High temperature resistant corrosion inhibitor and preparation method thereof
A corrosion inhibitor and high temperature resistant technology, which is applied in the field of high temperature resistant corrosion inhibitor and its preparation, can solve the problems of oil casing corrosion, high oil layer temperature, and unsatisfactory corrosion inhibition effect of corrosion inhibitor, so as to prevent equipment corrosion , good corrosion inhibition effect
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0099] Example 1 (reservoir temperature is lower than 100°C):
[0100] Synthesis of 2 party high temperature corrosion inhibitor solution embodiment:
[0101] About drug ratio:
[0102] Initial drug A:B:C=0.75:1.75:0.75
[0103] 1. Weigh 300 kg, 700 kg, and 300 kg of initial drug A, B, and C solutions respectively;
[0104] 2. Under the condition of stirring (60 rpm), add 300 kg of initial drug A into the 2-square reactor, and stir evenly (60 rpm) for 30 minutes;
[0105] 3. Add 700 kg of the weighed initial drug B into the above reaction kettle, and stir evenly (60 rpm) for 45 minutes;
[0106] 4. Add the weighed 300 kg of initial drug C into the above reaction kettle, stir evenly (60 rpm) for 30 minutes, then raise the temperature of the reaction kettle to 150°C, mix for 45 minutes under uniform stirring, and then cool to room temperature;
[0107] 5. Add 700 kg of tap water, raise the temperature of the reactor to 85°C, mix for 45 minutes with uniform stirring, and then...
Embodiment 2
[0108] Example 2 (reservoir temperature 100-125°C):
[0109] Synthesis of 2 party high temperature corrosion inhibitor solution embodiment:
[0110] About drug ratio:
[0111] Initial drug A:B:C=1:2:1
[0112] 1. Weigh 400 kg, 800 kg, and 400 kg of initial drug A, B, and C solutions respectively;
[0113] 2. Under the condition of stirring (60 rpm), add 400 kg of the weighed initial drug A into the 2-square reaction kettle, and stir evenly (60 rpm) for 30 minutes;
[0114] 3. Add 800 kg of the weighed initial drug B into the above reaction kettle, and stir evenly (60 rpm) for 45 minutes;
[0115] 4. Add 400 kg of the weighed initial drug C into the above reactor, stir evenly (60 rpm) for 30 minutes, then raise the temperature of the reactor to 150°C, mix for 45 minutes under uniform stirring, and then cool to room temperature;
[0116] 5. Add 400 kg of tap water, raise the temperature of the reactor to 85°C, mix for 45 minutes with uniform stirring, and then cool to room t...
Embodiment 3
[0117] Example 3 (reservoir temperature 125-160°C):
[0118] Synthesis of 2 party high temperature corrosion inhibitor solution embodiment:
[0119] About drug ratio:
[0120] Initial drug A:B:C=1.25:2.15:1.25
[0121] 1. Weigh 500 kg, 860 kg, and 500 catties of initial drug A, B, and C solutions respectively;
[0122] 2. Under the condition of stirring (60 rpm), add 500 kg of initial drug A into the 2-square reactor, and stir evenly (60 rpm) for 30 minutes;
[0123] 3. Add 860 kg of the weighed initial drug B into the above reaction kettle, and stir evenly (60 rpm) for 45 minutes;
[0124] 4. Add 500 kg of the weighed initial drug C into the above reaction kettle, stir evenly (60 rpm) for 30 minutes, then raise the temperature of the reaction kettle to 150°C, mix for 45 minutes under uniform stirring, and then cool to room temperature;
[0125] 5. Add 140 kg of tap water, raise the temperature of the reactor to 85°C, mix for 45 minutes under uniform stirring, and then coo...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More