal contents clear effectively

available used at SS low than 100~300 ppm, BOD/COD low than <1000~3000 ppm of low SS/BOD/COD and low toxicity, low heavy metal contaminations waste water treatment

1.high SS/BOD/COD, color, odor, toxicity, heavy metal wastewater are hard to be coagulated and purified clear effectively

2.the contaminations of oil/grease, emulsion, gel, colloids, organic matter, chemical, toxic chemical, heavy metal are hard to be coagulated and purified clear effectively

chemical

treatment

design

1. coagulate and purify impurities, solids, suspended solids, color, organic matter, chemical, ammonia, nitrates, phosphates, hydrocarbon, toxic chemical, heavy metal clear

2. purify and reduce down SS/BOD/COD/heavy metal contents clear effectively

available used at SS low than 100~500 ppm, BOD/COD low than <1000~3000 ppm, heavy metal low than 10~100 ppm of low SS/BOD/COD/heavy metal contaminations waste water treatment

1.high SS/BOD/COD, color, odor, toxicity, heavy metal wastewater are hard to be coagulated and purified clear effectively

2.the contaminations of oil/grease, emulsion, gel, colloids, organic matter, chemical, toxic chemical, heavy metal are hard to be coagulated and purified clear effectively

RO reverse

osmosis

treatment

design

filter and purify the impurities, solids, suspended solids, oil, grease, emulsion, color, odor, organic matter, chemical, ammonia, nitrates, phosphates, hydrocarbon, toxic chemical, heavy metal clear

available used at SS low than 10~30 ppm, BOD/COD low than <10~50 ppm, heavy metal low than 10~50 ppm of low SS/BOD/COD/heavy metal contaminations wastewater treatment

1.high SS/BOD/COD, color, odor, toxicity, heavy metal wastewater are hard to be filtered and purified clear effectively

2.the RO membrane are easily caked and scaled

3. the treatment capacity too small at cake and scale filtration

distillation

treatment

design

distillate and purify the impurities, solids, suspended solids, oil, grease, emulsion, color, odor, organic matter, chemical, ammonia, nitrates, phosphates, hydrocarbon, toxic chemical, heavy metalclear

available used at any kind of SS/BOD/COD/heavy metal contaminations wastewater treatment

1. the process investment too high

2. the treatment capacity too small

The conventional wastewater treatment design and application are easy to be applied to purify the contaminations clear effectively at the high process investment, and high purification costs and expense treatment

how to do low process design investment, and low purification costs and expense treatment are the main point of conventional wastewater treatment development and application

The description of

New innovative advance

Wastewater nano-polymer

treatment

One-cut SS suspended solids wastewater polymer treatment

One-way SDI silt density index wastewater polymer treatment

1.The design of Nano-polymer treatment are normally

designed at the multi-effect, multi-function and high

efficiency purification treatment and application

operation

2.The design of Nano-polymer treatment are normally

designed to be availably used at low concentration

and contaminations of wastewater purification

treatment and application to purify the wastewater

into crystal clear up to natural low contaminations

clear water

3.The design of wastewater nano-polymer treatment

can be applied at the water resources insufficient

and run out of water supply era and area to purify

the silt density index clear effectively to do low

process design investment, low purification costs

and expense of economic, effective and practical

wastewater treatment and application

4.The design of wastewater nano-polymer treatment

can be applied to replace the RO/distillation design,

treatment and application to purify all the waste

water contaminants clear and revitalize the purified

wastewater into natural clear low contaminations

water effectively

[The principle of Nano-polymer treatment design and technology]

The design of Nano-polymer treatment technology are applied the proprietary functional mechanism (media) to function the specific wastewater contaminants being transformed into the concentrated, coagulated, fibrous and granular silt sedimentation, also applied the the concentrated, coagulated, fibrous and granular silt to adsorb and bind the untransformed wastewater contaminants into silt sedimentation to purify the purified waste water up to crystal clear wastewater effectively

The purification effect and design of Nano-polymer are distinguished into SS suspended solids wastewater polymer and SDI silt density index wastewater polymer:

