Eminyakeni yamuva nje, izinga lokuthengiswa kwemboni yamanzi asemabhodleleni yaseShayina likhule ngesivinini esikhulu, futhi selingomunye wemikhakha engaphansi emikhulu yemali engenayo embonini yeziphuzo ezibandayo, esibalela cishe u-20% wemali engenayo embonini yeziphuzo ezibandayo yaseChina. 2017 Imali yokuthengisa yasembonini yokukhiqiza amanzi yaseShayina enamabhodlela (agcwele) ecishe ibe yizigidi eziyizinkulungwane eziyi-150, inzuzo yonke idlule ama-yuan ayizigidi eziyizinkulungwane eziyi-16. Nakuba imakethe yamanzi asebhodleleni manje ilawulwa ngamanzi amaminerali, ukusetshenziswa kwamanzi a-distilled, kodwa ngezinga lezomnotho elikhulayo, imakethe iyaqhubeka nokuhlukaniswa, ukuthuthukiswa okusheshayo kweziphuzo ezisebenzayo, ezinye iziphuzo zamabhodlela ezemidlalo, iziphuzo zebhodlela zokunakekelwa kwezempilo, njll. ngaphandle. Abantu banezidingo ezintsha zamanzi okuphuza, ikakhulukazi abesifazane abathanda ubuhle. I-2020 Women's Consumption Trends Report iveza ukuthi ukusetshenziswa kwabesifazane "kokuzithokozisa" kukhula ngokushesha, kanti nokutshalwa kwezimali ekunakekeleni nasekunakekeleni umzimba kuyanda kancane kancane. Amanzi okuphuza akugcini nje ekucimeni ukoma, kokunye ukusebenza okubaluleke kakhulu.
Namuhla, sizokhuluma ngamanzi adumile e-Japan futhi avela buthule eShayina - amanzi acebile nge-hydrogen, abuye aziwe ngokuthi ngamanzi a-hydromineralized. Njengoba igama lisho, amanzi acebile nge-hydrogen angamanzi aqukethe inani elincane lama-molecule e-hydrogen. Ucwaningo lubonisa ukuthi indima eyinhloko ye-hydrogen i-antioxidant. Ama-radicals komoya-mpilo asebenzayo emzimbeni womuntu anemisebenzi yokuzivikela komzimba kanye nezimpawu, kodwa ama-radicals amaningi kakhulu asebenzayo akhiqizwa amathonya angaphakathi noma angaphandle kwemvelo emzimbeni angalimaza amangqamuzana omzimba nezicubu, okungaholela ezifweni eziningi ezifana nesifo senhliziyo nokuguga. Kunemisebenzi eminingi yamanzi acebile nge-hydrogen, njengokubambezela ukuguga, ukunakekelwa kobuhle, ukulawula umzimba womzimba, ukunakekelwa kobuhle, njll.
Sonke siyazi ukuthi i-hydrogen ayincibiliki emanzini, kodwa ngokuphumelela kwesayensi nobuchwepheshe, iJapane yadabula inkinga yobuchwepheshe yokuthi ama-molecule e-hydrogen awancibiliki emanzini ngo-2009 futhi akhiqiza amanzi agcwele i-hydrogen (okungukuthi amanzi ane-hydrogen-rich). Ziningi izindlela zokwenza amanzi anothe nge-hydrogen, kodwa eziningi zazo zisekelwe esimisweni sokufaka igesi ye-hydrogen emanzini ngokusebenzisa i-nano bubble hydrogen water generator, ekhiqiza amabhamuza amaningi ukwenza igesi ye-hydrogen incibilike emanzini ngamanani amancane.
I-HENGKO nano bubble hydrogen ithuluzi elikhiqiza amanzi acebile lenziwe ngensimbi engagqwali yebanga lokudla, engasetshenziswa emishinini ehlukahlukene yokwenza amanzi anothile nge-hydrogen. I-hydrogen encibilika induku efakwe koyedwa ayiwi, ayiwi ku-powder slag, imelana nokugqwala, imelana nezinga lokushisa eliphakeme elingu-600℃, iqinile, iqinile futhi imelana nokwehla uma iqhathaniswa nepulasitiki ye-PE inamandla futhi ihlala isikhathi eside; i-porosity efanayo, ukunemba okuphezulu kokuhlunga, indawo enkulu yokuxhumana, isivinini sokujikeleza okusheshayo, ingashaya ngokulinganayo amabhamuza amancane kakhulu, ukuze i-hydrogen ihlanganiswe kangcono emanzini.
Ukushesha kwempilo yesimanje kwenza abantu bakhathazeke kakhulu ngokudla okunempilo kanye nokunaka kakhulu ukugcinwa komzimba, futhi ukwanda kwemboni yamanzi acebile nge-hydrogen kubonisa ukuthi abantu banamuhla bakhathazeke kakhulu ngempilo yabo kanye nesidingo sokudla okunempilo. Njengebhizinisi elisungula izinto ezintsha eliqhubeka nokusungula futhi lilandela ukuthuthukiswa kwezikhathi, i-HENGKO icwaninga ngokuzimela futhi ikhiqize amamodeli ahlukahlukeneizesekeli zomshini wamanzi anothe nge-hydrogen, okungaba "ama-booster" embonini yamanzi anothe nge-hydrogen futhi asiza ukuthuthukiswa kwezimboni zezempilo ezinkulu, amanzi okuphuza asebenzayo kanye nemikhiqizo yobuhle yamanzi anothe nge-hydrogen.
Isikhathi sokuthumela: Apr-06-2021
