Uhlelo lokuphakelwa kwamandla lwesikhathi eside lwe-methanol hydrogen – iseli likaphethiloli – lusebenzisa isixazululo samanzi se-methanol njengezinto zokusetshenziswa ukuze kutholakale i-hydrogen ehlanzekile kakhulu ngokusebenzisa ukusabela kokuguqula umusi we-methanol kanye nendlela yokuhlanza i-PSA, bese i-hydrogen iguqulwa ibe ukukhishwa kokushisa namandla ngeseli likaphethiloli.

I-ammonia eluhlaza ekhiqizwa ngamandla avuselelekayo aluhlaza, ngaphandle kokukhishwa kwekhabhoni emjikelezweni wayo wokuphila, isitoreji esilula kanye nokuthuthwa ekushiseni okuvamile kanye noketshezi kanye nokuqukethwe okuphezulu kwe-hydrogen, yaziwa njengengxenye ebalulekile yesistimu yamandla yesikhathi esizayo. I-ammonia eluhlaza izothatha indawo yamandla endabuko kancane kancane ekuthuthweni kwamandla, izinto zokusetshenziswa zamakhemikhali, umanyolo nezinye izici ukusiza umphakathi wonke ukunciphisa ukukhishwa kwekhabhoni. Uhlelo lokwenziwa kwe-ammonia eluhlaza oluyi-modularizd lusebenzisa ukwakheka kwe-modular. Imishini ejwayelekile ingafinyelela ukukhiqizwa okujwayelekile, okunganciphisa isikhathi sokwakha. Ukwakhiwa kwesitshalo okusheshayo kuyisinqumo esingcono kakhulu sokufanisa amandla avuselelekayo esikhathini esizayo, njengelanga nomoya. Ubuchwepheshe bokwenziwa kwe-ammonia eluhlaza oluyi-modular busebenzisa uhlelo lokwenziwa kwengcindezi ephansi kanye ne-catalyst yokwenziwa esebenza kahle kakhulu. Njengamanje, i-Ally inganikeza amandla esistimu yokwenziwa kwe-ammonia eluhlaza oluyi-modularized: i-3,000 TPA, i-10,000 TPA kanye ne-20,000 TPA.

I-carbon eluhlaza nephansi, ebhekene nomgomo "wokungakhethi hlangothi kwekhabhoni", kubalulekile ukukhuthaza inguquko entsha yamandla. Ingqikithi yenguquko entsha yamandla inezinto ezine ezinkulu, okungukuthi amandla e-silicon, amandla e-hydrogen, isitoreji samandla kanye nobuhlakani. Njengamanje, amandla omoya e-photovoltaic eShayina afaneleka ngokugcwele ukukhushulwa okukhulu, kodwa izinsiza zawo zokulawula eziguquguqukayo ziyimbangela. Ngenxa yokuthi i-photovoltaic yamandla omoya iyashintshashintsha, idinga ukuxazululwa ngamabhethri okugcina amandla, amandla e-hydrogen aluhlaza, izimoto zikagesi, kanye namandla ahlakaniphile. Isitoreji samandla e-hydrogen siyindlela ephumelelayo yokulawula okuphezulu kweziteshi zamandla. Ingakha iziteshi zokulawula okuphezulu kwesitoreji samandla e-hydrogen ezindaweni lapho amandla avuselelekayo eningi khona, ikhiqize isitoreji samandla e-hydrogen ngesikhathi samahora aphezulu, futhi isebenzise amaseli kaphethiloli noma i-hydrogen turbine ukukhiqiza ugesi ubuyele kugridi ngesikhathi samahora aphezulu, okungaxazulula ngempumelelo inkinga yokusetshenziswa kwamandla avuselelekayo kanye nokuzinza kwegridi, futhi kuthuthukise izinga lokusetshenziswa kwenethiwekhi yokudlulisa kanye nesilinganiso sokusetshenziswa kwamandla. Kuhlanganiswe nezinzuzo zayo zobuchwepheshe eziqoqwe emkhakheni we-hydrogen iminyaka eminingi, inhlanganisela ye-electrolysis yamanzi yokukhiqizwa kwe-hydrogen kusuka emoyeni nakugesi kanye ne-ammonia yokwenziwa izokwakha isethi ephelele yesistimu yokugcina amandla e-hydrogen. Inezobuchwepheshe bamanzi obuzimele be-electrolytic kanye nemishini ephelele, okuhlanganisa amandla okukhiqiza amaseli e-electrolytic, ubuchwepheshe be-ammonia yokwenziwa evuthiwe kanye namandla okwakha ubunjiniyela, kanye nekhono elijwayelekile le-EPC lokuqedela inqubo ngokuzimela kusukela ekukhiqizweni kwe-hydrogen ye-electrolysis yamanzi kuya ekuthwalweni kwe-ammonia ewuketshezi.

