I-10T isitshalo esikhulu esibuyisela emuva i-osmosis yokuhlanza amanzi nge-EDI Isithombe Esifakiwe

Isitshalo esikhulu se-10T sokuhlanza amanzi se-osmosis esine-EDI

Imithombo yamanzi iyinsada emhlabeni, kodwa ayitholakali emanzini okuphuza aqondile, izimonyo, ukudla, ezemithi neminye imikhakha, futhi ububanzi bokusetshenziswa kwamanzi buhlobene eduze emikhakheni eminingi.Uma kukhona umshini ongakwazi Ufanele imboni yakho futhi usiza imikhiqizo yakho ukuba ithuthukise ikhwalithi futhi yandise impilo yeshalofu yemikhiqizo, ezodlala indima ebalulekile ekusebenzeni kwebhizinisi.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Umsebenzi

Umshini wokuhlanza amanzi we-YODEE we-osmosis we-reverse wenzelwe ikakhulukazi ukuqhutshwa kwamanzi, futhi ukuqhutshwa okuhlukile kwehlukile ezimbonini ezahlukene.Ngokwezidingo ezihlukene zokusetshenziswa kwamanzi ngakunye, ikhwalithi yamanzi (okuqukethwe kwe-ion yensimbi emanzini), ukuqhutshwa kukagesi, njll., imishini ehlukene ye-osmosis ehlukile iklanyelwe futhi yenziwe ukuze ifanele izimo ezihlukahlukene.

Ukwahlulela izinga lamanzi endawo, into ebaluleke kakhulu ukuhlola i-conductivity kanye ne-ion yensimbi emanzini.I-conductivity yamanzi inobudlelwane obuthile nenani lama-acids angaphili, ama-alkali nosawoti aqukethe.Lapho ukugxila kwabo kuphansi, i-conductivity iyanda ngokugxila, ngakho-ke le nkomba ivame ukusetshenziselwa ukulinganisa inani lokuhlushwa lama-ion noma okuqukethwe kukasawoti emanzini.Izinhlobo ezahlukene zamanzi zine-conductivity ehlukene.I-conductivity yamanzi ahlanzekile a-distilled yi-0.2-2μS/cm, kodwa ngemva kwesikhathi esithile, izokwenyuka ibe ngu-2-4μS/cm ngenxa yokumuncwa kwe-CO2;i-conductivity yamanzi e-ultrapure ingaphansi kuka-0.10 / μS / cm;ukuqhutshwa kwamanzi emvelo kungaphezulu Phakathi kuka-50-500μS/cm, amanzi amaminerali angafinyelela ku-500-1000μS/cm;ukuqhutshwa kwamanzi angcolile ezimbonini aqukethe i-asidi, i-alkali nosawoti ngokuvamile kudlula i-10,000μS/cm;ukuqhutshwa kwamanzi olwandle cishe ku-30,000μS/cm.I-Conductivity iyinkomba ebalulekile yokukala ukuhlanzeka kwamanzi ahlanzekile, abonisa ubumsulwa bamanzi ahlanzekile kanye nokulawula inqubo yokukhiqiza.Izinga likazwelonke libeka ukuthi ukuqhutshwa kwamanzi ahlanzekile akufanele kube ngaphezu kuka-10μS/cm.

Ngokusho kwekhwalithi yamanzi ehlukene, imishini ehambisanayo ihlukaniswe yaba ukwelashwa kwamanzi okuphambene ne-osmosis okuyisisekelo, ukwelashwa kwamanzi okwesibili, ukwelashwa kwamanzi e-EDI, kanye nenani eliphakeme lokuhamba kwamanzi ahlanzekile lingafinyelelwa:

Ipharamitha

Amandla	Ukukhiqizwa kwamanzi(LPH)	I-One Stage RO yokwelashwa kwamanzi (TDS:μS/cm)	Izigaba ezimbili ze-RO zokwelashwa kwamanzi (TDS:μS/cm)	I-EDI+ RO yokwelashwa kwamanzi (TDS:μS/cm) (TDS:μS/cm)
500L	500L	≤10μS/cm	≤3μS/cm	0-1μS/cm
1000L	1000L	≤10μS/cm	≤3μS/cm	0-1μS/cm
2000L	2000L	≤10μS/cm	≤3μS/cm	0-1μS/cm
3000L	3000L	≤10μS/cm	≤3μS/cm	0-1μS/cm
4000L	4000L	≤10μS/cm	≤3μS/cm	0-1μS/cm
5000L	5000L	≤10μS/cm	≤3μS/cm	0-1μS/cm
10000L	10000L	≤10μS/cm	≤3μS/cm	0-1μS/cm

Ikusasa

1. Lungisa ngokuzenzakalelayo uhlelo lwamanzi ahlanzekile

2. Yamukela umkhiqizo ongenisiwe we-Dow reverse osmosis membrane kanye ne-Korean reverse osmosis Shihan membrane

3. Wonke umshini wenziwe nge-SUS304 insimbi engagqwali, enhle futhi enhle.

4. Uhlelo lwamapayipi lusebenzisa ukushisela okugcwele igesi i-CO2, akukho slag yokushisela ngaphakathi nangaphandle, futhi luhambisana nezindinganiso zamazwe ngamazwe ze-GMP kanye ne-CE.

5. Isikrini sokuthinta se-PLC sihambisana nezinga lemboni engu-4.0.

6. Ngomsebenzi wokuxwayisa othomathikhi, ingxenye ngayinye ingaboniswa esikrinini sokuthinta umbala.