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1. The process fluid is incompatible with Magnesium and its alloys, Mercury, Cast Iron, Copper, Zinc and its alloys, and Silver. 2. A temperature drop of up to -33 C may occur, though this is very rare, as a result of the release of pure ammonia. 3. The thermowell nozzles should be spaced evenly along the length of the reactor, but they must also be easily accessible for maintenance purposes. 4. The supplier must confirm what support equipment will be provided. 5. Relief valves should be placed downstream of the reactors.
I suggest that you upload your translation; we can help you work through the difficulties you’re facing with it. I don’t see anything in this text that is particularly difficult to understand.
3. The process fluid is incompatible with Magnesium and its alloys, Mercury, Cast Iron, Copper, Zinc and its alloys, and Silver. It is not compatible with magnesium and its alloys, mercury, cast iron, copper, zinc and its alloys, or silver. 4. A possible but very rare temperature drop to -33°C due to the release of pure ammonia. There is a possibility of the temperature falling to the boiling point of pure ammonia, which is -33°C. 3. The thermowell nozzles should be spaced equally along the length of the reactor, but they must also be easily accessible for maintenance purposes. The openings of the thermocouple sleeves are placed at equal intervals along the reactor’s length, and the area around them should facilitate easy access for operations. 4. Vendor to confirm support equipment. The supplier shall confirm device support. 5. Relief valves relocated downstream of reactors. The safety valves were placed again downstream of the reactors.
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3. The process fluid is incompatible with Magnesium and its alloys, Mercury, Cast Iron, Copper, Zinc and its alloys, and Silver. It is not compatible with magnesium and its alloys, mercury, cast iron, copper, zinc and its alloys, as well as silver. 4. A possible but extremely rare temperature drop to -33°C due to the release of pure ammonia. Although it is possible for the temperature to drop sharply to -33°C as a result of the release of pure ammonia, such an occurrence is highly uncommon. 3. The thermowell nozzles should be spaced equally along the length of the reactor, but they must also be easily accessible for maintenance purposes. The openings of the thermocouple sleeves should be positioned at equal intervals along the reactor’s length, yet they need to be easily reachable as well to facilitate operation. 4. The vendor shall confirm the support equipment. The supplier should identify the equipment that will be used for support. 5. Relief valves relocated downstream of reactors. Safety valves that were repositioned downstream of the reactors.