TH156868A - Separation of mercury from hydrocarbon compounds - Google Patents

Abstract

DC60 (24/12/56) This invention involves the separation of mercury compounds from compounds. Liquid hydrocarbons using a two-phase separator, especially a separator. Two phases are involved in the technique of two immiscible phases, namely the liquid hydrocarbon feed phase and the water phase. Of mercury compounds that can dissolve Better in water, dissolves in liquid hydrocarbons The two phases in a two-phase separator are separated. According to the density (Density) of each phase by the hydrocarbon phase, which has Less dense will rise above the water phase. The contaminated mercury compounds are in the phase of Liquid hydrocarbons are extracted into the aqueous phase. So hydrocarbon compounds Thus, the amount or concentration of mercury compounds decreased. The invention involved the separation of mercury compounds from compounds. Liquid hydrocarbons using a two-phase separator, especially a separator. Two phases are involved in the technique of two immiscible phases, that is, the liquid hydrocarbom feed phase and the water phase. With properties of soluble mercury compounds More soluble in water than liquid hydrocarbons The two phases in the separator are separated. According to the density (Density) of each phase by the hydrocarbon phase, which has Less dense will rise above the water phase. The contaminated mercury compounds are in the phase of Liquid hydrocarbons are extracted into the aqueous phase. So hydrocarbon compounds Thus, the amount or concentration of mercury compounds decreased.

Claims (1)

: DC60 (24/12/56) This invention involves the separation of mercury compounds from compounds. Liquid hydrocarbons using a two-phase separator, especially a separator. Two phases are involved in the technique of two immiscible phases, namely the liquid hydrocarbon feed phase and the water phase. Of mercury compounds that can dissolve Better in water, dissolves in liquid hydrocarbons The two phases in a two-phase separator are separated. According to the density (Density) of each phase by the hydrocarbon phase, which has Less dense will rise above the water phase. The contaminated mercury compounds are in the phase of Liquid hydrocarbons are extracted into the aqueous phase. So hydrocarbon compounds Thus, the amount or concentration of mercury compounds decreased. The invention involved the separation of mercury compounds from compounds. Liquid hydrocarbons using a two-phase separator, especially a separator. Two phases are involved in the technique of two immiscible phases, that is, the liquid hydrocarbom feed phase and the water phase. With properties of soluble mercury compounds More soluble in water than liquid hydrocarbons The two phases in the separator are separated. According to the density (Density) of each phase by the hydrocarbon phase, which has Less dense will rise above the water phase. The contaminated mercury compounds are in the phase of Liquid hydrocarbons are extracted into the aqueous phase. So hydrocarbon compounds The isolated liquid therefore had a lower mercury content or content. 1. Method for separating mercury from hydrocarbon consists of phase phase (phase) phase of liquid hydrocarbons. Containing mercury compounds with the aqueous phase to obtain a mixture Where the phase of the liquid carbon hydrone is the concentration of Initial mercury compounds and phase separation of liquid hydrocarbons from mixtures Where hydrocarbons are liquid The resulting mercury compound concentration decreased below the compound concentration & nbs.