Shiri Da Aikace-aikace Na Magnesium Hydroxide

Magnesium hydroxide, wani muhimmin kayan sinadari na cikin jiki tare da dabarar sinadarai Mg(OH)₂, ba shi da -mai guba, mara wari, kuma mai tsananin zafi. Ana amfani dashi sosai a cikin masu hana wuta, magunguna, da kare muhalli. Hanyoyin shirye-shiryensa sun bambanta, ciki har da hazo gishiri na magnesium, haɗin hydrothermal, da hazo kai tsaye.

Hanyar hazo gishirin magnesium shine mafi yawan tsarin shirye-shiryen masana'antu. Yawanci yana amfani da magnesium chloride (MgCl₂) ko magnesium sulfate (MgSO₄) azaman albarkatun ƙasa, waɗanda ke amsawa da sodium hydroxide (NaOH) ko calcium hydroxide (Ca (OH)₂) don samar da hazo na magnesium hydroxide. Wannan hanya ce mai sauƙi don aiki kuma mai ƙarancin farashi, amma tsabtar samfurin yana da matukar tasiri ga albarkatun ƙasa, yana buƙatar tacewa, wankewa, da bushewa don haɓaka inganci. Hanyar haɗakar ruwa, wanda ake gudanarwa a ƙarƙashin matsanancin zafin jiki da matsa lamba, na iya samar da tsafta mai girma{3}, da kyau{4}}anayyataccen magnesium hydroxide ta hanyar sarrafa yanayin amsawa (kamar pH, zafin jiki, da lokaci). Ya dace da manyan aikace-aikacen ƙarshe{6} kamar su magunguna da kayan lantarki. Hanyar hazo kai tsaye ya haɗa da amsa ma'adinan magnesium (irin su magnesite) tare da acid don samar da gishiri na magnesium, wanda aka amsa tare da alkali don samar da magnesium hydroxide. Wannan hanya tana amfani da nau'ikan albarkatun ƙasa, amma tsarin yana da ɗan tsayi.

Dangane da aikace-aikace, ana amfani da magnesium hydroxide da farko azaman mai hana wuta. Rushewar sa yana ɗaukar zafi kuma yana fitar da tururin ruwa, yadda ya kamata ya hana konewa. Hakanan ana amfani dashi a cikin maganin ruwa a matsayin mai hana ruwa don cire gurɓataccen acidic. A cikin fannin harhada magunguna, ana iya amfani da shi azaman maganin antacid don rage yawan acid na ciki. A cikin 'yan shekarun nan, tare da haɓaka buƙatun kare muhalli, aikace-aikacen magnesium hydroxide a cikin lalata iskar gas da kuma tallan ƙarfe mai nauyi ya haɓaka sannu a hankali.

A nan gaba, tare da inganta fasahar shirye-shirye, kamar haɓakar nano{0}mai girman magnesium hydroxide, za a ƙara haɓaka aikin sa, wanda zai ba shi damar taka muhimmiyar rawa a cikin ƙarin filayen da aka ƙara{1}daraja{2}}.