1. The purification effect and design of SS suspended solids water polymer

The purification effect and design of suspended solids water polymer are

designed to establish the functional mechanism to be functioned the wastewater

contaminants of impurities, solids, suspended solids, bacteria, algae, oil/grease,

color, odor, gel, colloid, organic matter being transformed into the concentrated,

coagulated, fibrous and granular silt contaminants effect which can be directly

transformed the larger than 0.1 micron wastewater contaminants of impurities,

solids, suspended solids, bacteria, algae, oil/grease, color, odor, gel, colloid,

organic matter being transformed into the concentrated, coagulated, fibrous and

granular silt contaminants sedimentation, also applied the the concentrated,

coagulated, fibrous and granular silt contaminants to adsorb and bind the

untransformed water contaminants of larger than 0.1 micron rate contaminants

of impurities, solids, suspended solids, bacteria, algae, oil/grease, color, odor,

gel, colloid, organic matter and smaller than 0.1 micron rate contaminants of

wastewater contaminants sedimentation to purify the purified wastewater up to

crystal clear wastewater effectively

[The flow chart of SS suspended solids wastewater polymer purification effect]

suspended solids wastewater polymer

↓

The distribution chart of wastewater contaminants

100 20 1 0.1 0.01 0.001 0.0001

micron micron micron micron micron micron micron

larger than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: >99%

b. high SS/BOD/COD: <95~99%

smaller than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: <1%

b. high SS/BOD/COD: >1~5%

larger than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: >99%

b. high SS/BOD/COD: <95~99%

↓90~95% transformed into silt

smaller than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: <1%

b. high SS/BOD/COD: >1~5%

90~95% larger than 0.1 micron rate contaminations being transformed into the concentrated, coagulated, fibrous and granular silt sedimentation

smaller than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: <1%

b. high SS/BOD/COD: >1~5%

↓10~30% adsorbed, binded and purified

10~30% smaller than 0.1 micron rate contaminations being transformed into the concentrated, coagulated, fibrous and granular silt sedimentations

↓90~95% transformed into silt

↓10~30% adsorbed, binded and purified

[ The residues after suspended solids wastewater polymer treatment]

larger than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: >99%

b. high SS/BOD/COD: <95~99%

Residues: 5~10%

smaller than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: <1%

b. high SS/BOD/COD: >1~5%

Residues: 70~90%

The design and effect of suspended solids wastewater polymer are designed to be applied to be purified the larger than 0.1 micron rate of wastewater contaminations of impurities, solids, suspended solids, color, odor, bacteria, algae, oil/grease, gel colloids, organic matter clear effectively

Also applied to be reduced down SS/BOD/COD, hardness, organic matter, chemical, ammonia, nitrates, phosphates, hydrocarbon, toxic chemical, heavy metal effectively

2. The purification effect and design of silt density index waste water polymer

The purification effect and design of silt density index wastewater polymer are

designed to establish the functional mechanism to be functioned the wastewater

contaminants of impurities, solids, suspended solids, bacteria, algae, oil/grease,

color, odor, gel, colloid, organic matter and the silt density index of organic

foulant, inorganic foulant, biofoulant, silica foulant being transformed into the

concentrated, coagulated, fibrous and granular silt contaminants effect which

can be directly transformed the larger than 0.1 micron wastewater contaminants

of impurities, solids, suspended solids, bacteria, algae, oil/grease, color, odor,

gel, colloid, organic matter and the smaller than 0.1 micron rate contaminants

of the silt density index of organic foulant, inorganic foulant, biofoulant, silica

foulant being transformed into the concentrated, coagulated, fibrous and

granular silt contaminants sedimentation, also applied the the concentrated,

coagulated, fibrous and granular silt contaminants to adsorb and bind the

untransformed wastewater contaminants of larger than 0.1 micron contaminants

of impurities, solids, suspended solids, bacteria, algae, oil/grease, color, odor,

gel, colloid, organic matter and smaller than 0.1 micron rate contaminants of

untransformed wastewater contaminants sedimentation to purify the purified

wastewater up to crystal clear wastewater effectively

[The flow chart of silt density index wastewater polymer purification effect]

silt density index wastewater polymer

↓

The distribution chart of wastewater contaminants

100 20 1 0.1 0.01 0.001 0.0001

micron micron micron micron micron micron micron

larger than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: >99%

b. high SS/BOD/COD: <95~99%

smaller than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: <1%

b. high SS/BOD/COD: >1~5%

larger than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: >99%

b. high SS/BOD/COD: <95~99%

↓90~95% transformed into silt

smaller than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: <1%

b. high SS/BOD/COD: >1~5%

90~95% larger than 0.1 micron rate contaminations being transformed into the concentrated, coagulated, fibrous and granular silt sedimentations

smaller than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: <1%

b. high SS/BOD/COD: >1~5%

↓50~70% adsorbed, binded and purified

50~70% smaller than 0.1 micron rate contaminations being transformed into the concentrated, coagulated, fibrous and granular silt sedimentations

