Ngomhla woku-1 kuCanzibe, ngo-2026 – Ubuchule bobuchwephesha bube yeyona nto iphambili ekuguquleni nasekuphuculeni ishishini le-alumina elisebenzayo kwihlabathi liphela, njengoko abavelisi begxile ekuphuhliseni iimveliso ezisebenza kakuhle nezilungiselelwe wena ukuhlangabezana neemfuno eziguqukayo zezicelo ezisezantsi. Ukusuka kwiinkqubo zemveliso eziphambili ukuya kwiimeko ezintsha zezicelo, impumelelo yetekhnoloji ivula amathuba amatsha okukhula kwaye iguqula imeko-bume yeshishini, ngokutsho kwengxelo yakutshanje yeFuture Market Insights, Inc.
Iipropati ezikhethekileyo ze-alumina ezisebenza nge-activated, kubandakanya i-porosity yayo ephezulu, ukusasazwa kobukhulu be-pore ehlengahlengiswayo, kunye ne-acidity yomphezulu, zenza ukuba ibe yinto eguquguqukayo enezicelo zokufunxa, ukucocwa, kunye nokomisa. Nangona kunjalo, imfuno ekhulayo yokusebenza okuphezulu, ukusetyenziswa kwamandla okuphantsi, kunye nezisombululo ezizinzileyo kuye kwabangela abavelisi ukuba batyale imali eninzi kuphando nophuhliso (R&D), nto leyo ekhokelela kwinkqubela phambili ebalulekileyo kubuchwepheshe bemveliso kunye neenkcukacha zemveliso.
Enye yeendlela eziphambili zobuchwepheshe kwiminyaka yakutshanje kukuphuhliswa kwe-alumina esebenzayo ecocekileyo kakhulu enomxholo wokungcola ophantsi kakhulu. Iimveliso ze-alumina ezisebenzayo zemveli zihlala ziqulathe ukungcola okuncinci okufana ne-iron, i-sodium, kunye ne-silicon, okunokuchaphazela ukusebenza kwazo kwizicelo eziphezulu ezifana nezixhobo ze-elektroniki kunye neebhetri ze-lithium-ion. Ukujongana noku, abavelisi baphuhlise ubuchwepheshe obuphambili bokucoca ukunciphisa ukungcola kwesinyithi ukuya ngaphantsi kwe-10 ppm, ukuhlangabezana neemfuno ezingqongqo zemizi-mveliso ye-elektroniki kunye neye-semiconductor. Umzekelo, i-Evonik Corporation yandise indawo yayo yokuvelisa i-aluminium oxide efumileyo eJapan, igxile kuphuhliso lwe-alumina esebenzayo ecocekileyo kakhulu kwiibhetri ze-lithium-ion ezisebenzayo kakhulu, ezifuna ulawulo oluqinileyo lokusasazwa kobungakanani bezinto ezincinci (D50=0.8–1.2 μm) kunye ne-振实密度 (≥1.0 g/cm³).
Enye inkqubela phambili enkulu kwezobuchwepheshe kukuphucula iinkqubo zemveliso ukuphucula ukusebenza kakuhle kwamandla kunye nokunciphisa impembelelo yokusingqongileyo. Ukuveliswa kwe-alumina esebenzayo yendabuko kubandakanya i-calcination yobushushu obuphezulu, edla amandla amaninzi kwaye ikhuphe iigesi ze-greenhouse. Ukuphendula, abavelisi basebenzise ubuchwepheshe obutsha obufana ne-AI intelligent calcination kunye ne-spray granulation molding ukuze kuphuculwe inkqubo yemveliso. I-AI intelligent calcination isebenzisa ii-sensors eziphambili kunye ne-machine learning algorithms ukulawula ngokuchanekileyo ubushushu, ixesha, kunye nezinye iiparameter, ukuphucula umgangatho wemveliso kunye nokunciphisa ukusetyenziswa kwamandla ukuya kuthi ga kwi-15%. I-spray granulation molding, kwelinye icala, ivumela ukuveliswa kwee-spherical activated particles ezinobukhulu obufanayo kunye namandla aphezulu oomatshini, asetyenziswa kakhulu kwizicelo ze-catalyst carrier kunye ne-battery separator.
