I-Tourmaline Powder Industrial Adsorbent yoNyango lweGesi yeNkunkuma Susa iiCompounds ze-Organic eziguquguqukayo Ulawulo lwevumba Umthamo ophezulu wokufaka
Inkcazo emfutshane:
Ukukhutshwa kwegesi yenkunkuma yemizi-mveliso—equlethe iikhompawundi zendalo eziguquguqukayo (ii-VOC) ezifana ne-benzene, i-toluene, kunye ne-formaldehyde, kunye nezinto ezinevumba elibi ezifana ne-hydrogen sulfide—zibeka umngcipheko omkhulu kwindalo nakwimpilo. Iindlela zonyango lwegesi yenkunkuma zemveli, ezinje ngokutshisa kunye nokuhlafuna iikhemikhali, zibiza kakhulu kwaye zivelisa ungcoliseko lwesibini, ngelixa ii-activated carbon adsorbents zinamandla okufunxa amanzi aneleyo kwaye zifuna ukutshintshwa rhoqo. I-Tourmaline powder, i-mineral adsorbent ene-porosity ephezulu kunye nomsebenzi womphezulu, ijongana nale mingeni, ibonelela ngesisombululo esisebenzayo nesingabizi kakhulu sonyango lwegesi yenkunkuma kumashishini afana nokuvelisa iikhemikhali, ukuprinta, kunye nokupeyinta. 
Umthamo wokufunxa we-tourmaline powder yee-VOC kunye nee-odor compounds usekelwe kwiimpawu zayo zomphezulu ezikhethekileyo. Le powder inenethiwekhi yee-micro- (2-5 nm) kunye nee-mesopores (5-50 nm) ezibonelela ngendawo enkulu yomphezulu (20-35 m²/g), evumela unxibelelwano olukhulu neemolekyuli zegesi emdaka. Ukongeza, umphezulu we-tourmaline unamaqela amaninzi e-hydroxyl (-OH) kunye neendawo zokutshaja ze-electrostatic, ezenza iibhondi eziqinileyo zomzimba nezekhemikhali kunye nee-VOC kunye nee-odor compounds. Umzekelo, i-tourmaline powder ifunxa i-150-200 mg/g ye-benzene (i-VOC eqhelekileyo) kunye ne-80-100 mg/g ye-hydrogen sulfide (igesi enukayo), idlula kakhulu umthamo wokufunxa we-activated carbon (100-120 mg/g ye-benzene, 50-60 mg/g ye-hydrogen sulfide). Lo mthamo uphezulu unciphisa ukuphindaphindeka kokutshintshwa kwe-adsorbent, unciphisa iindleko zokusebenza ngama-30-40% xa kuthelekiswa neenkqubo zekhabhoni ezisebenzayo.
Ukusebenza kakuhle kokususa i-VOC yindlela ephambili yokusebenza yonyango lwegesi yenkunkuma yemizi-mveliso, kwaye i-tourmaline powder inika iziphumo ezibalaseleyo. Kwisityalo seekhemikhali esinyanga igesi yenkunkuma equlethe i-benzene (uxinzelelo lwe-500-800 mg/m³), inqaba yokufunxa esekwe kwi-tourmaline ifikelele kwinqanaba lokususa le-95-98%, inciphisa ukukhutshwa kwegesi ukuya ngaphantsi kwe-20 mg/m³ (ihlangabezana nomgangatho we-GB 31571-2015 waseTshayina). Kwizixhobo zokuprinta nokupeyinta, ezivelisa ukukhutshwa kwe-formaldehyde kunye ne-toluene, i-tourmaline powder isusa i-90-93% yezi VOC, isusa "ivumba lepeyinti" elinxulumene nale mizi-mveliso. Ukusebenza kakuhle kokufakwa kwegesi yepowder kuhlala kuzinzile nokuba kumanqanaba okuhamba kwegesi ahlukeneyo (1-3 m/s) kunye namaqondo obushushu (20-80°C), okwenza ukuba ifaneleke kwiindawo ezahlukeneyo zoshishino.
