Reverse Osmosis Water Umshini Wokuhlunga Amanzi Wokwenza Imithi
| CHA. | Incazelo | Idatha | |
| 1 | Izinga lokwenqatshwa kukasawoti | 98.5% | |
| 2 | Ingcindezi yokusebenza | 0.6-2.0Mpa | |
| 3 | Amandla kagesi | 200v/50Hz,380V/50Hz njll. ngokwezifiso | |
| 4 | Okubalulekile | Ss, CPVC, FRP, PVC | |
| 5 | Amanzi aluhlaza (amanzi olwandle) | I-TDS | <35000PPM |
| Izinga lokushisa | 15℃-45℃ | ||
| Isilinganiso Sokubuyisela | 55℃ | ||
| 6 | I-conductivity yokuphuma kwamanzi (us/cm) | 3-8 | |
| 7 | I-Reverse Osmosis (RO) ulwelwesi | 8040/4040 | |
| 8 | I-Inlet Water SDI | ＜5 | |
| 9 | I-Inlet Water PH | 3-10 | |
| Isici somkhiqizo | |||||||
| Into | Amandla(T/H) | Amandla(KW) | Ukubuyisela(%) | Isiteji esisodwa sokuhamba kwamanzi(μs/cm) | Izigaba ezimbili zokuhamba kwamanzi (μs/cm) | I-EDI Water conductivity (μs/cm) | I-Raw water conductivity (μs/cm) |
| I-HDN-500 | 0.5 | 0.85 | 55-75 | ＜10 | ＜5 | ＜0.5 | ＜300 |
| I-HDN-1000 | 1.0 | 2.0 | 55-75 | ＜10 | ＜5 | ＜0.5 | ＜300 |
| I-HDN-2000 | 2.0 | 2.2 | 55-75 | ＜10 | ＜5 | ＜0.5 | ＜300 |
| I-HDN-3000 | 3.0 | 3.0 | 55-75 | ＜10 | ＜5 | ＜0.5 | ＜300 |
| I-HDN-5000 | 5.0 | 5.0 | 55-75 | ＜10 | ＜5 | ＜0.5 | ＜300 |
| I-HDN-6000 | 6.0 | 6.0 | 55-75 | ＜10 | ＜5 | ＜0.5 | ＜300 |
| I-HDN-10000 | 10.0 | 10.0 | 55-75 | ＜10 | ＜5 | ＜0.5 | ＜300 |
| I-HDN-20000 | 20.0 | 20.0 | 55-75 | ＜10 | ＜5 | ＜0.5 | ＜300 |
| Izingxenye nemisebenzi | ||
| CHA. | Igama | Isicelo |
| 1 | Ithangi lamanzi aluhlaza | Gcina amanzi, ingcindezi ephazamisayo, nqoba ukungazinzi kokuhlinzeka ngamanzi ngepayipi, Qinisekisa ukuhlinzeka ngamanzi azinzile futhi ngokuqhubekayo kulo lonke uhlelo, ngokuvamile olunikezwa amakhasimende |
| 2 | Iphampu yamanzi aluhlaza | Nikeza ingcindezi edingekayo kuso sonke isihlungi sokwelashwa kwangaphambili |
| 3 | Isihlungi sikamishini | Sisebenzisa ingilazi ye-fiber noma isitsha sensimbi engagqwali njengendlu, sigcwalise isihlabathi se-quartz, singahlunga ukungcola kwezinhlayiya ezinkulu, Izinto ezimisiwe, ama-colloid njll. |
| 4 | Isihlungi sekhabhoni esicushiwe | Sisebenzisa ingilazi ye-fiber noma isitsha sensimbi engagqwali njengezindlu, sigcwalise ikhabhoni ecushiwe, sisuse umbala, iphunga, i-chlorine esele kanye nezinto eziphilayo. |
| 5 | Isithambisi samanzi | Adopt cation resin ukuze athambise amanzi, i-cation resin izomunca i-Ca2+, Mg2+ (Izici eziyinhloko zesikali sokuqamba) |
