Yintoni iQuantum Disinfection™?

I-Quantum Disinfection™ (QD) bubuchwephesha obutsha obusebenzisa imigaqo ye-quantum mechanic yentshukumo ye-electron ukwenza imiphezulu esebenzayo ye-catalytic (echajiwe kakuhle) enokwahlula nayiphi na i-microorganism ngoko nangoko, xa idibene.
Kwiinkcukacha ezithe vetshe, i-QD ibhekisa (1) kwitekhnoloji evumela ukuyilwa (2) kwemathiriyeli emitsha edibeneyo kunye (3) namandla athile okubulala iintsholongwane:

Itekhnoloji ye-QD isebenzisa iinqununu eziqhelekileyo ze-"Doping" ubuchule, obufunyenwe kutshanje kwifayili yee-semiconductors eziphambili, ezidityaniswa ne-high disinfection proprieties yeSiliva ye-cationic;
Imithombo yeendaba ye-QD imele i-alumina esekelwe kwi-ceramics (umzobo kunye nethebhu. Apha ngezantsi) ilungiswe kunye nolunye umaleko we-titanium dioxide (ebizwa ngokuba yiNkxaso ye-Acceptor) kunye nolunye umaleko wesilivere (ebizwa ngokuba yiSigaba esiSebenzayo). Ezi maleko zimbini ziphembelela omnye komnye kwaye zidale kumphezulu we-alumna ifayile ye-cationic eyomeleleyo, + 1.4 eV (ebizwa ngokuba yi-Active Surface);
I-QD phenomenon inxulumene nokuchithwa kwee-microorganisms ezithinte i-Active Surface ye-media ye-QD. Ifayile ye-cationic eyomeleleyo iyatsala kunye nokukrazula kwee-electron ukusuka kwi-membrane yangaphandle, i-enzymatic layers okanye i-DNA reproducible sequences yayo nayiphi na i-microorganism edibana ngokuthe ngqo ne-QD media.

I-Quantum Disinfection™ Media kwisitya sikaPetri

uphawu	ixabiso
Ukwakhiwa kweMikhali	Al2O3 - TiO2 - Ag
ukumila	Indawo
Ubungakanani besuntswana (mm)	Ububanzi: 1 - 3
Ukwahlulwa kobungakanani besuntswana (%: ubungakanani bebhola)	90 - 95%: 1.9mm <5%: 1.1mm <5%: 2.9mm
I-avareji yobungakanani bamasuntswana (mm)	1.9
Ubungakanani obucetyisiweyo boMnatha (mm)	0.40
Uxinzelelo olubonakalayo (g/cm3)	0.75

Ingcaciso ethe kratya ye-Quantum Disinfection™ inokufunyanwa koku kulandelayo
Amalungelo awodwa omenzi kaClaire: WO2013007289 (A1), EP2729001B1, CN103997890A, CN103997890B, US2014120148 (A1), US2016257583 (A1), US9650265 C2B106830232 (AXNUMX), USXNUMX (AXNUMX)

Isebenza njani iQuantum Disinfection?

Ngokucacileyo, amandla okubulala iintsholongwane kumajelo eendaba e-QD afunyanwa ngenxa yobukho besilivere kumphezulu wawo. Kwangelo xesha, ngaphandle kwemizamo yezazinzulu ezivela kwihlabathi liphela, indlela yokusebenza yesilivere ngokuchasene ne-microorganisms ihleli ayiqondwa ngokupheleleyo. Ingqikelelo yethu yemveliso yethu esekwe kwisilivere ye-QD yile ilandelayo:

Isilivere kwimigangatho ye-QD ikwimeko ephezulu ye-cationic (1.4 eV). Oku kukhutshwa kwe-electron kuphunyeziwe ngenxa yobukho boluhlu lwe-TiO2 oluthi, kwi-QD yokucwangciswa kwendawo yendawo, ubukhulu kunye nenqanaba lokudibanisa, lichaphazela i-Ag layer ngolu hlobo lulandelayo: i-cation enkulu i-Ti4 + ye-TiO2 (i-maleko ebizwa ngokuba yi-"Acceptor Support"). , itsala ngokusondeleyo kuyo ii-electron ezivela kwisilivere engentla (Isinyathelo 1, umkhiwane.).