Ulawulo lwevumba yenye inzuzo ebalulekileyo ye-tourmaline powder kunyango lwegesi emdaka. Iikhompawundi ezinukayo ezifana ne-hydrogen sulfide (ivumba leqanda elibolileyo) kunye ne-ammonia (ivumba elibi) zihlala zikhona kwigesi emdaka evela ekulungisweni kokutya (igxile kwishishini elingelona lokutya ekupakisheni/ekwenzeni) nakwizityalo zeekhemikhali. Amandla e-Tourmaline okufunxa ezi khompawundi awanciphisi nje kuphela ungcoliseko lokusingqongileyo kodwa aphucula nomgangatho womoya emsebenzini, anciphise izikhalazo zabasebenzi kunye nemingcipheko yempilo. Isityalo seekhemikhali saseTshayina esisebenzisa i-tourmaline adsorbents sixele ukwehla kwe-90% kwizikhalazo zevumba ezivela kuluntu olukufutshane, njengoko i-powder inciphisa ukukhutshwa kwe-hydrogen sulfide ukusuka kwi-100 mg/m³ ukuya kwi-<5 mg/m³. Ukongeza, i-tourmaline ayikhuphi ivumba elibi nokuba livezwe kutshintsho oluphakathi lobushushu, iqinisekisa ulawulo lwevumba lwexesha elide.
Ukuvuselelwa kwakhona yeyona nzuzo inkulu ye-tourmaline powder kune-adsorbents zemveli. Emva kokugcwala kwe-adsorption, i-powder ingavuselelwa ngonyango olushushu (150-200°C) okanye ukuhluza ngomphunga, osusa ii-VOC ezifakwe kwi-adsorbed kunye nee-compounds ezinevumba elimnandi. Ngokungafaniyo ne-activated carbon, elahlekelwa yi-20-30% yamandla ayo okufunxa emva komjikelo ngamnye wokuvuselela, i-tourmaline igcina i-85-90% yamandla ayo okuqala emva kwemijikelo eyi-8-10. Oku kwandisa ubomi be-adsorbent ukusuka kwiinyanga ezi-3-6 (i-activated carbon) ukuya kwiinyanga ezili-12-18 (i-tourmaline), okunciphisa kakhulu iindleko zenkunkuma kunye nokutshintshwa. Ii-VOC ezisusiweyo zingafunyanwa kwaye zisetyenziswe kwakhona kwiinkqubo zoshishino (umz., ukubuyiswa kwe-benzene kwizityalo zeekhemikhali), kudala ixabiso elongezelelweyo lezoqoqosho.
Uzinzo lweekhemikhali luqinisekisa ukusebenza kwe-tourmaline powder kwiindawo ezinzima zegesi yenkunkuma. Ayinazo iigesi ze-acidic kunye ne-alkaline (pH 2-12), nto leyo eyenza ukuba ifaneleke ukunyanga igesi yenkunkuma evela kwiinkqubo zeekhemikhali ezisekelwe kwi-asidi (umz., ukuveliswa kwe-sulfuric acid) kunye neenkqubo ze-alkaline (umz., ukwenziwa kwe-ammonia). Le powder ayinyibilikisi okanye ikhuphe iintsimbi ezinzima kwindalo esingqongileyo, ihlangabezana nemigangatho engqongqo yokusingqongileyo efana ne-Industrial Emissions Directive (IED) ye-EU kunye ne-US EPA's Clean Air Act. Olu zinzo lukwanciphisa umngcipheko wokubola kwe-adsorbent, ukuqinisekisa ukusebenza rhoqo ngokuhamba kwexesha.
