Inkqubo yokubonelela ngombane ye-methanol hydrogen – i-fuel cell – isebenzisa isisombululo samanzi se-methanol njengezinto eziluhlaza ukuze ifumane i-hydrogen ecocekileyo kakhulu ngokusebenzisa i-methanol steam reforming reaction kunye nendlela yokucoca i-PSA, kwaye i-hydrogen iguqulwa ibe yimveliso yobushushu kunye namandla nge-fuel cell.

I-ammonia eluhlaza eveliswa ngamandla avuselelekayo aluhlaza, angenayo i-carbon emission kumjikelo wayo wobomi, igcinwe kwaye ithuthwe lula kubushushu obuqhelekileyo kunye nolwelo kunye nomxholo ophezulu we-hydrogen, yaziwa njengenxalenye ebalulekileyo yenkqubo yamandla yexesha elizayo. I-ammonia eluhlaza iya kuthatha indawo yamandla emveli efosili ekuthuthweni kwamandla, izinto ezikrwada zeekhemikhali, izichumisi kunye nezinye izinto ukunceda uluntu lonke ukunciphisa ukukhutshwa kwekhabhoni. Inkqubo yokwenziwa kwe-ammonia eluhlaza yeModularizd isebenzisa uyilo lwemodyuli. Izixhobo ezimiselweyo zinokufezekisa imveliso emiselweyo, enokunciphisa ixesha lokwakha. Ukwakhiwa kwezityalo ngokukhawuleza lolona khetho lufanelekileyo lokufanisa amandla avuselelekayo kwixesha elizayo, njengelanga nomoya. Itekhnoloji yokwenziwa kwe-ammonia eluhlaza yeModularizing isebenzisa inkqubo yokwenziwa koxinzelelo oluphantsi kunye ne-catalyst yokwenziwa esebenza kakuhle. Okwangoku, i-Ally inokubonelela ngomthamo wenkqubo yokwenziwa kwe-ammonia eluhlaza yeModularizing: i-3,000 TPA, i-10,000 TPA kunye ne-20,000 TPA.

I-carbon eluhlaza nephantsi, ejongene nenjongo "yokungakhethi cala kwekhabhoni", kuyimfuneko ukukhuthaza utshintsho olutsha lwamandla. Isiseko soguquko olutsha lwamandla sinezinto ezine eziphambili, ezizezi amandla e-silicon, amandla e-hydrogen, ukugcinwa kwamandla kunye nobukrelekrele. Okwangoku, amandla omoya e-photovoltaic eTshayina afanelekile ngokupheleleyo ukukhuthazwa okukhulu, kodwa izixhobo zawo zokulawula eziguquguqukayo zezona zibalulekileyo. Ngenxa yokuba amandla omoya e-photovoltaic aguquguquka, kufuneka asombululwe ngeebhetri zokugcina amandla, amandla e-hydrogen eluhlaza, izithuthi zombane, kunye namandla akrelekrele. Ukugcinwa kwamandla e-hydrogen yindlela esebenzayo yokulawula izikhululo zamandla. Ingakha izikhululo zokugcina amandla e-hydrogen kwiindawo apho amandla avuselelekayo amaninzi khona, ivelise ukugcinwa kwamandla e-hydrogen ngexesha leeyure zamandla aphezulu, kwaye isebenzise iiseli zamafutha okanye i-hydrogen turbine ukuvelisa umbane ubuyele kwigridi ngexesha leeyure zamandla aphezulu, nto leyo enokusombulula ngempumelelo ingxaki yokusetyenziswa kwamandla avuselelekayo kunye nokuzinza kwegridi, kwaye iphucule izinga lokusetyenziswa kwenethiwekhi yokudlulisa kunye nezinga lokusetyenziswa kwamandla. Idibene neenzuzo zayo zobugcisa eziqokelelwe kwicandelo le-hydrogen iminyaka emininzi, indibaniselwano ye-electrolysis yamanzi yokuvelisa i-hydrogen evela kumoya nombane kunye ne-ammonia yokwenziwa iya kwenza iseti epheleleyo yenkqubo yokugcina amandla e-hydrogen. Inetekhnoloji yamanzi ye-electrolytic ezimeleyo kunye nezixhobo ezipheleleyo, kubandakanya amandla okuvelisa iiseli ze-electrolytic, itekhnoloji ye-ammonia yokwenziwa evuthiweyo kunye namandla okwakha ubunjineli, kunye nokukwazi ukwenza isivumelwano se-EPC ngokubanzi ukuze igqibezele ngokuzimeleyo inkqubo ukusuka kwimveliso ye-hydrogen ye-electrolysis yamanzi ukuya kwi-ammonia eyongeziweyo.