↓90~95% transformed into silt

↓50~70% adsorbed, binded and purified

[ The residues after silt density index wastewater polymer treatment]

larger than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: >99%

b. high SS/BOD/COD: <95~99%

Residues: 5~10%

smaller than 0.1 micron contaminations distribution rate

a. low SS/BOD/COD: <1%

b. high SS/BOD/COD: >1~5%

Residues: 30~50%

The design and effect of silt density index wastewater polymer are designed to be applied to be purified the larger than 0.1 micron rate water contaminations of impurities, solids, suspended solids, color, odor, bacteria, algae, oil/grease, gel colloids, organic matter, and smaller than 0.1 micron rate water contaminations of biofoulant, organic foulant, inorganic foulant and silica foulant clear effectively

Also applied to be purified and reduced down SS/BOD/ COD/TDS, hardness, organic matter, chemical, ammonia, nitrates, phosphates, hydrocarbon, total dissolved solids, toxic chemical, heavy metal clear effectively

[remark]1.The silt density index contaminations of biofoulant, organic foulant,

inorganic foulant and silica foulant are the wastewater contaminations

of SS/BOD/COD, color, odor, organic matter, chemical, ammonia,

nitrates, phosphates, hydrocarbon, emulsion, cyanide, colloid, toxic

chemical, heavy metal contaminants

2.The smaller than 0.1 micron rate silt density index contaminations of

biofoulant, organic foulant, inorganic foulant and silica foulant which

normally called the stubborn element are hard to be purified clear

effectively by the conventional aeration, biotreatment, and chemical

treatment design except RO/distillation unit

The silt density index of biofoulant, organic foulant, inorganic foulant, and silica foulant are the main SS/ BOD/COD contaminants of conventional wastewater treatment are hard to be purified the contents of SS low than<10~30 ppm, BOD/COD low than<100 ppm up to meet 1^st class wastewater treatment discharge standard clear effectively, normally called stubborn contaminations element

3. The main purification application, design and test experiment

of suspended solids wastewater polymer

A. The main purification application of suspended solids wastewater

polymer being applied at wastewater purification treatment

The main purification application of suspended solids wastewater polymer are

applied at the water contaminations of larger than 0.1 micron rate wastewater

contaminants of impurities, solids, suspended solids, color, odor, oil/grease,

emulsion, gel, colloids purification treatment being purified clear up to crystal

clear wastewater effectively

B. The main purification design of suspended solids waste water

polymer being applied at wastewater purification treatment

raw

waste

water

→

aeration,

oil/water

separation

design

→

batch continuous

suspended solids

polymer

treatment

→

precipitation

design

→

purified

wastewater

↓

larger than 0.1 micron rate contaminations distribution rate

a. low contaminations: >99%

b. high contaminations: <95~99%

90~95%

→→→

larger than 0.1 micron rate contaminations residues

a. low contaminations: <5~10%

b. high contaminations: <5~10%

smaller than 0.1 micron rate contaminations distribution rate

a. low contaminations: <1%

b. high contaminations: >1~5%

10~30%

→→→

smaller than 0.1 micron rate contaminations residues

a. low contaminations: <70~90%

b. high contaminations: <70~90%

C. The test experiment of suspended solids polymer being applied

at the wastewater purification treatment

a. The test experimental data of 200 ppm dosage of suspended solids polymer applied

at coke wastewater purification treatment

The contaminations of raw coke & tar wastewater:

