Water Resourcization technology

water resourcization technology treatment process design unit is new concept and design of water, waste water, water reclamation and wastewater reuse treatment which are breakthrough the defect of high cake and scale, low permeable, low production capacity, high working pressure, low BOD/COD removing rate, high investment, high treatment cost and expense of conventional RO treatment, and can be applied to purify the polluted water up to natural clear water, city water and process ultra pure water to do low cake & scale, high permeable, high production capacity, high BOD/COD removing rate, low investment, low treatment cost and expense, low working pressure, zero discharge, zero pollution, wastes & toxicity elimination and reduction, rapid recycle all the investment and treatment cost and expense of high economic utility water reclamation and wastewater reuse process treatment and application

[Feature]

1. low cake & scale, high permeable: up to 80~95%

2. production capacity: up to 90~110% (standard design)

3. BOD/COD removing rate: up to 85~99.5%

4. odor/smell/VOC removing rate: up to 50~99%

5. hardness/heavy metal/TDS removing rate: 90~99.5%

6. working pressure reduction down to 10~12 kg/cm²

7. desalination working pressure: available 25~30 kg/cm²

8. 90% wasted silt, quantities, wastes toxicity and treatment cost and expense can be eliminated

    and reduced down effectively   

9. the RO membrane clean, regeneration and replacement fee, wastewater discharge treatment

    fee, electric fee and treatment cost and expense can be eliminated and reduced effectively

10. prevented and eliminated the silt density index of biofoulant, organic foulant, inorganic

     foulant, silica foulant, and the scalant of oil, colloid, carbonate, phosphate being caked

     and scaled on the RO membrane to extend RO membrane usage and expire effectively

11. the microcystins, trihalomethanes, organic matter and heavy metal can be purified clear

     up to meet EPA sanitary and safety criterion which contained low minerals for drinking

12. only one to do zero discharge, zero pollution, wastes & toxicity elimination and reduction,

      rapid recycle all the investment and treatment cost and expense treatment and application

      high BOD/COD/ TDS/                                                                                                                                            low BOD/COD/ TDS/

Bright Glory Enterprise,Co.Ltd/SanDa membrane & Nano,Co.Ltd

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

Tel: 886-02-2731-8306  Fax: 886-02-2731-8221        Email: hong@bge.com.tw  

web site: http://3w.bge.com.tw                            Web site: www.bge.com.tw     

Water resourcization technology treatment process design unit are divided into low BOD/COD removing rate process design unit and high BOD/COD removing rate process design unit

1. low BOD/COD rate water resourcization process treatment design

2. high BOD/COD rate water resourcization process treatment design

[process chart]   applied at BOD/COD:<500~5000 ppm, conductivity:<5000 us/cm2  wastewater reuse                               and water reclamation treatment               wastewater  　                   discharge wastewater 　 　                                                                      ultrapure clear water [effect] compare to conventional water reclamation, wastewater reuse treatment                                                          water resourcization process treatment     conventional RO process treatment  pressure (kg/cm2)                                10~12 kg/cm2                                                  18~22 kg/cm2  capacity (m3/day)                                90~110%/unit                                                 1/3~1/4 /unit            75~96%/ 3 units  BOD/COD removing rate                   99~99.9%/process                                          65~70%/process    87~91%/ 2 process  conductivity removing rate               95~99.5%/process                                          80~98%/process  NH4/VOC removing rate                    90~99.5%/process                                        <10~30%/process

[Example]: The comparison of water resourcization technology treatment process design

                    and conventional RO treatment design at PCB wastewater reuse treatment

                      [Remark]: continuous 2 hours operation data at 200 psi working pressure

[The missing, confusion and problems of conventional wastewater, water  reclamation, waste water reuse, and desalination treatment design and treatment application]

