Kwiminyaka yakutshanje, isikali sentengiso yeshishini lamanzi asebhotileni laseTshayina likhule ngesantya esikhawulezayo, kwaye liye laba lelinye lawona macandelo makhulu engeniso yoshishino lweziselo ezithambileyo, ebalelwa malunga ne-20% yengeniso yoshishino lwesiselo saseTshayina. Ngo-2017 ingeniso yokuthengisa yamanzi ebhotileni (ezaliswe) yaseTshayina ephantse ibe yi-150 yeebhiliyoni zeeyuan, inzuzo eseleyo idlule kwi-yuan eyi-16 yeebhiliyoni. Nangona imarike yamanzi ebhotile ngoku ilawulwa ngamanzi amaminerali, ukusetyenziswa kwamanzi adityanisiweyo, kodwa kunye nenqanaba lezoqoqosho elikhulayo, imarike iyaqhubeka ihlulwe, ukuphuhliswa ngokukhawuleza kweziselo ezisebenzayo, ezinye iziselo zebhotile zezemidlalo, iziphuzo zebhotile zezempilo, njl. ngaphandle. Abantu banezinye iimfuno ezintsha zamanzi okusela, ngakumbi abafazi abathanda ubuhle. Ingxelo ye-2020 ye-Women's Consumption Trends Report ibonisa ukuba ukusetyenziswa kwabasetyhini "ukuzikholisa" kukhula ngokukhawuleza, kwaye utyalo-mali ekugcinweni komzimba kunye nokunyamekela lukhula ngokuthe ngcembe. Ukusela amanzi akuphelelanga ekupheliseni unxano, kuba umsebenzi othile obaluleke ngakumbi.
Namhlanje, siza kuthetha ngamanzi adumileyo eJapan kwaye avela ngokuzolileyo eTshayina-amanzi atyebileyo nge-hydrogen, awaziwa ngokuba ngamanzi ane-hydromineralized. Njengoko igama lisitsho, amanzi atyebileyo ngehydrogen ngamanzi aqulethe umkhondo weemolekyuli zehydrogen. Uphando lubonisa ukuba indima ephambili ye-hydrogen i-antioxidant. I-oxygen radicals esebenzayo emzimbeni womntu inemisebenzi yokuzivikela kunye neyomqondiso, kodwa i-radicals eninzi esebenzayo eyenziwa yimpembelelo yangaphakathi okanye yangaphandle yendalo emzimbeni inokonakalisa iiseli zomzimba kunye nezicubu, ezinokukhokelela kwizifo ezininzi ezifana nesifo senhliziyo kunye nokuguga. Mininzi imisebenzi yamanzi atyebileyo nge-hydrogen, njengokulibazisa ukwaluphala, ukhathalelo lobuhle, ukulawula imetabolism yomzimba, ukhathalelo lobuhle, njl.
Sonke siyazi ukuba i-hydrogen ayinyibiliki emanzini, kodwa ngokuphumelela kwenzululwazi kunye nobuchwepheshe, iJapan yaqhekeza ingxaki yobugcisa yokuba iimolekyuli ze-hydrogen azinyibiliki emanzini ngo-2009 kwaye zivelise amanzi e-hydrogen ahluthayo (okt amanzi acebile nge-hydrogen). Zininzi iindlela zokwenza amanzi atyebileyo ngehydrogen, kodwa uninzi lwazo lusekwe kumgaqo wokufaka irhasi yehydrogen emanzini ngenano bubble hydrogen generator yamanzi, evelisa amaqamza amaninzi ukwenza irhasi yehydrogen inyibilike emanzini ngokwemilinganiselo.
I-HENGKO nano bubble Isixhobo sokuvelisa amanzi atyebileyo se-HENGKO senziwe ngentsimbi etyiwayo yebakala lokutya, enokufakwa koomatshini abahlukeneyo bokwenza amanzi atyebileyo e-hydrogen. Intonga yokunyibilikisa i-hydrogen ayiwi, ayiwi kwi-powder slag, i-corrosion resistant, imelana nobushushu obuphezulu obungama-600℃, yomelele, yomelele kwaye iyachasa xa ithelekiswa neplastiki ye-PE yomelele kwaye yomelele ngakumbi; i-porosity efanayo, ukuchaneka okuphezulu kokucoca, indawo enkulu yoqhagamshelwano, isantya sokujikeleza ngokukhawuleza, inokubetha ngokulinganayo amaqamza amancinci, ukuze i-hydrogen idibaniswe ngcono emanzini.
Isantya esikhawulezayo sobomi bale mihla senza ukuba abantu baxhalabe ngakumbi malunga ne-subhealth kunye nokunikela ingqalelo ngakumbi ekugcinweni komzimba, kwaye ukunyuka kweshishini lamanzi ane-hydrogen atyebileyo kubonisa ukuba abantu banamhlanje bayixhalabele ngakumbi impilo yabo kunye nemfuno yokutya okunempilo. Njengeshishini elitsha eliqhubeka nokwenza izinto ezintsha kwaye lilandela uphuhliso lwamaxesha, i-HENGKO iphanda ngokuzimeleyo kwaye ivelise iimodeli ezahlukeneyo zeizixhobo zomatshini wamanzi otyebileyo nge-hydrogen, eziyi "boosters" kwishishini lamanzi atyebileyo nge-hydrogen kwaye inceda uphuhliso lwamashishini amakhulu ezempilo, amanzi okusela asebenzayo kunye neemveliso zobuhle bamanzi atyebileyo nge-hydrogen.
Ixesha lokuposa: Apr-06-2021