Ukuguqulwa kwe-methanol ibe yi-hydrogen kunezinzuzo zokutshalwa kwezimali okuphansi, ukungabi nokungcola kanye nezindleko zokukhiqiza ezimaphakathi. Kuyindlela engcono kakhulu yobuchwepheshe kubasebenzisi abangenawo umthombo othembekile wezinto zokusetshenziswa zokukhiqiza i-hydrogen futhi abanokuncintisana okuqinile emakethe. Ubuchwepheshe bokukhiqiza i-hydrogen yokuguqulwa kwe-methanol obuthuthukiswe futhi baklanywa yinkampani yethu kusukela ngo-2000 bufinyelele ezingeni eliphambili lomhlaba wonke. Ngesikhathi esifanayo, sithole amalungelo obunikazi amathathu kazwelonke futhi salungiselela Izidingo Zobuchwepheshe ze-Methanol Conversion PSA Hydrogen Production System (GB/T 34540). Isabelo semakethe samayunithi okukhiqiza i-methanol hydrogen anikezwa umhlaba wonke siphezulu, futhi isilinganiso sesethi eyodwa sifinyelela ku-60000 Nm³/ H. Inkampani yobuchwepheshe yokukhiqiza i-hydrogen enengcindezi engu-3.3MP_akanye nokuthuthukiswa okusheshayo kwe-catalyst kanye nokuvuselelwa (isizukulwane sesithupha).

Ukusungula izinto ezintsha ngesibindi ngokusekelwe enkambisweni yendabuko kunciphise kakhulu ukutshalwa kwezimali kule yunithi kanye nokusetshenziswa kwegesi yemvelo cishe nge-1/3. Ikakhulukazi ekuguqulweni kobuchwepheshe kwemishini eyinhloko yokuguqula igesi yemvelo - isithando sokuguqula, kufezwe impumelelo futhi kuhlolwe kule yunithi esiqediwe. Ngokuphathelene nokusungula izinto ezintsha kwezobuchwepheshe ekukhiqizeni i-hydrogen kusukela ekuguqulweni kwegesi yemvelo, inkampani yethu ifake isicelo futhi yathola amalungelo obunikazi ayisithupha kazwelonke, ilungelo elilodwa laseMelika kanye nelungelo elilodwa lamalungelo obunikazi laseYurophu; Uhlelo lokukhiqiza i-hydrogen lwesilinda segesi yemvelo esincane nesiphakathi lusekelwe yi-Technology Innovation Fund yoMnyango Wezesayensi Nobuchwepheshe yamabhizinisi amancane naphakathi, futhi lunikeze ama-50Nm eyunithi yokukhiqiza i-hydrogen yeMidlalo Yama-Olimpiki yaseBeijing ka-2008 ³/H.

Ubuchwepheshe be-Pressure Swing Adsorption (PSA) busetshenziswe kabanzi emkhakheni wokuhlukaniswa kwegesi yezimboni ngenxa yokuzenzakalela kwayo okuphezulu, ukusebenza okulula kanye nendawo enhle. Ngeminyaka yocwaningo, ukuhlolwa kanye nokusebenza kwe-pressure swing adsorption, isethi ephelele yobuchwepheshe bokuhlanza i-hydrogen emithonjeni ehlukahlukene yegesi ecebile nge-hydrogen iye yathuthukiswa ukuze inikeze amakhasimende izinsizakalo zokuthuthukisa.

Ukukhiqizwa kwe-hydrogen nge-electrolysis yamanzi kusetshenziswa kabanzi emasimini ezimboni, ezentengiselwano kanye nezomphakathi ngenxa yendawo yayo yokusetshenziswa eguquguqukayo, ubumsulwa obukhulu bomkhiqizo, ukuguquguquka okukhulu kokusebenza, imishini elula kanye nezinga eliphezulu lokuzenzakalela. Ngenxa ye-carbon ephansi kanye namandla aluhlaza ezweni, ukukhiqizwa kwe-hydrogen nge-electrolysis yamanzi kusatshalaliswa kabanzi ezindaweni zamandla aluhlaza, amandla omoya kanye nezinye izindawo zamandla aluhlaza.

