Preparation method of composite multifunctional sterilization agent for oil field
A manufacturing method and composite technology, applied in chemical instruments and methods, sterilization/microdynamic water/sewage treatment, special treatment targets, etc., can solve the problems affecting water quality stability, system blockage, content increase, etc. Significant benefits and economic benefits, reducing the burden, reducing the effect of adsorption
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Embodiment 1
[0024] A kind of manufacture method of composite multifunctional bactericide for oil field, comprises the following steps,
[0025] Step 1: Put 100kg of octadecylamine and 100g of potassium hydroxide into the reaction vessel one by one, heat up and vacuum dehydrate for a period of time, continuously feed a certain amount of 1000kg of ethylene oxide, heat up and control the reaction temperature and reaction pressure at a certain level Within the scope of feeding, after the feeding is completed, the pressure is reduced and vacuum dehydration is performed for a certain period of time, and the product 1 is obtained after cooling down. In this step, the weight ratio of octadecylamine to ethylene oxide is 1:10, and the weight of potassium hydroxide accounts for ethylene oxide. 3‰ of alkane;
[0026] Step 2: Add a certain proportion of 1680kg dodecyl tertiary amine and deionized water in the reaction vessel two, then add 1000kg benzyl chloride dropwise after heating up and keep the r...
Embodiment 2
[0030] A kind of manufacture method of composite multifunctional bactericide for oil field, comprises the following steps,
[0031] Step 1: Put in a certain proportion of 50kg hexadecylamine and 50g potassium hydroxide successively in the reaction vessel 1. After heating up for vacuum dehydration for a period of time, continuously feed a certain amount of 500kg ethylene oxide, raise the temperature and reduce the reaction temperature and reaction pressure. Control within a certain range. After the feeding is completed, the pressure is reduced and the vacuum dehydration is performed for a certain period of time. After cooling down, the product 1 is obtained. In this step, the weight ratio of hexadecylamine to ethylene oxide is 1:10, and the weight of potassium hydroxide accounts for 3‰ of ethylene oxide;
[0032] Step 2: Add a certain proportion of 940kg tetradecyl tertiary amine and deionized water in the reaction vessel two, then add 500kg benzyl chloride dropwise after heati...
Embodiment 3
[0036] Step 1: Put 100kg octylamine and 100g potassium hydroxide into the reaction vessel one by one, heat up and vacuum dehydrate for a period of time, then feed a certain amount of 1000kg ethylene oxide continuously, heat up and control the reaction temperature and reaction pressure at a certain Within the range, after the feeding is completed, the pressure is reduced and vacuum dehydration is performed for a certain period of time, and the product 1 is obtained after cooling down. In this step, the weight ratio of octylamine to ethylene oxide is 1:10, and the weight of potassium hydroxide accounts for 1% of ethylene oxide. 3‰;
[0037] Step 2: Add a certain proportion of 1680kg tetradecyl tertiary amine and deionized water in the reaction vessel two, then add 1000kg benzyl chloride dropwise after heating up and keep the reaction temperature, after the benzyl chloride has been added dropwise, the product two is obtained. The weight ratio of tetradecyl tertiary amine and benz...
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