COD: 25000~30000 ppm,

NH₃-N: 2000~3000 ppm

phenol: 2000~3000 ppm

oil: 800~1000 ppm

sulfide: 460 ppm

color: 2400 ptco unit

test items	The test data of discharge waste water after dilution treatment	the test data after suspended solids wastewater polymer treatment
PH	7.95	6.94
SS	48 ppm	5 ppm
COD	86 ppm	<15 ppm
BOD₅	50 ppm	<5 ppm
color	2 ptco unit	2 ptco unit

b. The test experimental data of 200 ppm dosage of suspended solids polymer applied

at TNT wastewater purification treatment

test items	The test data of discharge waste water after dilution treatment	the test data after suspended solids wastewater polymer treatment
PH	6.98	6.46
SS	25 ppm	<5 ppm
COD	150 ppm	<15 ppm
BOD₅	5 ppm	<2 ppm
color	2 ptco unit	1 ptco unit

c. The test experimental data of 200 ppm dosage of suspended solids polymer applied at city

wastewater purification treatment

test items	raw water contamination data	the test data after suspended solids wastewater polymer treatment
PH	7.64	7.62
SS	1350	55
COD	1510	215
BOD₅	950	156
nitrates	120	72.8
phosphates	25	4.0

[remark] 1. The main purification effect of suspended solids polymer are

designed to purify the impurities, solids, suspended solids, algae,

oil/grease, emulsion, color, odor, organic matter which are available

used at low chemical, hydrocarbon, toxic chemical, heavy metal

contaminations of wastewater treatment application

2.The suspended solids wastewater polymer have the nitrification,

de-nitrification, de-colorization, de-odorization, de-emulsification

and de-oil/grease and de-algae effect which are available used at

residential, food, restaurant, commercial, city, hospital, slaughter,

swimming pool, wastewater treatment and application

The nitrification, de-nitrification, de-colorization, de-odorization, de-emulsification, de-oil/grease and de-algae effect of suspended solids nano-polymer are available used at the residential, food, restaurant, city, commercial, hospital, slaughter, swimming pool, wastewater treatment and application to purify the contaminations of impurities, solids, suspended solids, algae, oil/grease, emulsion, color, odor, organic matter clear effectively

4. The main purification application, design and test experiment

of silt density index wastewater polymer

A. The main purification application of silt density index polymer

being applied at wastewater purification treatment

The main purification application of silt density index polymer are

applied at the wastewater contaminations of larger than 0.1 micron rate waste

water contaminants of impurities, solids, suspended solids, bacteria, algae,

odor, color, oil/grease, gel, colloids, organic matter and the smaller than 0.1

micron rate wastewater contaminants of biofoulant, organic foulant, inorganic

foulant and silica foulant purification treatment being purified clear up to

crystal clear wastewater effectively

B. The main purification design of silt density index polymer

being applied at wastewater purification treatment

raw

waste

water

→

aeration,

oil/water

separation

design

→

batch continuous

silt density index

polymer treatment

→

precipitation

design

→

purified

wastewater

↓

larger than 0.1 micron rate contaminations distribution rate

a. low contaminations: >99%

b. high contaminations: <95~99%

90~95%

→→→

larger than 0.1 micron rate contaminations residues

a. low contaminations: <5~10%

b. high contaminations: <5~10%

smaller than 0.1 micron rate contaminations distribution rate

a. low contaminations: <1%

b. high contaminations: >1~5%

50~70%

→→→

smaller than 0.1 micron rate contaminations residues

a. low contaminations: <30~50%

b. high contaminations: <30~50%

C. The test experiment of silt density index polymer being

applied at the wastewater purification treatment

a. The test experimental data of 200 ppm dosage of silt density index polymer applied

at the electroplating wastewater purification treatment

test items	electroplating wastewater contamination data	the test data after silt density index wastewater polymer treatment
PH	4.5	7.3
CN-	70 ppm	undetectable
Cr⁺⁶	86 ppm	undetectable
COD	550 ppm	<100 ppm

b. The test experimental data of 200 ppm dosage of silt density index polymer applied

at the synthetic fibre wastewater purification treatment

test items	Synthetic fibre wastewater contamination data	the test data after silt density index wastewater polymer treatment
PH	10.8	7.2
sulfides	<0.2 ppm	<0.1 ppm
total zinc	3.86 ppm	<2.6 ppm
COD	300 ppm	<100 ppm
BOD₅	150 ppm	<50 ppm

c. The test experimental data of 200 ppm dosage of silt density index polymer applied