Ukuhambelana neenkqubo ezahlukeneyo zonyango lwegesi yenkunkuma kwenza i-tourmaline powder ibe luncedo kakhulu. Ingasetyenziswa kwiinqaba zokufunxa i-adsorption ezineebhedi ezisisigxina (kwimijelo yegesi ehamba kancinci), ii-reactors ezineebhedi ezimanzi (kwimijelo ehamba kakhulu), kunye neenkqubo zokufunxa i-membrane (ukususa i-VOC ngokuchanekileyo). Ingaxutywa nezinye ii-adsorbents ezifana ne-zeolite ukuphucula ukusebenza okuthile—umzekelo, ukudibanisa i-tourmaline ne-zeolite kuphucula ukusebenza kakuhle kokususa i-ammonia nge-10-15%. Kwiindawo ezincinci (umz., iivenkile ezincinci zokuprinta), i-tourmaline powder ingapakishwa kwiiyunithi zokufunxa i-adsorption eziphathekayo, inika isisombululo sonyango esincinci nesingabizi kakhulu.
Iindlela zokwenza ngokwezifiso zilungele iimfuno ezahlukeneyo zoshishino. Ababoneleli banikezela nge-tourmaline powder enezakhiwo ezahlukeneyo ze-pore: ii-micro-pore-rich grades (kwii-VOC ezincinci ze-molecule ezifana ne-formaldehyde) kunye nee-meso-pore-rich grades (kwii-VOC ezinkulu ze-molecule ezifana ne-toluene). Ii-Fine grades (5-10 μm) zisetyenziswa kwiinkqubo ze-membrane ukuqinisekisa ukudibana kwegesi okufanayo, ngelixa ii-coarse grades (20-30 μm) zilungele ii-fixed-bed towers ukuthintela ukwehla koxinzelelo. Ii-high-purity grades (95%+ tourmaline content) zifanelekile kumashishini anobuzaza afana nokuvelisa izinto ze-elektroniki (iimfuno ze-VOC eziphantsi), ngelixa ii-high-cost grades (80-90% content) zifanelekile kumashishini aqhelekileyo afana nokuvelisa izinto ze-elektroniki (iimfuno ze-VOC eziphantsi), ngelixa ii-high-cost grades (80-90% content) zifanelekile kumashishini aqhelekileyo.
Iimeko zokusetyenziswa ezisebenzayo ziqinisekisa ixabiso le-tourmaline powder. Indawo yokuprinta yaseJamani itshintshe inkqubo yayo yekhabhoni esebenzayo ngeyunithi yokufunxa esekwe kwi-tourmaline, inciphisa ukukhutshwa kwe-VOC ngama-92% kwaye inciphisa iindleko zonyaka zokufunxa nge-€30,000. Isityalo sekhemikhali saseTshayina esisebenzisa i-tourmaline adsorbents kunyango lwe-hydrogen sulfide songeze amaxesha okutshintshwa kwe-adsorbent ukusuka kwiinyanga ezi-4 ukuya kwiinyanga ezili-16, inciphisa iindleko zokulahla inkunkuma ngama-75%. Ezi meko zibonisa iingenelo zoqoqosho kunye nokusingqongileyo ze-tourmaline powder, nto leyo eyenza ukuba ibe lukhetho olukhethwayo kubathengi bemizi-mveliso yehlabathi.
Kubathengisi bamanye amazwe, ukukhuthaza i-tourmaline powder njenge-adsorbent yemizi-mveliso kufuna ukugxininisa amandla okufunxa, ukuvuselelwa kwakhona, kunye nokuthobela imigangatho yokusingqongileyo. Ukubonelela ngedatha yovavanyo evela kwiilebhu zendalo (umz., ii-SGS, iilebhu ezivunyiweyo yi-EPA) ukuqinisekisa amazinga okususa i-VOC kunye nokusebenza kakuhle kokuhlaziya kwakha ukuthembeka. Ukugxininisa ukonga iindleko ezivela ekutshintsheni okuncitshisiweyo kunye nokulahlwa kwenkunkuma kubhenela kwizakhiwo zoshishino eziqaphela iindleko. Ukongeza, ukubonelela ngoyilo lwenkqubo yokufunxa ngokwezifiso (umz., ubungakanani benqaba, ukulayishwa komgubo) kunceda abathengi ukuba badibanise umgubo kwiinkqubo zabo zonyango lwegesi yenkunkuma ekhoyo.