Ukuguqulwa kwe-Methanol ibe yi-hydrogen kuneengenelo zotyalo-mali oluphantsi, akukho ngcoliseko kunye neendleko zemveliso eziphakathi. Lolona khetho lubalaseleyo lobuchwepheshe kubasebenzisi abangenawo umthombo othembekileyo wezinto eziluhlaza zemveliso ye-hydrogen kwaye banokhuphiswano oluqinileyo kwimarike. Itekhnoloji yokuvelisa i-hydrogen yokuguqulwa kwe-methanol eyenziwe kwaye yayilwa yinkampani yethu ukusukela ngo-2000 ifikelele kwinqanaba eliphambili lamazwe ngamazwe. Kwangaxeshanye, sifumene amalungelo obunikazi amathathu kazwelonke kwaye silungiselele iiMfuno zoBugcisa zeNkqubo yoMveliso weHydrogen ye-Methanol Conversion PSA (GB/T 34540). Isabelo semarike seeyunithi zemveliso ye-hydrogen ye-methanol ezibonelelwa lihlabathi siphezulu, kwaye isikali seseti enye sifikelela kwi-60000 Nm³/ H. Inkampani yobungcali yokuvelisa i-hydrogen enoxinzelelo lwe-3.3MP_akunye nophuhliso olukhawulezileyo lwe-catalyst kunye nohlaziyo (isizukulwana sesithandathu).

Utshintsho olunesibindi olusekelwe kwinkqubo yendabuko luye lwanciphisa kakhulu utyalo-mali kwiyunithi kunye nokusetyenziswa kwegesi yendalo malunga ne-1/3. Ingakumbi ekuguqulweni kobuchwephesha kwezixhobo eziphambili zokuguqula igesi yendalo - isithando sokuguqula, kuye kwafikelelwa phambili kwaye kwavavanywa kwiyunithi egqityiweyo. Ngokuphathelele uphuhliso lwetekhnoloji yokuvelisa i-hydrogen ukusuka ekuguqulweni kwegesi yendalo, inkampani yethu ifake isicelo kwaye yafumana amalungelo obunikazi amathandathu esizwe, ilungelo lobunikazi elinye laseMelika kunye nelungelo lobunikazi elinye le-European Union; Inkqubo yokuvelisa i-hydrogen yesilinda yegesi yendalo encinci nephakathi yaxhaswa yi-Technology Innovation Fund yoMphathiswa weSayensi neTekhnoloji kumashishini amancinci naphakathi, kwaye yabonelela nge-50Nm kwiMidlalo yeOlimpiki yaseBeijing ka-2008 ³/H iyunithi yokuvelisa i-hydrogen yegesi yendalo.

Itekhnoloji ye-Pressure Swing Adsorption (PSA) isetyenziswa kakhulu kwicandelo lokwahlulwa kwegesi kwimizi-mveliso ngenxa yokuba iyazisebenzela kakhulu, kulula ukuyisebenzisa kunye nendawo elungileyo. Kwiminyaka yophando, uvavanyo kunye nokusebenza kwe-pressure swing adsorption, iseti epheleleyo yetekhnoloji yokucoca i-hydrogen kwimithombo eyahlukeneyo yegesi etyebileyo kwi-hydrogen iye yaphuhliswa ukubonelela abathengi ngeenkonzo zokuphucula.

Ukuveliswa kwehydrogen nge-electrolysis yamanzi kusetyenziswa kakhulu kwiindawo zoshishino, zorhwebo kunye nezoluntu ngenxa yendawo yayo yokusetyenziswa eguquguqukayo, ubunyulu obuphezulu bemveliso, ukuguquguquka okukhulu kokusebenza, izixhobo ezilula kunye nenqanaba eliphezulu lokuzenzekelayo. Ukuphendula amandla aphantsi ekhabhoni kunye namandla aluhlaza kweli lizwe, ukuveliswa kwehydrogen nge-electrolysis yamanzi kusasazeka kakhulu kwiindawo ze-photovoltaic, amandla omoya kunye nezinye iindawo zamandla aluhlaza.