| 6 | Isihlungi sokuvikeleka noma isihlungi se-pp | Vimbela izinhlayiya ezinkulu, amagciwane, amagciwane kulwelwesi lwe-RO, Ukunemba kungama-5 μs |
| 7 | High Pressure Pump | sebenzisa iphampu yomfutho ophezulu wezigaba ezimbili.Nikeza ingcindezi yokusebenza edingekayo yohlelo lwe-RO, iphampu yokucindezela okuphezulu iqinisekisa umthamo wokukhiqiza wamanzi ahlanzekile. (Iphampu ye-CNP noma olunye uhlobo lwangokwezifiso) |
| 8 | I-Reverse Osmosis System | Adopt two stage reverse osmosis system.Ingakwazi ukususa izinhlayiya colloid,organicRO(reverse osmosis)ukungcola kwesistimu,ama-ion ensimbi esindayo,amagciwane,igciwane,umthombo wokushisa njll.izinto eziyingozi kanye nosawoti oncibilikisiwe ongu-99%.(RO membranes USA Film tec);Ukuhanjiswa kwamanzi okukhiphayo≤2us/cm. |
Izici Zezisetshenziswa Zokuhlanza Amanzi:
1. Lonke uhlelo lucushwe ngensimbi engagqwali, esebenza ngokuzinza futhi enokubukeka okucolile nokuhle.
2. Ifakwe ithangi lamanzi aluhlaza kanye nethangi lamanzi eliphakathi nendawo ukuze kuvinjelwe umthelela wokucindezela kwamanzi kampompi okungazinzile ezintweni zokusebenza.
3. Ifakwe ithangi lamanzi ahlanzekile elizinikele elinegeji yeleveli kagesi yedijithali, ukuhlanza isifutho esizungezayo, kanye nomshini wokungenisa umoya ongenalutho.
4. Ukwamukela ulwelwesi olungenisiwe lwe-Dow Chemical reverse osmosis BW ulwelwesi lwengcindezi ephansi kakhulu, enezinga eliphezulu lokukhipha usawoti emanzini, ukusebenza okuzinzile, kanye nokunciphisa ukusetshenziswa kwamandla okungu-20%.
5. Ifakwe ukulungiswa kwe-pH kanye nesistimu yokuthola ku-inthanethi ukuze ilawule inani le-pH futhi ivimbele umthelela we-CO2 kukhwalithi yamanzi yamanzi akhiqiziwe.
6. Ifakwe i-ozone kanye nezinhlelo zokuvala inzalo ye-ultraviolet kanye namadivayisi we-terminal microfiltration.
7. Uhlelo lokulawula lusebenzisa indlela ezenzakalelayo ngokugcwele, enezingxenye eziyinhloko ezisebenzisa izingxenye ezingenisiwe, ukuzinza okuphezulu, nokusebenza okulula nokulula.
8. Ifakwe uhlelo lokuletha amanzi ahlanzekile kanye nokuhlinzeka.
9. Zonke izinto ezibalulekile zisebenzisa amabhrendi adumile emhlabeni wonke embonini ukuze kuqinisekiswe ikhwalithi futhi aklanywe ngokucushwa okungcono kakhulu.