1.The missing, confusion and problem of conventional wastewater treatment design and

     treatment application

    [missing] the design and application of conventional wastewater treatment process

                 a. if can decompose, degrade and purify water contaminants clear up to meet EPA

                    discharge wastewater criterion, why not directly treated wastewater up to reuse

                    and reclamation to eliminate and reduce down investment and treatment cost

                    and expense wasted to do high economic utility treatment and application

                b. if hard to decompose, degrade and purify water contaminants clear to eliminate

                    and reduce down water environment pollution effectively and completely, All

                    the investment and treatment cost and expense of conventional wastewater

                    treatment are seemingly to be wasted and insignificant

         1) The discharge wastewater up to meet EPA criterion are still resulted in the water

             environment and eco-environment pollution, only reduced down pollution stage

         2) The main treatment cost and expense of conventional biological, chemical and

              physical treatment is the treatment cost and expense of wasted silt, not the

              the treatment cost and expense of wastewater purification treatment

         3) Due to the wastewater discharge under over EPA criterion, and wasted silt not

             to do non-toxic treatment and discharged randomly, So all the investment and

             the treatment cost and expense of conventional wastewater treatment are equal

             to be wasted and insignificant

         4) The conventional wastewater treatment are normally needed multiple chemical,

             biological and physical process design to meet EPA wastewater discharge

             criterion which are resulted in high & expensive cost and expense treatment

 [confusion] the design and application of conventional wastewater treatment process

                   a. original design are available for low pollution, low content and low toxic

                       waste water treatment and application

                   b. not available for high pollution, high content and high toxic wastewater

                       water treatment and application

         1) The basic design are applied more degradation, decomposition and purifcation

              times for more decontamination effect

              a. biological design: normally applied at low toxic organic matter, chemical,

                  biomatter contaminants treatment: BOD/COD removing rate up to 65~70%

              b. chemical/physical design: normally applied at high toxic organic matter,

                  chemical, biomatter and heavy metal contaminants treatment: BOD/COD

                  removing rate up to 70~80%

         2) The substance of conventional biological, chemical and physical catalyst are

             original BOD/COD contaminants: high dosage treatment for high BOD/COD

             degradation rate effect, but high dosage residues for high BOD/COD residues

             which are hard to meet EPA wastewater discharge BOD/COD residues criterion

         3) low biological, chemical and physical treatment cost and expense design to do

             high chemical silt and biosilt production capacity and high wasted silt treatment

             cost and expense treatment and application

             a. unit biological treatment fee: U$0.08~0.133/m³

                 biosilt production capacity: 10~15 liters, treatment fee: U$1.33~2/m³

             b. unit chemical/physical treatment dosage:0.5~3%, treatment fee:U$0.66~4/m³

                 chemical silt production capacity:5~30 liters, treatment fee:U$0.66~4/m³

 [problems] how to do high BOD/COD/heavy metal contents, high toxic, high pollution, high

                  BOD/COD removing rate, low dosage, low BOD/COD/heavy metal residues,

                  low wasted silt production capacity and treatment cost and expense is the main

                  problems of conventional wastewater treatment and application

         1) how to degrade and purify the molecular weight contaminants clear effectively

             is the main problem of conventional wastewater treatment up to meet EPA

             wastewater discharge criterion to be solved and overcome

         2) how to do high BOD/COD/heavy metal contents, high toxic, high pollution,

             high BOD/COD/heavy metal removing rate treatment and application is the

             secondary problem of conventional wastewater treatment to be solved and

             overcome

         3) how to eliminate chemical silt and biosilt production capacity and reduce down

             the treatment cost and expense of wasted silt is another problem of conventional

             wastewater treatment to be solved and overcomed

2.The missing, confusion and problem of conventional water reclamation and wastewater