Ukongeza ekwenzeni ngcono inkqubo, uphuhliso lwe-alumina eguquliweyo evulwe ngendlela entsha luvule iindlela ezintsha zokusetyenziswa. Ngokutshintsha ikhemistri yomphezulu we-alumina eguquliweyo ngokusebenzisa i-doping ngezinto ezifana ne-silicon, i-titanium, kunye ne-zinc, abavelisi baphucule amandla ayo okufunxa kunye nokukhetha izinto ezithile ezingcolisayo. Umzekelo, i-Institute of Process Engineering ye-Chinese Academy of Sciences isebenzisana namashishini aliqela ukuphuhlisa i-silicon-aluminium composite adsorbent, ephucula ukusebenza kakuhle kokususa i-arsenic nge-40% kwaye isetyenziswe ngempumelelo kwizityalo ezininzi zonyango lwamanzi ecaleni koMlambo iYangtze. Le alumina eguquliweyo eguquliweyo inokususa i-arsenic emanzini ibe ngaphantsi kwe-0.005 mg/L, ihlangabezana nemigangatho yamanzi okusela engqongqo kwihlabathi liphela.
Ukwanda kwezicelo ezintsha kukwakhokelele ekuphuhlisweni kwezobuchwepheshe kwishishini le-alumina esebenzayo. Ukucocwa kwe-hydrogen, ukubanjwa kunye nokugcinwa kwekhabhoni (CCS), kunye nokucocwa komoya ziphakathi kwamacandelo akhula ngokukhawuleza, ngalinye lifuna iimveliso ze-alumina ezisebenzayo ezikhethekileyo ezineempawu ezizodwa. Ekucocweni kwe-hydrogen, i-alumina esebenzayo isetyenziselwa ukususa umswakama kunye neekhompawundi zesalfure kwi-hydrogen, ukuqinisekisa ubunyulu obufunekayo kwizicelo zeeseli zepetroli. Njengoko imfuno yehlabathi ye-hydrogen ecocekileyo kulindeleke ukuba inyuke kwiminyaka ezayo, abavelisi baphuhlisa iimveliso ze-alumina ezisebenzayo ezinomthamo ophezulu, ezikhethiweyo ophezulu ezenzelwe olu setyenziso. Umzekelo, inkampani enkulu yezinto zehlabathi yaqalisa i-alumina esebenzayo esebenza kakuhle ngoNovemba ka-2025, eyenzelwe ngokukodwa imisebenzi yokucoca kunye nokucubungula igesi eMntla Melika, inikezela nge-kinetics ephuculweyo yokutsalwa kunye neendleko zokusebenza ezincitshisiweyo.
Kwicandelo le-CCS, i-alumina esebenzayo iyahlolwa ngenxa yamandla ayo okubamba i-carbon dioxide kwiigesi ze-flue zemizi-mveliso. Umthamo wayo ophezulu wokufunxa kunye nokuzinza kobushushu kuyenza ibe yinto ethembisayo yokubamba i-CO₂, kwaye abaphandi basebenza ukutshintsha iipropati zayo zomphezulu ukuze baphucule ukukhetha kwayo i-CO₂. Uphononongo lwakutshanje lwe-Future Market Insights lubonisa ukuba imfuno ye-alumina esebenzayo kwizicelo ze-CCS kulindeleke ukuba ikhule kwi-CAGR engaphezulu kwe-8% ukusuka ngo-2025 ukuya ku-2035, njengoko oorhulumente kunye namashishini kwihlabathi liphela beqinisa imizamo yokunciphisa ukukhutshwa kwe-carbon.
Icandelo lokucocwa komoya lelinye imarike entsha ye-alumina esebenzayo, ngakumbi kwiindawo ezinongcoliseko olukhulu lomoya. I-alumina esebenzayo inokufunxa ngempumelelo iikhompawundi ze-organic eziguquguqukayo (ii-VOC), i-sulfur dioxide (i-SO₂), kunye nezinye iigesi eziyingozi, nto leyo eyenza ukuba ibe yinto efanelekileyo kwiinkqubo zokucocwa komoya. Ngokugxininisa ngakumbi kumgangatho womoya wangaphakathi nangaphandle, abavelisi baphuhlisa izihluzi zomoya ezisekelwe kwi-alumina ezisebenzayo ezinomthamo ophezulu wokufunxa kunye nobomi obude benkonzo, zilungele zombini izicelo zoshishino kunye neendawo zokuhlala.
