Stability of methanol- diesel emulsions
Li Jin
Abstract
Li Jin
Abstract
Effect of methanol content,different kinds and contents of emulsifying agent and co- emulsifying agent,HLB value,emulsifying time and stirring speed on the stability of methanol- diesel emulsions was investigated under 20 ℃. Experimental results showed that the stability of the emulsion firstly increases and then decreases with the increase of content of blend emulsifying agent and co- emulsifying agent,as well as HLB value and stirring speed. As the extension of emulsifying time,the stability of the emulsion increases firstly and then gradually reached a plateau. The stability of the emulsion decreases with the augment of the methanol content. Based upon the experimental results the suitable operating parameters were identified as:emulsifying time,2 min; stirring speed,5 × 2 800 r·min- 1; HLB value,4.5; content of both the emulsifying agent and co- emulsifying agent,3% for each; methanol content,15%. Sauter mean diameter of the emulsion particles was measured as 13 μm.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Effect of methanol content,different kinds and contents of emulsifying agent and co- emulsifying agent,HLB value,emulsifying time and stirring speed on the stability of methanol- diesel emulsions was investigated under 20 ℃. Experimental results showed that the stability of the emulsion firstly increases and then decreases with the increase of content of blend emulsifying agent and co- emulsifying agent,as well as HLB value and stirring speed. As the extension of emulsifying time,the stability of the emulsion increases firstly and then gradually reached a plateau. The stability of the emulsion decreases with the augment of the methanol content. Based upon the experimental results the suitable operating parameters were identified as:emulsifying time,2 min; stirring speed,5 × 2 800 r·min- 1; HLB value,4.5; content of both the emulsifying agent and co- emulsifying agent,3% for each; methanol content,15%. Sauter mean diameter of the emulsion particles was measured as 13 μm.
Key concepts: Emulsion, Methanol, Sauter mean diameter, Chromatography, Diesel fuel, Chemistry, Materials science, Chemical engineering