at the tannery wastewater purification treatment

test items	tannery wastewater contamination data	the test data after PAM treatment	the test data after silt density index wastewater polymer treatment
SS	1300 mg/L	400 mg/L	<120 mg/L
COD	2000 ppm	300 mg/L	<180 ppm
BOD₅	1200 ppm	150 mg/L	<120 ppm
Cr⁺³	15 mg/L	1.8 mg/L	<1 mg/L

d. The test experimental data of 200 ppm dosage of silt density index polymer applied

at the penicillium wastewater purification treatment

test items	raw wastewater contamination data	the test data after PAM treatment	the test data after silt density index wastewater polymer treatment
PH	8~9	7	7
COD	4200 mg/L	1500 mg/L	<100 mg/L
NH₃-N	900 mg/L	91 mg/L	<60 mg/L

e. The test experimental data of 200 ppm dosage of silt density index polymer applied

at the paint & dye wastewater purification treatment

test items	paint & dye wastewater contamination data	the test data after silt density index wastewater polymer treatment
PH	7.8	6.5
SS	50 mg/L	3.2 mg/L
COD	80 mg/L	<10 mg/L
BOD₅	230 mg/L	26 mg/L
appearance	green-red turbid solutions	colorless, crystal clear

f. The test experimental data of 200 ppm dosage of silt density index polymer applied

at the steel plant wastewater purification treatment

test items	steel plant wastewater contamination data	the test data after silt density index wastewater polymer treatment
PH	8.5	8
SS	3000 mg/L	<10 mg/L
appearance	dark turbid wastewater	colorless, crystal clear

g. The test experimental data of 200 ppm dosage of silt density index polymer applied

at the paper & pulp wastewater purification treatment

test items	paper & pulp wastewater contamination data	the test data after silt density index wastewater polymer treatment
PH	5.6	5.5
SS	500 mg/L	<7 mg/L
COD	350 mg/L	<10 mg/L
appearance	lime turbid water	colorless, crystal clear

h. The test experimental data of 200 ppm dosage of silt density index nano-polymer

applied at the coolant wastewater purification treatment

test items	coolant wastewater contamination data	the test data after Pre-treatment polymer treatment	the test data after silt density index wastewater polymer treatment
COD	25000 mg/L	1350 mg/L	< 100 mg/L
Cu++	2750 mg/L	98 mg/L	≦1 mg/L
appearance	milky yellow/white color water	white clear water	colorless, crystal clear

[remark] 1. The silt density index contaminations of biofoulant, organic foulant,

inorganic foulant and silica foulant are included all the contaminants

of SS/BOD/COD, bacteria, algae, organic matter, oil/grease, colloids,

chemical, ammonia, nitrates, phosphates, hydrocarbon, color, toxic

chemical, heavy metal contaminants

2. The effect of silt density index polymer are availably used at

the high BOD/COD, oil/grease, bacteria, algae, colloid, organic

matter, color, chemical, ammonia, nitrates, phosphates, hydrocarbon,

toxic chemical, heavy metal contaminants wastewater treatment

i. The specific research organization test experimental data of 50~100 mg/L

dosage of polymer applied at swine wastewater treatment for reference

The wastewater contaminations: SS:1400 mg/L, phosphates/NH₄: 40 mg/L

Polymer dosage	SS removing rate	SS residues	total phosphates removing rate	total phosphates residues
2 mg/L	200~400 mg/L	1000~1200 mg/L	7~11 mg/L	29~33 mg/L
5 mg/L	700 mg/L	700 mg/L	20~22 mg/L	18~20 mg/L
10 mg/L	800 mg/L	600 mg/L	26~28 mg/L	12~14 mg/L
25 mg/L	1100~1200 mg/L	400~500 mg/L	34~37 mg/L	3~6 mg/L
50 mg/L	1200~1250 mg/L	150~200 mg/L	38~40 mg/L	<2 mg/L
100 mg/L	1250 mg/L	150 mg/L	>40 mg/L	undetectable