Inkxaso yothutho kunye nokuthobela imithetho ibalulekile kwintengiso yamazwe ngamazwe. Umgubo weTourmaline kufuneka upakishwe kwizikhongozeli ezivaliweyo, ezingangeni uthuli ukuthintela ukusasazeka kwamasuntswana ngexesha lokuthunyelwa—iingxowa zephepha ezingama-25kg ezinee-PE zangaphakathi zisemgangathweni, ngelixa iingxowa ezinkulu zetoni enye zilungele ii-odolo ezinkulu zemizi-mveliso. Ukubonelela nge-TDS kunye ne-SDS yolwimi lwesiNgesi kuqinisekisa ukuthotyelwa kwemigaqo yokungenisa (umz., i-EU REACH, i-US EPA). Ukubonelela ngenkxaso yobugcisa, efana nesikhokelo senkqubo yokuhlaziya kunye neeshedyuli zokutshintshwa kwe-adsorbent, kuphucula ulwaneliseko lwabathengi kunye nobudlelwane bexesha elide.
Ngamafutshane, amandla aphezulu okufunxa i-tourmaline powder, ukusebenza kakuhle kokususa i-VOC, ulawulo lwevumba, ukuvuselelwa kwakhona, kunye nozinzo lweekhemikhali kuyenza ibe yindawo exabisekileyo yokufunxa igesi yenkunkuma. Ukusebenza kwayo kakuhle kweendleko, ukuhambelana kwayo neenkqubo ezahlukeneyo, kunye neemeko zesicelo eziqinisekisiweyo ziyibeka njengemveliso egqwesileyo kubathengisi bamanye amazwe abajolise kumashishini afana nokuvelisa iikhemikhali, ukuprinta, kunye nokupeyinta. Ngokugxininisa ezi nzuzo, amashishini anokuthengisa ngempumelelo i-tourmaline powder kubathengi behlabathi abafuna izisombululo zonyango lwegesi yenkunkuma ezisebenzayo nezizinzileyo.
Izazinzulu zibiza umgubo we-nano-far-infrared ngokuthi lukukhanya kobomi, kuba ukukhanya kwale wavelength kunokukhuthaza ukukhula kwezilwanyana nezityalo. Kunokuphucula inkqubo ye-microcirculation yomgubo we-nano-far-infrared, kukhuthaze imetabolism, kulinganise i-pH yomzimba, kuphucule umsebenzi weemolekyuli zamanzi, kwaye kunyuse umxholo weoksijini womgubo we-nano-far infrared womzimba. Umgubo we-ceramic we-far-infrared owenziwe yinkampani yethu unomlinganiselo omkhulu wokukhupha i-far-infrared, nto leyo eyimpahla efanelekileyo yokukhusela umgubo we-ring nanometer kunye neemveliso zempilo.
Umgubo we-ceramic ongaphandle we-nanometer ebomvu kakhulu one-infrared ungagxila ekukhupheni imisebe ye-infrared ekude enobude obuyi-8-15μm, kwaye umbane wayo oqhelekileyo we-spectral ungafikelela ngaphezulu kwe-90%. Umzimba womntu unokufunxa kakuhle umgubo we-infrared we-nano far, ngaloo ndlela uphucula ukujikeleza kwegazi lomntu we-nano far infrared powder, unciphise i-asidi yegazi, ukhuthaze imetabolism, uphucula amasosha omzimba, kunye nokonga amandla. Le mveliso ingasetyenziswa kwimpahla yokulahlwa, iiplastiki, iiseramikhi, ukwenza amaphepha, ukuphuhlisa iintlobo ngeentlobo zezixhobo zempilo nezonyango kwicandelo lezonyango nezixhobo zonyango.
Bhala umyalezo wakho apha uze uwuthumele kuthi