Ukugeleza Kwenqubo Yezisetshenziswa Zamanzi Ezihlanzekile ze-WZHDN:
Amanzi Aluhlaza → Ithangi Lamanzi Aluhlaza → Iphampu Yamanzi Aluhlaza → Isihlungi Semidiya Eningi → Isihlungi Sekhabhoni Esenziwe Sisebenze → Okokuthambisa Amanzi → Isihlungi Sokuphepha → Isistimu ye-RO Yezinga Lokuqala → Ithangi Lamanzi Lezinga Lokuqala (elinedivayisi yokulungisa i-pH) → Isistimu ye-RO Yezinga Lesibili → Ithangi Lamanzi Ahlanzekile Leleveli Yesibili → Iphampu Yamanzi Ahlanzekile (enesistimu yokuvala inzalo ye-ozone) → Ukuvalwa Kwe-Ultraviolet → 0.22μm Ukuhlunga okuncane → Indawo Yokusebenzisa Amanzi Ahlanzekile
Isimiso Nokusetshenzwa Kwe-UV Ultraviolet Sterilization: Ngo-1903, usosayensi waseDenmark u-Niels Finsen wenza isiphakamiso se-phototherapy yesimanje ngokusekelwe kumgomo wokuvala inzalo ukukhanya futhi waklonyeliswa ngendondo yeNobel kuPhysiology noma Medicine.Ekhulwini elidlule, ukuvala inzalo kwe-UV kudlale indima ebalulekile ekuvimbeleni nasekwelapheni izifo ezithathelwanayo eziyingozi kubantu, njengesigameko "sezinambuzane ezimbili" eNyakatho Melika ngeminyaka yawo-1990, i-SARS eChina ngo-2003, kanye ne-MERS Middle East ngo-2012. Muva nje, ngenxa yokuqubuka okubi kwe-coronavirus entsha (2019-nCoV) e-China, ukukhanya kwe-UV kuye kwaqashelwa ngokusebenza kwayo okuphezulu ekubulaleni amagciwane, okuba yindlela ebalulekile yokulawula ukusabalala kwalolu bhubhane kanye nokuqinisekisa. ukuphepha kwempilo.
Umgomo We-UV Sterilization: Ukukhanya kwe-UV kuhlukaniswe i-A-band (315 kuya ku-400 nm), i-B-band (280 kuya ku-315 nm), i-C-band (200 kuya ku-280 nm), ne-vacuum UV (100-200 nm) ngokusho ububanzi bayo be-wavelength.Ngokuvamile, ukukhanya kwe-UV ye-C-band kusetshenziselwa ukuvala inzalo.Ngemuva kokuchayeka ekukhanyeni kwe-C-band UV, i-nucleic acid (i-RNA ne-DNA) emagciwaneni amancane imunca amandla ama-photon e-UV, okubangela ukuthi amapheya ayisisekelo enze i-polymerize futhi avimbele ukwakheka kwamaprotheni, okwenza ama-microorganisms angakwazi ukuzala, ngaleyo ndlela azuze umphumela. inhloso yokuvala inzalo.
Izinzuzo ze-UV Sterilization:
1) Ukuvalwa kwe-UV akukhiqizi izinsalela noma imikhiqizo ephuma ngaphandle enobuthi, kugwema ukungcoliswa kwesibili kwemvelo kanye nokukhipha i-oxidation noma ukugqwala kwezinto ezibulawa amagciwane.
2) Imishini yokuvala inzalo ye-UV kulula ukuyifaka nokuyinakekela, inokusebenza okuthembekile, futhi inezindleko eziphansi.Izibulali magciwane zendabuko ezifana ne-chlorine, i-chlorine dioxide, i-ozone, ne-peracetic acid ziwubuthi obuphezulu, obusha, obuqhumayo, noma obubolayo obudinga izimfuneko eziqinile nezikhethekile zokuvala inzalo zokukhiqiza, ukuthuthwa, ukugcinwa, nokusetshenziswa.
3) Ukuvala inzalo ye-UV kunobubanzi obubanzi futhi kusebenza kahle kakhulu, kukwazi ukubulala izinto eziningi eziphilayo ezibangela izifo ezihlanganisa i-protozoa, amagciwane, amagciwane, njll. Umthamo wemisebe ongu-40 mJ/cm2 (ngokuvamile ufinyeleleka uma izibani zemercury ezinengcindezi ephansi zikhanyiswa kude imitha eyodwa ngomzuzu owodwa) ingabulala ama-99.99% we-pathogenic microorganisms.
Ukuvalwa kwe-UV kunomphumela obanzi futhi osebenza kahle kakhulu wokubulala amagciwane kuma-microorganisms amaningi e-pathogenic, okuhlanganisa ne-coronavirus entsha (2019-nCoV).Uma kuqhathaniswa nezibulala-magciwane zendabuko zamakhemikhali, ukuvala inzalo kwe-UV kunezinzuzo zokungangcoli kwesibili, ukusebenza okuthembekile, nokusebenza kahle okuphezulu ekubulaleni amagciwane, okungaba wusizo olukhulu ekulawuleni ubhubhane.
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