The design of silt density index nano-polymer have the de-oil/grease, de-algae, nitrification, de-nitrification, de-colorization, de-odorization, de-emulsification, de-chemical, organic matter, toxic chemical, heavy metal effect to purify the SS/BOD/COD, bacteria, algae, organic matter, oil/grease, colloids, chemical, ammonia, nitrates, phosphates, hydrocarbon, color, toxic chemical, heavy metal contaminants clear effectively

availably used at residential, city wastewater, restaurant, food, drink, hospitals, slaughter, textiles, electroplating, machinery, chemical, paint, dye, coating, tannery, paper, pulp, coal, coke & tar, electronic, semiconductor, cable/ wire, petrochemical, biological, fiber, TNT, fertilizers, pharmaceutical, industrial, plant wastewater treatment and etc

5. The description of batched continuous Nano-polymer process

purification design to replace one step RO/distillation unit

operation treatment are meant that the one step silt density index

nano-polymer process purification design and treatment

a. The purification effect of silt density index nano-polymer process

purification design are compared to RO/distillation design

The purification effect of silt density index nano-polymer process

purification design are same as RO/distillation design can be purified almost

of all the contaminations clear effectively, except the some specific total

dissolved solids and ions are hard to be reacted by the silt density index

nano-polymer being coagulated and transformed into the silt coagulated

contaminations effectively

Regard to some specific total dissolved solids and ions are hard to be

reacted by the silt density index nano-polymer being coagulated and

transformed into the silt contaminations like the Na+/Cl- ions of sea water,

The improvement of silt density index nano-polymer process purification

design and application are added the specific total dissolved solids and ions

functional agent and process purification design which can be purified the

the specific total dissolved solids and ions being coagulated and transformed

into the silt contaminations effectively for the specific total dissolved solids

and ions effective purification treatment and application

b. The purification application of silt density index nano-polymer

process purification design are compared to RO/distillation design

wastewater

1^st class

discharge

wastewater

reclaimed

water

reclamation

city

water

pure

water

ultrapure

water

SS:100~

10000 ppm

BOD/COD:

300~30,000

ppm

SS:30~

50 ppm

BOD:50~

80 ppm

COD:80~

100 ppm

SS: <10 ppm

BOD:<10

ppm

COD:<20

ppm

SS:<10

ppm

BOD:<!~

2 ppm

COD:<3~

5 ppm

conduct-

ivity

3~5

Mega-

ohm

conduct-

ivity:

<18.2

Mega-

ohm

↓

wastewater 1^st class treatment reclaimed water city water pure water ultrapure water

discharge wastewater

→	→	→	→	→
silt density index nano-polymer process design
Above process, RO process design are availably used ot not, You can try and test			RO process design
Distillation process design			Distillation process design

silt density index polymer process design

RO design

Distillation design

application

high SS/BOD/COD, color, odor, oil/grease, emulsion, organic matter, chemical, toxic chemical, heavy metal contaminations of wastewater purified to low SS/BOD/COD, heavy metal contaminations of crystal clear waste water treatment

low SS/BOD/COD, color, odor, oil/grease, emulsion, organic matter, chemical, toxic chemical, heavy metal contaminations of clear waste water purified to low SS/BOD/COD, heavy metal contaminations ofcrystal clear waste water treatment

1. high SS/BOD/COD, color, odor, oil/grease, emulsion, organic matter, chemical, toxic chemical, heavy metal contaminations of wastewater purified to low SS/BOD/COD, heavy metal contaminations of crystal clear waste water treatment

2. low SS/BOD/COD, color, odor, oil/grease, emulsion, organic matter, chemical, toxic chemical, heavy metal contaminations of clear waste water purified to low SS/BOD/COD, heavy metal contaminations of crystal clear waste water treatment

Batched purification effect of one step unit operation

controlled purification rate

50~99%

fixed purification rate

90~99%

fixed purification rate

high contaminations:85~95%

low contaminations:90~99%

process

Purification

effect

1. first step: 50~99%

2. second step: 50~99%

3. third step: 50~99%

1. first step: 90~99%

2. second step: 90~99%

3. third step: 90~99%

1. first step:

a. high contaminations:

85~95%

b. low contaminations:

90~99%

2. second step: 90~99%

3. third step: 90~99%

[Remark]

