Tsarin samar da hydrogen na methanol - man fetur - na dogon lokaci yana amfani da ruwan methanol a matsayin kayan da aka samar don samun hydrogen mai tsafta ta hanyar gyaran tururi na methanol da hanyar tsarkakewa ta PSA, kuma hydrogen yana canzawa zuwa zafi da fitarwa ta hanyar man fetur.

Ammoniya kore da ake samarwa daga makamashin da ake sabuntawa a kore, ba tare da fitar da hayakin carbon a cikin rayuwarsa ba, ajiya mai kyau da jigilar kaya a yanayin zafi da ruwan sha da kuma yawan sinadarin hydrogen, an san shi a matsayin muhimmin ɓangare na tsarin makamashi na gaba. Ammoniya kore za ta maye gurbin makamashin burbushin halittu na gargajiya a fannin sufuri na makamashi, albarkatun sinadarai, takin zamani da sauran fannoni don taimakawa dukkan al'umma rage fitar da hayakin carbon. Tsarin hada ammoniya kore na modularizd yana amfani da tsarin zamani. Kayan aiki masu inganci na iya cimma samar da kayayyaki masu inganci, wanda zai iya rage lokacin gini. Gina masana'antu cikin sauri shine mafi kyawun zaɓi don daidaita makamashin da ake sabuntawa a nan gaba, kamar hasken rana da iska. Fasahar hada ammoniya kore da aka daidaita tana amfani da tsarin hadawa mai ƙarancin matsin lamba da kuma babban mai kara kuzari. A halin yanzu, Ally na iya bayar da damar tsarin hada ammoniya kore da aka daidaita: TPA 3,000, TPA 10,000 da TPA 20,000.

Kore da ƙarancin carbon, waɗanda ke fuskantar manufar "tsaka-tsakin carbon", ya zama dole don haɓaka sabon juyin juya halin makamashi. Tushen sabon juyin juya halin makamashi yana da manyan abubuwa guda huɗu, wato makamashin silicon, makamashin hydrogen, ajiyar makamashi da hankali. A halin yanzu, ƙarfin iska na photovoltaic a China ya cancanci babban haɓaka, amma albarkatunsa masu sassauƙa sune matsi. Saboda ƙarfin iska yana canzawa, yana buƙatar a warware shi ta hanyar batirin ajiyar makamashi, makamashin hydrogen kore, motocin lantarki, da makamashi mai wayo. Ajiye makamashin hydrogen hanya ce mai inganci ta daidaita tashoshin wutar lantarki. Yana iya gina tashoshin daidaita tasirin makamashin hydrogen a wuraren da makamashin sabuntawa yake da yawa, samar da ajiyar makamashin hydrogen a lokutan wutar lantarki mafi girma, da amfani da ƙwayoyin mai ko turbine na hydrogen don samar da wutar lantarki zuwa grid a lokacin lokutan wutar lantarki mafi girma, wanda zai iya magance matsalar amfani da makamashi mai sabuntawa da kwanciyar hankali na grid, da inganta yawan amfani da hanyar sadarwa ta watsawa da ƙimar amfani da makamashi. Idan aka haɗa shi da fa'idodin fasaha da aka tara a fagen hydrogen tsawon shekaru da yawa, haɗakar electrolysis na ruwa don samar da hydrogen daga iska da wutar lantarki da ammonia na roba zai samar da cikakken tsarin adana makamashin hydrogen. Tana da fasahar ruwa mai zaman kanta ta electrolytic da cikakken kayan aiki, gami da ƙarfin kera ƙwayoyin lantarki, fasahar ammonia ta roba mai girma da ƙarfin ginin injiniya, da kuma ikon kwangilar EPC gabaɗaya don kammala aikin da kansa daga samar da hydrogen na lantarki zuwa lodin ammonia mai ruwa.

Sauya methanol zuwa hydrogen yana da fa'idodin ƙarancin jari, babu gurɓatawa da matsakaicin farashin samarwa. Ita ce mafi kyawun zaɓin fasaha ga masu amfani waɗanda ba su da ingantaccen tushen samar da hydrogen kuma suna da ƙarfin gasa a kasuwa. Fasahar samar da hydrogen mai canza methanol da kamfaninmu ya ƙirƙira kuma ya tsara tun 2000 ta kai matakin ci gaba na duniya. A lokaci guda, mun sami haƙƙin mallaka guda uku na ƙasa kuma mun shirya Bukatun Fasaha don Tsarin Samar da Hydrogen na PSA Mai Sauya Methanol (GB/T 34540). Kasuwar raka'o'in samar da hydrogen na methanol da duniya ta samar yana da yawa, kuma girman saiti ɗaya ya kai 60000 Nm ³/ H. Kamfanin samar da hydrogen na ƙwararru tare da matsin lamba na 3.3MP_ada kuma saurin haɓaka da sabunta abubuwan haɓakawa (ƙarni na shida).

Sabuwar fasaha mai ƙarfi bisa ga tsarin gargajiya ta rage yawan jarin da ake zubawa a cikin na'urar da kuma amfani da iskar gas da kusan kashi 1/3. Musamman a cikin canjin fasaha na kayan aikin canza iskar gas - tanderun juyawa, an cimma nasara kuma an gwada ta a kan na'urar da aka kammala. Dangane da sabbin fasahohi na samar da hydrogen daga gyaran iskar gas, kamfaninmu ya nemi kuma ya sami lasisin ƙasa guda shida, lasisin Amurka ɗaya da kuma lasisin Tarayyar Turai ɗaya; Asusun Fasaha na Ma'aikatar Kimiyya da Fasaha ya tallafa wa ƙananan da matsakaitan masana'antu, kuma ya samar da 50Nm don na'urar samar da hydrogen ta iskar gas ta wasannin Olympics na Beijing na 2008 ³/ H.

