Multiple separation filter and antioxidizing water produced using the same
AssigneeLs Nova Co., Ltd.
InventorKwang Sung Back
Life of this patent
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Abstract
Disclosed is a multiple separation filter including a microfiltration membrane, an active carbon-based filter and a ceramic filter stacked in order, wherein the active carbon-based filter is obtained by mixing active carbon with at least one selected from zeolite, gold, silver and a mixture thereof, treating the mixture with plasma gas of 60,000° C. to 70,000° C., and then quenching the mixture to −200° C. to −273° C. under vacuum, and the ceramic filter is obtained by quenching plasma gas generated by heating magnesium at 60,000° C. to 70,000° C. to −200° C. to −273° C. under vacuum. Disclosed also is antioxidant water obtained by using the multiple separation filter. The antioxidant water has a negative oxidation reduction potential.
Claims12
A multiple separation filter comprising a microfiltration membrane, an active carbon-based filter and a ceramic filter stacked in order,
- wherein the active carbon-based filter is obtained by mixing 60 parts by weight of active carbon with 20-40 parts by weight of zeolite powder, treating the mixture with plasma gas of 60,000° C. to 70,000° C., and then quenching the mixture to −200° C. to −273° C. under vacuum;
- and
- the ceramic filter is obtained by heating magnesium by plasma gas of 60,000° C. to 70,000° C., and quenching the magnesium to −200° C. to −273° C. under vacuum.
A multiple separation filter comprising a microfiltration membrane, an active carbon-based filter and a ceramic filter stacked in order,
- wherein the active carbon-based filter is obtained by mixing 60 parts by weight of active carbon with 20-40 parts by weight of at least one powder selected from gold and silver, treating the mixture with plasma gas of 60,000° C. to 70,000° C., and then quenching the mixture to −200° C. to −273° C. under vacuum;
- and
- the ceramic filter is obtained by heating magnesium by plasma gas of 60,000° C. to 70,000° C., and quenching the magnesium to −200° C. to −273° C. under vacuum.
Dependencies are inferred from the claim text.