1. The silt density index Nano-polymer process design are availably used at:

a. SS/BOD/COD:>1000~30,000 ppm purified to SS/BOD/COD:<1~10 ppm treatment

b. SDI:>5.0~10.0 purified to SDI:<1.0~5.0 treatment

2. The RO process design are availably used at:

a. SS/BOD/COD:<10~100 ppm purified to SS/BOD/COD:<1~10 ppm treatment

b. TDS:<100~30,000 ppm purified to TDS:<10~1,000 ppm, then being purified the

conductivity to 3~5 megaohm~18 megaohm treatment

3. The distillation design are availably used at:

a. SS/BOD/COD:>1000~30,000 ppm purified to SS/BOD/COD:<1~10 ppm treatment

b. TDS:<100~30,000 ppm purified to TDS:<10~1,000 ppm, then being purified the

conductivity to 3~5 megaohm~18 megaohm treatment

The point of silt density index nano-polymer process purification design and treatment can be replaced RO/distillation design and treatment

1. like RO/distillation design and treatment can be

purified the almost of all the contaminations clear

simultaneously and effectively

2. like RO/distillation design and treatment can be

applied to purify almost of all the contaminations

clear effectively at the clear and high effective

process purification rate

[conclusion]

If the customers are willing to invest much capital and money to improve the process wastewater treatment design and spent more purification costs and expense for application, The conventional waste water treatment technique, design, and products can also be done the effective wastewater treatment and application

According to wastewater treatment marketing needs of low purification costs and expense wastewater treatment and application, The market promotion and sale strategy of nano-polymer are offered the low competitive price service to the specific customers to do low costs and expense wastewater purification treatment and application under Nano-polymer water management contract

Regard to the conventional wastewater purification treatment design, They are hard to be applied the Nano-polymer laddering batched continuous process design to do the high efficient purification effect up to 95~99.9% of simple, economic, effective, and practical SS/BOD/COD purification treatment and application, and the wastewater Nano-polymer are also not planned to offer the service to improve the defect of conventional wastewater process purification design treatment and application, So we are only established the specific water management contract marketing promotion & sale operation to promote and sale the Nano-polymer into wastewater treatment market for effective application:

The key point and defect of conventional wastewater process treatment design, except RO/distillation design, are only designed to be applied the series of leach, aeration, oil/water separation, bio-treatment, chemical and physical chemical design to purify the impurities, solids, suspended solids, color, odor, oil/grease, emulsions, ammonia, nitrates, phosphates, hydrocarbon, organic matter, chemical, toxic chemical, heavy metal contaminations clear at the low SS/BOD/COD purification rate low than 50~85% or less which are hard to be applied at the high SS/BOD/COD contents and toxic wastewater treatment to be purified the residues of SS low than 30~50 ppm, BOD/COD low than 80~100 ppm up to meet 1^st class wastewater treatment standard

1. The bio-treatment design are availably used at low SS/BOD/COD,

non-toxic wastewater treatment; Normally application and treatment,

It’s purification rate up to 70~85% will be degraded gradually, and

hard to be applied at toxic wastewater treatment and purified the SS

contents low than 30~50 ppm, BOD/COD: low than 80~100 ppm

2. The chemical and physical chemical treatment design are availably

used at high SS/BOD/COD and toxic wastewater treatment; normally

SS/BOD/COD purification rate only 50~85%, more dosage for high

SS/BOD/COD purification effect, It’s maximum purification rate up

to 99~99.5% but will be increased the chemical residues and

degraded COD purification rate effectively, They are also hard to

purify the SS contents low than 10~30 ppm, BOD/COD: low than

30~50 ppm effectively

3. More high dosage and multiple unit operation purification design and

step will be increased the process investment and purification costs

and expense effectively

Generally, The customers are unwished to spend moneys and expense to do wastewater treatment, They are like to test and try to find the without process investment, and spend money and expense operation of new innovative design, products, method and application to establish more simple, economic, effective and practical water purification treatment and application, They are also more like to spend much moneys for more test, try and experience; So more details description and explanation are non-sense, and only wasted more money and time

Due to prevent waste mutual moneys and times too much, and simplify promotion & sale operation and eliminate the troublesome business, So we are established the specific nano-polymer water management contract marketing promotion & sale operation mode and strategy to focus the better service to the customers who are really needed to want to do the best effective wastewater purification design, treatment and application

Due to the marketing application of conventional wastewater treatment technique, design and products are so disordered and competitive, The improvement application of conventional waste water treatment and process purification design are not the main sale, promotion and application market of wastewater Nano- polymer products,