     Reuse RO treatment design and treatment application

 [missing] the design and application of conventional water reclamation and wastewater

                reuse RO treatment process

                a. easy to purify wastewater up to process ultrapure water of water reclamation

                    and wastewater reuse treatment and application

                b. hard to purify wastewater up to city water, drinking water of water reclamation

                    and wastewater reuse treatment and application

         1) RO treatment is the most safe and reliable process design of conventional water

              reclamation and wastewater reuse treatment and application which are easy to

              do effective TDS/conductivity/heavy metal purification control treatment, but

              hard to do effective BOD/COD/organic matter, chemical, biomatter, toxin, NH₄

              purification control treatment and application

         2) RO treatment is the most low investment, economic and cheap process design

              of conventional water reclamation, wastewater reuse treatment and application:

              however, At the practical application, It is becomed the most high expensive

              investment and more high expensive cost and expense treatment and application

         3) Although conventional RO treatment process are hard to do effective organic

             matter, chemical, biomatter, toxin, NH₄, BOD/COD purification control

             treatment and application, but it is still the most safe , reliable, low investment,

             economic and cheap process design of conventional water reclamation, waste

             water reuse treatment and application

 [confusion] the design and application of conventional water reclamation and wastewater

                   reuse RO treatment process

                   a. original design are designed for low SS/BOD/COD/TDS contaminations of

                       water reclamation and wastewater reuse RO treatment and application

                   b. not available for high SS/BOD/COD/TDS contaminations of wastewater

                       reuse and water reclamation RO treatment and application

          1) The basic effect of conventional RO treatment treatment and application:

              a) high TDS/conductivity/heavy metal removing rate up to 90~98%

              b) low organic matter, chemical, biomatter, toxin, BOD/COD removing rate

                  65~70%

              c) low NH₄ removing rate: 10~30%

          2) low RO production capacity is the main point of high investment and high

              treatment cost and expense treatment and application

          3) high RO membrane clean, regeneration and replacement fee, discharge waste

              water treatment fee and electric fee is the key factor of high RO treatment cost

              and expense treatment and application

          4) RO pre-treatment is the main design of conventional RO treatment to improve

              and solve the problems of RO membrane cake and scale, production capacity,

              investment and treatment cost and expense, however, low effect and benefit at

              the improvement, and high effect to increase the investment and treatment cost

              and expense effectively

 [problems] how to do high BOD/COD/TDS/heavy metal content, high BOD/COD removing

                  rate, low RO membrane cake & scale, high permeability, high production

                  capacity, low RO membrane clean, regeneration, replacement and electric fee,

                  low discharge wastewater treatment fee, low investment and treatment cost and

                  expense is the main problems of conventional water reclamation and wastewater

                  reuse RO treatment and application

         1) how to do high RO production capacity to eliminated and reduce down the

             investment and treatment cost and expense treatment is the main problem of

             conventional water reclamation and wastewater reuse RO treatment and

             application to be solved and overcome

         2) how to do low RO membrane clean, regeneration, replacement and electric fee,

             low discharge wastewater treatment fee treatment is the secondary problem of

             conventional water reclamation and wastewater reuse RO treatment and

             application to be solved and overcome

         3) how to do high BOD/COD/TDS/heavy metal content and high BOD/COD

             removing rate treatment is another problem of conventional water reclamation

             and wastewater reuse RO treatment and application to be solved and overcome

3.The missing, confusion and problem of conventional desalination treatment and application

   [missing] the design and application of conventional desalination treatment process

                  a. The investment, treatment cost and expense, and difficulty of desalination

                      treatment is more higher than water reclamation and wastewater reuse treatment

                 b.The high Cl^- ions contents of discharge sea water of desalination are easy to

                      result the soil, water environment in alkalification being seriously destroyed the

                    eco-environment balance of ocean, land and water environment

  1)The desalination treatment is the common use and practical water resourcization

                   treatment design and application to solve and improve the problems of water

                   deficiency and out of water supply; but the investment, treatment cost and

                   expense, and difficulty is more higher than water reclamation and wastewater

                   reuse treatment

         2) RO treatment is the most low investment, economic and cheap process design

             of desalination treatment and application: however, At the practical application,

