ABE/water/diesel oil mixed fuel suitable for diesel engine
A technology of mixed fuel and diesel engine, which is applied in the direction of fuel, liquid carbon-containing fuel, petroleum industry, etc., can solve problems that have not been seen, and achieve the goals of increasing cetane number, reducing pollution emissions, saving separation costs and removing water The effect of energy consumption
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[0026] The preparation method of the above-mentioned fuel of the present invention comprises the following steps: measure each component according to the volume ratio, first add ABE (3:6:1) into the diesel oil to form a completely miscible mixed solution, and then add water to the mixed solution under stirring until the water capacity in the mixture reaches the maximum value, so as to avoid stratification or turbidity, that is, to reconcile the mixed fuel.
[0027] The kinematic viscosity of the novel mixed fuel containing ABE (3:6:1) and water provided by the test is 1.52-3.23mm 2 / s, meeting the fuel viscosity range suitable for traditional diesel engines.
[0028] Depend on figure 1 — Figure 4 It can be seen that when the blending ratio of ABE (3:6:1) is between 10% and 90%, diesel oil and ABE (3:6:1) can be well miscible at 0-60°C, and the higher the temperature, the more The more water, the higher the temperature, the greater the water capacity. At the same time, wit...
Embodiment 1
[0031] Water 1.8L, Diesel 158.2L, ABE(3:6:1) 39.8L.
[0032] The diesel is commercially available, and the grade of the diesel is -20#. It is recommended to blend the mixed fuel at a temperature range of 0°C to 60°C.
[0033] The ABE fuel is composed of the following components in volume fraction: acetone 30%, n-butanol 60% and ethanol 10%. The three components in the ABE (3:6:1) fuel: the mass percent concentrations of acetone, n-butanol and ethanol are all equal to 99.5%.
[0034] Through the test, the kinematic viscosity of this mixed fuel is 3.00mm 2 / s, meeting the fuel viscosity range suitable for traditional diesel engines.
[0035] Configuration method: first add ABE (3:6:1) to diesel to form a completely miscible mixture, then add water to the mixture under stirring until the water capacity in the mixture reaches the maximum value to avoid stratification or Turbidity occurs, that is to reconcile the mixed fuel.
Embodiment 2
[0037] Water 11.8L, diesel 56.6L, ABE (3:6:1) 131.6L.
[0038] The diesel is commercially available, and the grade of the diesel is -10#. The mixed fuel is recommended to be blended at a temperature range of 0°C to 60°C.
[0039] The ABE fuel is composed of the following components in volume fraction: acetone 30%, n-butanol 60% and ethanol 10%. The three components in ABE (3:6:1) fuel: the mass percent concentration of acetone, n-butanol and ethanol is 99.8%.
[0040] Through the test, the kinematic viscosity of this mixed fuel is 1.92mm 2 / s, meeting the fuel viscosity range suitable for traditional diesel engines.
[0041] The configuration method is the same as in embodiment 1
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