But the marketing sale and promotion strategy of Nano-polymer will be promoted into RO process wastewater treatment system design and application for economic, effective and practical RO purification treatment and application under the Nano-polymer water management contract marketing & business operation and management

Basically, The marketing sale and promotion strategy of Nano- polymer are only serviced to the specific Nano-polymer water management contract’s cooperators, not serviced to competitor, non-Nano-polymer water management contract’s customers and non-Nano-polymer process wastewater treatment design and system, and not do the promotion, sale and service to the improvement application of conventional wastewater treatment process purification design for further effective purification treatment and application;

If the customers and users are really considered the Nano-polymer have some benefits and helps to solve their’s needs, and needed for some specific wastewater treatment and application, We can do further effective discussion and negotiation under the clear sincerity, mood and intentions, but don’t wasted too much mutual times and moneys

How to do effective wastewater treatment and application are the duty and responsibility of each country, government, environmental department, research organization, manufacturers, enterprises and customers; Although the each country, government, environmental department, research organization, manufacturers, enterprises and customers have already invested so much money, budget, capitals, talent, resources, and so many powerful, prestigious, authoritative, special waste water treatment company, specialist, professor, scholar, researcher are spent so much vitality, wise, times and money to do the further effective wastewater purification treatment R&D and application and develop so many specific innovative design and products to improve the purification effect of conventional wastewater treatment and application,

But up to now, The improvement application of conventional wastewater purification treatment design and application are still hard to do simple, economic, fast, effective and practical wastewater purification treatment and application

We are very appreciated, esteemed and pay attention to their effort, wise, design and know how, Their contribution, sacrifice and give should be reserved some returns, Due to one good technique, design, products and application being development are through many investment, test, trial and experience, more investment, test, trial and experience will be created more good technique, design, products and application being development; So we are not interesting to compete with them to beat their intention and dream, meanwhile, The purification defect and problems of their’s design should be solved and overcome by themselves.

Although, So many powerful, prestigious, authoritative, special waste water reuse, reclaimed water, water reclamation and rain water utilization treatment company, specialist, professor, scholar, researcher, competitor and customers are very suspected and questioned the design and effect of nano-polymer, we are not interesting to explain, interpret and describe the principle and design of nano-polymer too clear, also not planned to sale and promotion the nano-polymer products into their’s maket application to help them to solve and overcome their’s defect, question and problems, and compete with them to share their market (except the RO market and application)

Basically, The marketing strategy of water nano-polymer promotion & sale operation are only serviced to the sole specific nano-polymer water management contract cooperator and the sole nano-polymer process design and system customers under the specific nano-polymer water management contract agreement, and not doing the simple service and sale the water nano-polymer products to non-specific nano-polymer water management contract agreement customers

The point and mode of the specific nano-polymer water management contract marketing & business operation and management:

1. according to the treatment capacity, contaminations concentration and

contents, and the process purification rate to set up the Nano-polymer

process purification treatment design and application

2. according to the Nano-polymer process purification treatment design

and application to set up the quantities of use and supply

3. according to the user’s charge concept to set up the point and mode of

the specific nano-polymer water management contract marketing &

business operation and management:

If some country, government, environmental department, research organization, manufacturers and customers are really interesting our nano-polymer to establish some specific new wastewater purification treatment design and application to improve the water resources insufficient and run out of water supply problems, also have planned to offer the R&D budget, consultant fee for further effective Nano-polymer process design and application under the specific Nano-polymer water management contract agreement

Originally, We are not refused communicate and negotiate and not rejected to offer the service, but it’s needed under the clear sincerity, mood and intentions situations, don’t wasted too much mutual times and moneys

If you are like to see the more further details and clear application information and literatures of the conventional wastewater treatment design, products and application, and the further effective wastewater nano-polymer products and application, Please visit the following user’s charge (payable by user) website

copy right/patent pending

Bright Glory Enterprise,Co.Ltd/

SanDa Membrane & Nano Co.Ltd

5F-3, No.162, Section 4, Chunghsiao E. Road, Taipei, Taiwan

Tel:886-(02)2731-8306, (02)2731-7727 Fax: 886-(02)2731-8221

web site: www.bge.com.tw web site: http://3w.bge.com.tw Email: hong@bge.com.tw