1. The description of water resourcization treatment

       a.  The city wastewater reclamation to city water, natural clear water treatment

       b.  The eutrophic water reclamation to city water, natural clear water treatment

       c.  The wastewater reclamation to city water, natural clear water treatment

       d.  The sea water desalination to city water, natural clear water treatment

2. The description of water treatment

    a. The conventional water treatment technique, design and application

    b. The Nano-polymer applied at water treatment technique, design and  application

    c. The experimental data of suspended solids nano-polymer and silt density index nano-polymer

        compared to PAC coagulant and PAM polymer

3. 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

    c. The experimental data of suspended solids nano-polymer and silt density index nano-polymer

        compared to PAC coagulant and PAM polymer

4. The description of desalination treatment

    a. The conventional desalination treatment technique, design and application

    b. The Nano-polymer applied at desalination treatment technique, design and  application

    c. The experimental data of suspended solids nano-polymer and silt density index nano-polymer

        compared to PAC coagulant and PAM polymer

        compared to PAC coagulant and PAM polymer

8. The description of RO/ED/EDI pre-treatment

    a. The conventional RO/ED/EDI pre-treatment technique, design and

        application

    b. The Nano-polymer applied at RO/ED/EDI pre-treatment technique, design

        and application

    c. The experimental data of suspended solids nano-polymer and silt density index nano-polymer

        compared to PAC coagulant and PAM polymer

9. Nuclear & radiation Air, Water, Wastewater treatment

    a. The conventional nuclear & radiation air, water, wastewater treatment

        technique, design and application

    b. The Nano-polymer applied at nuclear & radiation air, water, wastewater

        treatment technique, design and application

10. The description of  disinfection, Aseptic and sterilization treatment,

      monitoring and validation 

      a. Aseptic water process treatment 

      b. Aseptic bacterial test and monitoring

      c. Aseptic sterilization process treatment, monitoring and validation

      d. Aseptic endotoxin/pyrogen process treatment, monitoring and validation

11. Non-false aseptic, bacteria test, monitoring and validation

      a. non-false aseptic sampling tube test and application

      b. non-false culture media test and application

      c. non-false aseptic test and application

12. Rapid bacterial & toxin test/Culture media

      a. Staphylococcus aureus/toxin test/culture media

      b. pseudomonas test/culture media

      c. salmonella test/culture media

      d. E. coli/coilforms test/culture media

      e. Bacillus diarrhoeal enterotoxin  test/culture media

      f. listeria  test/culture media

13. The description of filtration and membrane separation treatment

      a. filtration unit operation technique, design and application

      b. membrane separation unit operation technique, design and application

      c. bio-process and bio-purification unit operation technique, design and 

          application