An yi amfani da fasahar Presence Swing Adsorption (PSA) sosai a fannin raba iskar gas ta masana'antu saboda yawan aiki da ita, sauƙin aiki da kuma kyakkyawan muhalli. Ta hanyar shekaru da yawa na bincike, gwaji da kuma aiki da matsi, an ƙirƙiri cikakken tsarin fasahar tsarkake hydrogen a cikin hanyoyin iskar gas daban-daban masu wadataccen hydrogen don samar wa abokan ciniki ayyukan haɓakawa.

Ana amfani da samar da hydrogen ta hanyar lantarki a fannin lantarki a fannin masana'antu, kasuwanci da kuma fannin farar hula saboda sauƙin amfani da shi, tsaftar samfura, sassaucin aiki mai yawa, kayan aiki masu sauƙi da kuma babban matakin sarrafa kansa. Dangane da ƙarancin makamashin carbon da kore da ƙasar ke da shi, samar da hydrogen ta hanyar lantarki a fannin lantarki yana yaɗuwa sosai a wuraren samar da wutar lantarki ta hanyar lantarki, iska da sauran wuraren samar da wutar lantarki ta kore.

Sauya methanol zuwa hydrogen yana da fa'idodin ƙarancin jari, babu gurɓatawa da matsakaicin farashin samarwa. Ita ce mafi kyawun zaɓin fasaha ga masu amfani waɗanda ba su da ingantaccen tushen samar da hydrogen kuma suna da ƙarfin gasa a kasuwa. Fasahar samar da hydrogen mai canza methanol da kamfaninmu ya ƙirƙira kuma ya tsara tun 2000 ta kai matakin ci gaba na duniya. A lokaci guda, mun sami haƙƙin mallaka guda uku na ƙasa kuma mun shirya Bukatun Fasaha don Tsarin Samar da Hydrogen na PSA Mai Sauya Methanol (GB/T 34540). Kasuwar raka'o'in samar da hydrogen na methanol da duniya ta samar yana da yawa, kuma girman saiti ɗaya ya kai 60000 Nm ³/ H. Kamfanin samar da hydrogen na ƙwararru tare da matsin lamba na 3.3MP_ada kuma saurin haɓaka da sabunta abubuwan haɓakawa (ƙarni na shida). 

Sabuwar fasaha mai ƙarfi bisa ga tsarin gargajiya ta rage yawan jarin da ake zubawa a cikin na'urar da kuma amfani da iskar gas da kusan kashi 1/3. Musamman a cikin canjin fasaha na kayan aikin canza iskar gas - tanderun juyawa, an cimma nasara kuma an gwada ta a kan na'urar da aka kammala. Dangane da sabbin fasahohi na samar da hydrogen daga gyaran iskar gas, kamfaninmu ya nemi kuma ya sami lasisin ƙasa guda shida, lasisin Amurka ɗaya da kuma lasisin Tarayyar Turai ɗaya; Asusun Fasaha na Ma'aikatar Kimiyya da Fasaha ya tallafa wa ƙananan da matsakaitan masana'antu, kuma ya samar da 50Nm don na'urar samar da hydrogen ta iskar gas ta wasannin Olympics na Beijing na 2008 ³/ H.

Iskar gas ta tanda ta Coke tana ɗauke da ƙazanta kamar tar, naphthalene, benzene, sulfur mara organic da sulfur na organic. Domin yin amfani da iskar gas ta tanda ta coke gaba ɗaya, tsarkake iskar gas ta tanda ta coke, rage ƙazanta a cikin iskar gas ta tanda ta coke, fitar da hayakin konewa zai iya biyan buƙatun kare muhalli, kuma ana iya amfani da shi azaman kayan aiki don samar da sinadarai. Fasahar ta tsufa kuma ana amfani da ita sosai a masana'antar wutar lantarki da masana'antar sinadarai ta kwal.

Iskar gas ta Biogas iskar gas ce mai tsafta kuma mai sauƙin ƙonewa da ƙwayoyin cuta ke samarwa a cikin muhallin da ba a sarrafa ta ba, kamar takin dabbobi, sharar gona, sharar gida ta masana'antu, najasar gida da sharar gida ta birni, kuma manyan abubuwan da ke cikinta sune methane, carbon dioxide da hydrogen sulfide. Ana tsarkake iskar gas ta Biogas galibi kuma ana amfani da ita don iskar gas ta birane, man fetur na ababen hawa, samar da hydrogen, da sauransu.

Tsarkake CO tare da fasahar PSA kuma sami samfurin CO daga matakin desorption; Kamfaninmu ne ya ƙera mai sha don tsarkake CO. Yana da babban ƙarfin sha, babban zaɓi, tsari mai sauƙi, babban tsarki da yawan amfanin CO.

Tsarin cire sulfur da kuma cire carbon sune fasahar tsarkake iskar gas da aka saba amfani da ita. Ana amfani da shi a fannin tsarkake iskar gas ta hanyar gyaran iskar gas, hadadden tsarin tace iskar gas na kwal, tsarin samar da LNG tare da iskar gas ta coke, tsarin SNG. Ana amfani da tsarin MDEA don cire H2S da CO2. Bayan tsarkake syngas: H2S <10mg/Nm ³, CO2 <50ppm (Tsarin LNG).