Process for short chain alkane synthesis while maintaining faradaic efficiency
A technology of alkanes and electrodes, applied in the field of synthesizing short-chain alkanes while maintaining Faradaic efficiency
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example 1
[0026] This example provides figure 1 and the results in Examples 2-4 for the test Kolbe synthesis setup. The pressure vessel consists of 2.5" pipe fittings made of 150 grade 316 stainless steel and caps of the same material and pressure rating. A tight fitting thin polyethylene sleeve is placed inside the pipe and serves as the electrolyte reservoir Pool. The total volume of the reservoir is 0.225 L. The Kolbe electrolytic cell is constructed of a cast acrylic plate with a hole drilled at the bottom as an inlet and a slot at the top to allow free convection through the electrode gap. Thickness is 1 mm and exposed surface area 2.61cm 2 The solid Pt plates were used as anode and cathode and were placed vertically with an inter-electrode spacing of 6.75 mm. The electrolytic cell is completely submerged in the electrolyte and is suspended in the middle of the depth of the electrolyte by hanging from its power cord. The upper cap houses the pressure gauge, outlet and power fee...
example 2
[0029] The pressure vessel and measuring equipment from Example 1 were used, but with 225 mL of fresh unused electrolyte. Set the back pressure regulator to 6 bar gauge and allow the electrolytic cell to purge until a steady state composition is reached. Flow rate and composition measurements enable the derivation of Faradaic efficiency.
example 3
[0031] The pressure vessel and measuring equipment from Example 1 were used, but with 225 mL of fresh unused electrolyte. Set the back pressure regulator to 10.5 bar gauge and allow the cell to purge until a steady state composition is reached. Flow rate and composition measurements enable the derivation of Faradaic efficiency.
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