Novel alcohol-based fuel emulsifier
A technology of alcohol-based fuel and emulsifier, which is applied in the direction of fuel additives, fuel, petroleum industry, etc., can solve the problems of insufficient residue, residual liquid and waste gas discharge, complicated debugging process, complicated formula, etc., so as to save fuel and be convenient to use , the effect of stable performance
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Embodiment 1
[0028] see figure 1 , the invention provides a technical scheme: a novel alcohol-based fuel emulsifier, comprising the following steps:
[0029] Step S101: Prepare materials, take water, ethanol, acetone, isobutanol, biphenyl, stabilizer, and ferrocene in large quantities for backup;
[0030] Step S102: Take water, ethanol, and acetone and stir until the mixture is uniform;
[0031] Step S103: Add isobutanol and biphenyl to the mixture, and stir until the mixture is uniform;
[0032] Step S104: Add stabilizer and ferrocene to the mixture and stir evenly;
[0033] Step S105: Equipping the uniformly stirred mixture tank for use;
[0034] In the step S101, 51% of water, 2% of ethanol, 2% of acetone, 25% of isobutanol, 15% of biphenyl, 3% of stabilizer, and 2% of ferrocene; the step S102, step The stirring temperature in S103 and step S104 is controlled at normal temperature; the raw materials are common specifications in the market; the stirring rods in the steps S102, S103 a...
Embodiment 2
[0036] see figure 1 , the invention provides a technical scheme: a novel alcohol-based fuel emulsifier, comprising the following steps:
[0037] Step S101: Prepare materials, take water, ethanol, acetone, isobutanol, biphenyl, stabilizer, and ferrocene in large quantities for backup;
[0038] Step S102: Take water, ethanol, and acetone and stir until the mixture is uniform;
[0039] Step S103: Add isobutanol and biphenyl to the mixture, and stir until the mixture is uniform;
[0040] Step S104: Add stabilizer and ferrocene to the mixture and stir evenly;
[0041] Step S105: Equipping the uniformly stirred mixture tank for use;
[0042] In the step S101, 43% of water, 8% of ethanol, 5% of acetone, 22% of isobutanol, 12% of biphenyl, 5% of stabilizer, and 5% of ferrocene; the step S102, step The stirring temperature in S103 and step S104 is controlled at normal temperature; the raw materials are common specifications in the market; the stirring rods in the steps S102, S103 a...
Embodiment 3
[0044] see figure 1 , the invention provides a technical scheme: a novel alcohol-based fuel emulsifier, comprising the following steps:
[0045] Step S101: Prepare materials, take water, ethanol, acetone, isobutanol, biphenyl, stabilizer, and ferrocene in large quantities for backup;
[0046] Step S102: Take water, ethanol, and acetone and stir until the mixture is uniform;
[0047] Step S103: Add isobutanol and biphenyl to the mixture, and stir until the mixture is uniform;
[0048] Step S104: Add stabilizer and ferrocene to the mixture and stir evenly;
[0049] Step S105: Equipping the uniformly stirred mixture tank for use;
[0050] In the step S101, 34% of water, 10% of ethanol, 8% of acetone, 20% of isobutanol, 10% of biphenyl, 10% of stabilizer, and 8% of ferrocene; the step S102, step The stirring temperature in S103 and step S104 is controlled at normal temperature; the raw materials are common specifications in the market; the stirring rods in the steps S102, S103...
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