Imeko yokhuphiswano lweshishini le-alumina elisebenzayo ibunjwa ngakumbi bubuchule bobuchwepheshe, kunye namashishini aphambili atyala imali eninzi kwi-R&D ukugcina isikhundla sawo kwimarike. Ngokwedatha evela kwi-Ofisi yePropati yoBuchule boRhulumente yaseTshayina, inani leepatenti zovumbululo ezigunyazisiweyo ezinxulumene ne-alumina esebenzekileyo linyuke ngesantya sonyaka esiphakathi se-22.5% phakathi kowama-2020 nowama-2024, kunye nama-70% ala malungelo obunikazi aphethwe ngamashishini amahlanu aphezulu. Abadlali abaphambili kwimarike yehlabathi, kubandakanya i-BASF (eJamani), i-Honeywell International Inc. (e-US), i-Sumitomo Chemical Co., Ltd. (eJapan), kunye ne-Chinalco (eTshayina), bagxile ekuphuhliseni iimveliso ezenzelwe wena kunye nokwandisa ubukho bazo kwihlabathi liphela ngokudibanisa kunye nokuthenga.
NgoJanuwari 2026, inkampani ephambili yamachiza yehlabathi esebenza eJapan yazisa isizukulwana esitsha se-alumina adsorbents esebenza kwindawo ephezulu, eyenzelwe imijikelo yokuvuselela eyandisiweyo kunye nokusebenza okuphuculweyo kwiinkqubo zokucoca igesi yendalo kunye ne-petrochemical. Le mveliso intsha inciphisa ukuphindaphindeka kokuvuselelwa, inciphisa iindleko zokusebenza kubasebenzisi bemizi-mveliso kwaye iphucula ukusebenza kakuhle kwenkqubo iyonke. Ngokufanayo, ekuqaleni kuka-2025, umvelisi ophambili we-alumina wathengisa i-alumina entsha esebenza ngamandla aphezulu eyenzelwe ukususa i-arsenic, ijolise kwiinkqubo zonyango lwamanzi zikamasipala nezemizi-mveliso eMntla Melika naseMzantsi Asia.
Nangona kukho inkqubela phambili enkulu kubuchule bokuyila izinto ezintsha kwezobuchwepheshe, ishishini le-alumina elisebenzayo lisajongene nemingeni eliqela, kuquka iindleko eziphezulu ze-R&D, ubunzima bokwandisa ubuchwepheshe obutsha, kunye nesidingo sokuhlangabezana neemfuno ezahlukeneyo zomthetho kwiindawo ezahlukeneyo. Nangona kunjalo, imfuno ekhulayo yezixhobo ezizinzileyo nezisebenza kakuhle kulindeleke ukuba iqhubele phambili utyalo-mali oluqhubekayo kwi-R&D, nto leyo ekhokelela kwimpumelelo kwezobuchwepheshe.
“Ubuchule bobuchwephesha bubalulekile ekuvuleni amandla apheleleyo e-alumina esebenzayo,” utshilo uNikhil Kait Wade, uSekela Mongameli oNcedisayo kwiFuture Market Insights. “Njengoko amashishini eqhubeka nokutshintsha, imfuno yeemveliso ze-alumina ezisebenzayo ezikhethekileyo nezisebenza kakuhle iya kwanda, kwaye abavelisi abatyala imali kwi-R&D kwaye bamkele ubuchule baya kuba kwindawo efanelekileyo yokusebenzisa amathuba emarike akhulayo.”
Ukujonga phambili, ishishini le-alumina elisebenzayo kulindeleke ukuba libone ukuqhubela phambili kwetekhnoloji, kugxilwe ekuvelisweni kwendalo, ukwenziwa ngokwezifiso kwemveliso, kunye nophuhliso lwezicelo ezintsha. Ukuhlanganiswa kwetekhnoloji yedijithali efana ne-AI kunye ne-IoT kwinkqubo yemveliso kulindeleke ukuba kuphucule ukusebenza kakuhle kwaye kunciphise iindleko, kuqhubele eli shishini kwikamva elizinzileyo nelisebenzayo. Ngeempawu zalo eziguquguqukayo kunye nobubanzi besicelo esikhulayo, i-alumina esebenzayo imiselwe ukudlala indima ebaluleke ngakumbi ekutshintsheni kwehlabathi ukuya kwinkqubo yezoshishino ecocekileyo nezinzileyo.
Ixesha lokuthumela: Epreli-30-2026