             It is became the most high expensive investment and more high expensive cost

             and expense desalination treatment and application

         3) distillation treatment is the most safe and reliable process design of desalination

             treatment and application; due to the production capacity too small, high energy

             consumption and the installation easy to be corrosive and broken, so it is hard to

             be applied at large volumes desalination treatment and application

 [confusion] the design and application of RO desalination treatment

                   a. original design are designed for low SS/BOD/COD/TDS contaminations and

                       low Cl- contents of desalination RO treatment and application

                   b. not available for high SS/BOD/COD/TDS contaminations and high Cl-

                       contents of desalination RO treatment and application

          1) The high Cl- ions contents of brackish water and sea water are needed two

              desalination process to desalinate Cl- ions residues down to 100~250 mg/L

              a) the Cl- ions contents of brackish water: 8000~10000 mg/L

              b) the Cl- ions contents of sea water: 19500 mg/L

          2) low RO production capacity:10~20% of standard design and high working

              pressure: 40~50 kg/cm² operation is the main point of high investment and

              high treatment cost and expense treatment and application

          3) high RO membrane clean, regeneration and replacement fee, discharge waste

              water treatment fee and electric fee is the key factor of high RO desalination

              treatment cost and expense treatment and application

          4) RO pre-treatment is low effect to to improve and solve the problems of RO

              membrane cake and scale, production capacity, investment and treatment cost

              and expense, and high effect to increase the investment and treatment cost and

              expense effectively

 [problems] how to do high Cl- ions content, high Cl- ions removing rate, low RO membrane

                  cake & scale, high permeability, high production capacity, low RO membrane

                  clean, regeneration, replacement and electric fee, low corrosive, low Cl- ions

                  residues discharge wastewater, low investment and treatment cost and expense is

                  the main problems of conventional desalination treatment and application

        1) The high Cl- ions contents are easy to cake and scale on the RO membrane

             being formed the impermeable RO membrane which are needed high working

             pressure: 40~50 kg/cm² operation to produce low production capacity:10~20%

             of standard design to do is high investment and high treatment cost and expense

             treatment is the main problem of conventional desalination RO treatment and

             application to be solved and overcome

         2) how to do low RO membrane clean, regeneration, replacement and electric fee,

             low Cl- ions residues discharge wastewater treatment fee is the secondary

             problem of conventional desalination RO treatment and application to be solved

             and overcome

         3) how to do high Cl- ions contents desalination treatment to prevent distillation

             installations being corroded and broken treatment is another problem of

             conventional distillation desalination treatment and application to be solved and

             overcome

[The benefit, value and significance of water resourcization technology

 process treatment design investment and application]

   (whether have investment value and significance or not, you can be evaluated and analysis

     the following treatment situations, treatment cost and expense, and data by yourself)

 1. The situation of conventional wastewater, water reclamation and wastewater reuse

     treatment investment and treatment application

2. The situations of water resourcization treatment process design breakthrough and improve

    conventional wastewater, water reclamation and wastewater reuse treatment investment

    and treatment application

  1) The pre-treatment process of water resourcization treatment design can be replaced the

          application of conventional wastewater treatment design

       a. high SS/BOD/COD removing rate effect can be purified the wastewater up to low SS/

         BOD/COD residues clear wastewater effectively

       b. The wastes and toxicity of contaminants elimination and reduction treatment effect

         can be eliminated wasted silt production and reduced down the wasted contaminants

         toxicity effectively (except heavy metal)

  2) The post-treatment process of water resourcization treatment design can be replaced the

          application of conventional wastewater reuse and water reclamation treatment design

       a. The effect can be transformed the impermeable cake and scale on the RO membrane

          into high permeable filter media to increase RO treatment capacity up to 80~95%

       b. The effect can be eliminated and cleaned the impermeable cake and scale out of the

          RO membrane which can be saved and reduced down RO membrane flushing, clean,

          regeneration treatment and replacement fee effectively

       c. The effect can do zero discharge treatment which can be saved and reduced down

          wastewater discharge fee and discharge wastewater treatment fee effectively

3. The investment and treatment cost and expense of conventional process pure water, waste

    water, mid-water reclamation and wastewater reuse treatment

     The investment of conventional RO process treatment design: U$350 m³/day

4. The investment and treatment cost and expense of water resourcization treatment design

    are applied to improve the conventional process pure water, waste water, mid-water

    reclamation and wastewater reuse treatment