Ngenxa yobuchule be-Ag obuphezulu be-conductivity, esi siphumo sifuduka nge-aggregates yesilivere ukuya phezulu. Ngenxa yoko, umphezulu wemithombo yeendaba ye-QD ufumene ukunqongophala kwee-electron kwaye usebenza njengentsimi esebenzayo ekhutshiweyo enamandla ngokwaneleyo ukukhupha ii-electron (e-) kuyo nayiphi na i-microorganisms edibana nayo ngokuthe ngqo (Inyathelo lesi-2).

Ngaphezu koko, xa sele isusiwe kwi-microorganisms (MO), i-e- ikhutshwa ngokukhawuleza emanzini, ngaphandle kwempembelelo kwintsimi ekhutshwe yi-electron kumphezulu we-elektroni.
imidiya ye-QD (Inyathelo lesi-3). Oku kuziphatha kwe-catalytic kukhuthaza umsebenzi osisigxina we-germicidal ukuqinisekisa ukuba akukho microorganism inokuhlala iphila kube kanye
qhagamshelana ne-Quantum Disinfection™ media.

Njengokuqukumbela, i-electron ye-QD ekhutshwe insimu ibangela ukuba isakhiwo sonke se-microorganisms siwele kwinqanaba le-quantum, ngokukhawuleza, ngokuqhagamshelana. Imilinganiselo ye-TPC iqinisekisa ukuba ibhaktheriya (E. coli) i-DNA nayo itshatyalaliswe ngokukhawuleza kule tshintshiselwano ye-electron.

Nayiphi na i-microorganism echukumisa i-Quantum Disinfection™ media iyayeka ukubakho ngokupheleleyo.

Zeziphi iintsholongwane ezinokubulala?

Amandla okubulala iintsholongwane kwimithombo yeendaba ye-Quantum Disinfection™ avavanywa ngamandla kwiClaire Technologies Microbiologic Laboratory kusetyenziswa imisinga ye-Esherishia coli.
Ubuncinci, iminyaka emi-3 yedatha iyafumaneka xa iceliwe.
Ngeli xesha, amaziko amaninzi kunye neelebhu eziqinisekisiweyo zavavanya imidiya ye-QD kwiminyaka emi-5 edlulileyo.
Iziphumo zabo zinikwe kwezi ngxelo zilandelayo zikwafumaneka xa ziceliwe:

I-Arhente yoKhuseleko lweNdalo (EPA - USA);
I-Guangdong Detection Centre ye-Microbiology (GDCM - China);
Iziko leMpilo yokuSingqongileyo kunye noKhuseleko lweMveliso eNxulumeneyo, iZiko laseTshayina loLawulo lweSifo kunye noThintelo (IEHRPS - CCDCP - China);
I-Avazyme (e-USA);
I-Eurofins (eFransi, eU.SA);
Microbac (USA);
iProteus (eFransi);
Acuritlabs (USA);
IYunivesithi yaseWisconsin (USA);
QFT Laboratory, LLC (USA);

Ukudityaniswa kwakhona kwazo zonke iziphumo kubonisiwe kolu luhlu lulandelayo:

I-Microorganism (MO)	Uhlobo lwe-MO	Eyona ndlela isebenzayo yokubulala iintsholongwane (ukuncipha kwelog/100ml)	ILebhu eqinisekisiweyo
Pseudomonas aeruginosa	intsholongwane	ilog 7	PIL, Proteus
Escherichia coli	intsholongwane	ilog 7	EPA, Avazyme, Eurofine, Microbac, Proteus, I-Ackuritlabs, i-GDCM, i-BFML
Staphylococcus aureus	intsholongwane	ilog 7	PIL, Proteus, BFML
Eterococcus hirae	intsholongwane	ilog 10	Acuritlabs, PIL, Proteus
Legionella adelaidensis	intsholongwane	ilog 6	Iproteus
I-Citrobacter sp	intsholongwane	ilog 5	PIL
MS2	intsholongwane	ilog 6	Avazyme, QFT Laboratory
Candida albicans	igwele	ilog 5	Iproteus
Anabaena constricta	algae	ilog 5	Iproteus
Iicryptosporidium	iprotozoa	ilog 5	Ii-Eurofines

Cacisa i-Quantum Disinfection - iteknoloji ye-quantum yokubulala iintsholongwane emanzini

Yintoni iQuantum Disinfection™?

Isebenza njani iQuantum Disinfection?

Zeziphi iintsholongwane ezinokubulala?