Ukuguqulwa kwe-Methanol ibe yi-hydrogen kuneengenelo zotyalo-mali oluphantsi, akukho ngcoliseko kunye neendleko zemveliso eziphakathi. Lolona khetho lubalaseleyo lobuchwepheshe kubasebenzisi abangenawo umthombo othembekileyo wezinto eziluhlaza zemveliso ye-hydrogen kwaye banokhuphiswano oluqinileyo kwimarike. Itekhnoloji yokuvelisa i-hydrogen yokuguqulwa kwe-methanol eyenziwe kwaye yayilwa yinkampani yethu ukusukela ngo-2000 ifikelele kwinqanaba eliphambili lamazwe ngamazwe. Kwangaxeshanye, sifumene amalungelo obunikazi amathathu kazwelonke kwaye silungiselele iiMfuno zoBugcisa zeNkqubo yoMveliso weHydrogen ye-Methanol Conversion PSA (GB/T 34540). Isabelo semarike seeyunithi zemveliso ye-hydrogen ye-methanol ezibonelelwa lihlabathi siphezulu, kwaye isikali seseti enye sifikelela kwi-60000 Nm³/ H. Inkampani yobungcali yokuvelisa i-hydrogen enoxinzelelo lwe-3.3MP_akunye nophuhliso olukhawulezileyo lwe-catalyst kunye nohlaziyo (isizukulwana sesithandathu). 

Utshintsho olunesibindi olusekelwe kwinkqubo yendabuko luye lwanciphisa kakhulu utyalo-mali kwiyunithi kunye nokusetyenziswa kwegesi yendalo malunga ne-1/3. Ingakumbi ekuguqulweni kobuchwephesha kwezixhobo eziphambili zokuguqula igesi yendalo - isithando sokuguqula, kuye kwafikelelwa phambili kwaye kwavavanywa kwiyunithi egqityiweyo. Ngokuphathelele uphuhliso lwetekhnoloji yokuvelisa i-hydrogen ukusuka ekuguqulweni kwegesi yendalo, inkampani yethu ifake isicelo kwaye yafumana amalungelo obunikazi amathandathu esizwe, ilungelo lobunikazi elinye laseMelika kunye nelungelo lobunikazi elinye le-European Union; Inkqubo yokuvelisa i-hydrogen yesilinda yegesi yendalo encinci nephakathi yaxhaswa yi-Technology Innovation Fund yoMphathiswa weSayensi neTekhnoloji kumashishini amancinci naphakathi, kwaye yabonelela nge-50Nm kwiMidlalo yeOlimpiki yaseBeijing ka-2008 ³/H iyunithi yokuvelisa i-hydrogen yegesi yendalo.

Igesi ye-oven ye-coke iqulethe ukungcola okufana ne-tar, i-naphthalene, i-benzene, i-sulfur engaphiliyo kunye ne-organic sulfur. Ukuze kusetyenziswe ngokupheleleyo igesi ye-oven ye-coke, kucocwe igesi ye-oven ye-coke, kuncitshiswe umxholo wokungcola kwigesi ye-oven ye-coke, ukukhutshwa komlilo kunokuhlangabezana neemfuno zokhuseleko lokusingqongileyo, kwaye kungasetyenziswa njengezinto zokwenza iikhemikhali. Le teknoloji ivuthiwe kwaye isetyenziswa kakhulu kwizityalo zamandla kunye neshishini leekhemikhali zamalahle.

I-Biogas yigesi evuthayo enobuhlobo nokusingqongileyo, ecocekileyo nengabizi kakhulu eveliswa zizinto ezincinci kwindawo engenamoya, ezifana nomgquba wemfuyo, inkunkuma yezolimo, inkunkuma yendalo yemizi-mveliso, amanzi amdaka asekhaya kunye nenkunkuma yasekhaya kamasipala, kwaye izinto zayo eziphambili yi-methane, i-carbon dioxide kunye ne-hydrogen sulfide. I-Biogas icocwa kakhulu kwaye isetyenziselwa igesi yasezidolophini, amafutha ezithuthi, imveliso ye-hydrogen, njl.njl.

Hlambulula i-CO ngetekhnoloji ye-PSA kwaye ufumane i-CO yemveliso ukusuka kwinqanaba lokufunxa; I-adsorbent yokucoca i-CO yenziwe yinkampani yethu. Inamandla amakhulu okufunxa, ukukhetha okuphezulu, inkqubo elula, ubunyulu obuphezulu kunye nemveliso ephezulu ye-CO.

Ukususa i-sulfurization emanzini kunye nokususa i-carbonization ziiteknoloji eziqhelekileyo zokucoca igesi. Isetyenziswa ekuhlanjululweni kwegesi yendalo, ukucoca igesi ngamalahle, ukuhlanjululwa kwegesi edibeneyo, inkqubo yokuvelisa i-LNG kunye negesi ye-coke oven, inkqubo ye-SNG. Inkqubo ye-MDEA isetyenziselwa ukususa i-H2S kunye ne-CO2. Emva kokucoca i-syngas: H2S<10mg/Nm³, CO2<50ppm (inkqubo ye-LNG).