Ukuguqulwa kwe-methanol ibe yi-hydrogen kunezinzuzo zokutshalwa kwezimali okuphansi, ukungabi nokungcola kanye nezindleko zokukhiqiza ezimaphakathi. Kuyindlela engcono kakhulu yobuchwepheshe kubasebenzisi abangenawo umthombo othembekile wezinto zokusetshenziswa zokukhiqiza i-hydrogen futhi abanokuncintisana okuqinile emakethe. Ubuchwepheshe bokukhiqiza i-hydrogen yokuguqulwa kwe-methanol obuthuthukiswe futhi baklanywa yinkampani yethu kusukela ngo-2000 bufinyelele ezingeni eliphambili lomhlaba wonke. Ngesikhathi esifanayo, sithole amalungelo obunikazi amathathu kazwelonke futhi salungiselela Izidingo Zobuchwepheshe ze-Methanol Conversion PSA Hydrogen Production System (GB/T 34540). Isabelo semakethe samayunithi okukhiqiza i-methanol hydrogen anikezwa umhlaba wonke siphezulu, futhi isilinganiso sesethi eyodwa sifinyelela ku-60000 Nm³/ H. Inkampani yobuchwepheshe yokukhiqiza i-hydrogen enengcindezi engu-3.3MP_akanye nokuthuthukiswa okusheshayo kwe-catalyst kanye nokuvuselelwa (isizukulwane sesithupha). 

Ukusungula izinto ezintsha ngesibindi ngokusekelwe enkambisweni yendabuko kunciphise kakhulu ukutshalwa kwezimali kule yunithi kanye nokusetshenziswa kwegesi yemvelo cishe nge-1/3. Ikakhulukazi ekuguqulweni kobuchwepheshe kwemishini eyinhloko yokuguqula igesi yemvelo - isithando sokuguqula, kufezwe impumelelo futhi kuhlolwe kule yunithi esiqediwe. Ngokuphathelene nokusungula izinto ezintsha kwezobuchwepheshe ekukhiqizeni i-hydrogen kusukela ekuguqulweni kwegesi yemvelo, inkampani yethu ifake isicelo futhi yathola amalungelo obunikazi ayisithupha kazwelonke, ilungelo elilodwa laseMelika kanye nelungelo elilodwa lamalungelo obunikazi laseYurophu; Uhlelo lokukhiqiza i-hydrogen lwesilinda segesi yemvelo esincane nesiphakathi lusekelwe yi-Technology Innovation Fund yoMnyango Wezesayensi Nobuchwepheshe yamabhizinisi amancane naphakathi, futhi lunikeze ama-50Nm eyunithi yokukhiqiza i-hydrogen yeMidlalo Yama-Olimpiki yaseBeijing ka-2008 ³/H.

Igesi ye-oven ye-coke iqukethe ukungcola okufana ne-tar, i-naphthalene, i-benzene, i-sulfur engaphili kanye ne-organic sulfur. Ukuze kusetshenziswe ngokugcwele igesi ye-oven ye-coke, kuhlanzwe igesi ye-oven ye-coke, kuncishiswe okuqukethwe ukungcola kugesi ye-oven ye-coke, ukukhishwa komlilo kungahlangabezana nezidingo zokuvikela imvelo, futhi kungasetshenziswa njengezinto zokusetshenziswa zokukhiqiza amakhemikhali. Ubuchwepheshe buvuthiwe futhi busetshenziswa kabanzi ezitshalweni zikagesi kanye nasembonini yamakhemikhali amalahle.

I-Biogas iyigesi evuthayo enobungani nemvelo, ehlanzekile futhi eshibhile ekhiqizwa yizinto ezincane endaweni engenawo umoya, njengomanyolo wezilwane, imfucuza yezolimo, imfucuza yezinto eziphilayo zezimboni, indle yasekhaya kanye nemfucuza yasekhaya kamasipala, futhi izingxenye zayo eziyinhloko yi-methane, i-carbon dioxide kanye ne-hydrogen sulfide. I-Biogas ihlanzwa kakhulu futhi isetshenziselwa igesi yasemadolobheni, uphethiloli wezimoto, ukukhiqizwa kwe-hydrogen, njll.

Hlanza i-CO ngobuchwepheshe be-PSA bese uthola i-CO yomkhiqizo kusukela esigabeni sokumunca; I-adsorbent yokuhlanza i-CO yathuthukiswa yinkampani yethu. Inamandla amakhulu okumunca, ukukhetha okuphezulu, inqubo elula, ubumsulwa obuphezulu kanye nesivuno esikhulu se-CO.

Ukususa i-sulfurization emanzini kanye nokususa i-carbonization kuyizindlela zobuchwepheshe ezivamile zokuhlanza igesi. Kusetshenziswa ekuhlanzweni kwegesi okuguqulwayo kwegesi yemvelo, ekuhlanzweni kwegesi ngamalahle, ekuhlanzweni kwegesi okuhlanganisiwe, enqubweni yokukhiqiza i-LNG ngegesi ye-coke oven, enqubweni ye-SNG. Inqubo ye-MDEA isetshenziselwa ukususwa kwe-H2S kanye ne-CO2. Ngemva kokuhlanza i-syngas: H2S<10mg/Nm³, CO2<50ppm (inqubo ye-LNG).