Method for preparing chlorinated alkoxy biomass plasticizer
A technology of chloroalkoxygenation and plasticizer, applied in the direction of fatty acid esterification, etc., can solve the problems of poor compatibility, high production cost, limited amount of addition, etc., and achieve good compatibility, low cost, volatile Sexually low effect
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Embodiment 1
[0025] Biodiesel with an iodine value of 85 is selected for use. in accordance with figure 1 The main and auxiliary reactors can be tank reactors or tower reactors. Taking the 1000-liter tank reactor as an example, in the 1000-liter main and auxiliary glass-lined stirred tank reactors, biological 500kg of diesel oil, 50kg of methanol, and 0.5kg of phthalyl peroxide catalyst. Warm up to 55°C under stirring, stop heating for use;
[0026] Open the valve of the liquid chlorine steel cylinder placed on the floor scale, so that the liquid chlorine enters the chlorine gas vaporizer, and the gasified and metered chlorine gas enters from the bottom of the main reactor, and 70-80% of the chlorine gas entering the reaction system is consumed in the main reactor. remaining unreacted Cl 2 It enters the bottom of the secondary reactor and continues to react with the raw materials in the secondary reactor. Since the reaction is an exothermic reaction, the main reactor should be equipped...
Embodiment 2
[0038] Biodiesel with an iodine value of 60 is selected for use. in accordance with figure 1 , take 1000 liters of tank reactors as example, after embodiment 1 is finished, the material in the sub-reactor of partial reaction is all transported in the main reactor, and in the sub-reactor, 500kg of biodiesel with an iodine value of 60 , methanol 20kg, ethanol 20kg, liquid di-tert-butyl hydroperoxide 0.4kg. Warm up to 40°C under stirring, stop heating for use;
[0039] Open the valve of the liquid chlorine cylinder placed on the floor scale, so that the liquid chlorine enters the chlorine gas vaporizer, and the gasified and metered chlorine gas enters from the bottom of the main reactor, and the unreacted Cl in the main reactor 2 It enters the bottom of the secondary reactor and continues to react with the raw materials in the secondary reactor. Necessarily cool the materials in the reaction process in the main reactor, so that the reaction temperature is controlled at 50°C, a...
Embodiment 3
[0042] Biodiesel with an iodine value of 95 is selected for use. in accordance with figure 1 , taking 1000 liters of tank reactor as example, after embodiment 2 is completed, the material in the secondary reactor is all delivered in the main reactor, and in the secondary reactor, 500kg of biodiesel with an iodine value of 95, and 75kg of ethanol , Azobisisobutyrocyanide 0.4kg. Warm up to 60°C under stirring, stop heating for use;
[0043] Open the valve of the measurable liquid chlorine steel cylinder placed on the floor scale, after the liquid chlorine is vaporized, it enters the bottom of the main reactor, and the unreacted Cl in the main reactor 2 It enters the bottom of the secondary reactor and continues to react with the raw materials in the secondary reactor. Necessarily cool the materials in the reaction process in the main reactor, so that the reaction temperature is controlled at 70°C, and the reaction temperature of the secondary reactor is controlled at 50°C;
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