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Select Observation to Upload It's Image 1.1.1 - Inspect for signs of leakage, mechanical damage, sagging, coating failure, corrosion, cracks in welds and excessive vibration. 1.1.2 - Inspect point at which the pipe lay on supports for corrosion under pipe supports. 1.1.3 - Inspect for misalignment that may be indicated by piping dislodged from one or more supports, excessively deformed expansion joints, out of plumb, etc. 1.2.1 - Inspect for signs of leakage, mechanical damage, distortion, coating failure, corrosion, cracks in fillet welds. 1.2.2 - Inspect for signs of leakage from weep holes of reinforcement pads if applicable. 1.3.1 - Inspect for signs of leakage, mechanical damage, distortion, coating failure, corrosion, cracks in fillet welds 1.3.2 - Inspect for proper gusseting and seal welding of threaded connections. 1.4.1 - Inspect for signs of leakage and for full stud thread engagement 1.4.2 - Inspect for coating failure, corrosion on studs, nuts and in between the flange faces 1.4.3 - Inspect for cracks in studs and welds. 1.5.1 - Check for any corrosion damage 1.6.1 - Inspect for signs of leakage, mechanical damage, distortion, coating failure, corrosion, and cracks in welds. 1.7.1 - Inspect for signs of leakage, mechanical damage, coating failure, corrosion or cracks in welds 1.7.2 - Verify that the device is properly supported to prevent excessive loading on piping. 1.8.1 - Inspect for mechanical damage, cracks in attachment welds, corrosion and distortion 1.8.2 - Verity that spring hangers are free to move and not bottomed or topped out of their travel range. 1.8.3 - Note any missing hangers or supports. 1.9.1 - Inspect for signs of leakage especially from weep holes. 1.9.2 - Inspect for mechanical damage and cracks in the welds attaching it to the process piping 1.9.3 - Inspect for coating failure and corrosion especially on hard to reach areas that may not have been properly coated. 1.9.4 - Verify that dummy legs have unobstructed weep holes at the bottom 1.9.5 - Inspect internal of open ended supports and underside of process piping through the open end for corrosion 2.1.1 - Verify that the inlet and outlet block valves are carsealed open 2.1.2 - Verify that atmospheric vents have weep holes and are free of obstructions 2.1.3 - Identify inlet, outlet and vent piping that have low points that could trap liquids. 2.2.1 - Inspect for signs of leakage, mechanical damage, improper installation, corrosion and or cracks in attachment welds. 2.2.2 - Inspect for presence of seal welds. 2.3.1 - Inspect for leakage, mechanical damage, paint failure, corrosion or cracks in welds 2.4.1 - Inspect for leakage, mechanical damage, paint failure, corrosion or cracks in welds Additional Images Save

Select Observation to Delete It's Image 1.1.1 - Inspect for signs of leakage, mechanical damage, sagging, coating failure, corrosion, cracks in welds and excessive vibration. 1.1.2 - Inspect point at which the pipe lay on supports for corrosion under pipe supports. 1.1.3 - Inspect for misalignment that may be indicated by piping dislodged from one or more supports, excessively deformed expansion joints, out of plumb, etc. 1.2.1 - Inspect for signs of leakage, mechanical damage, distortion, coating failure, corrosion, cracks in fillet welds. 1.2.2 - Inspect for signs of leakage from weep holes of reinforcement pads if applicable. 1.3.1 - Inspect for signs of leakage, mechanical damage, distortion, coating failure, corrosion, cracks in fillet welds 1.3.2 - Inspect for proper gusseting and seal welding of threaded connections. 1.4.1 - Inspect for signs of leakage and for full stud thread engagement 1.4.2 - Inspect for coating failure, corrosion on studs, nuts and in between the flange faces 1.4.3 - Inspect for cracks in studs and welds. 1.5.1 - Check for any corrosion damage 1.6.1 - Inspect for signs of leakage, mechanical damage, distortion, coating failure, corrosion, and cracks in welds. 1.7.1 - Inspect for signs of leakage, mechanical damage, coating failure, corrosion or cracks in welds 1.7.2 - Verify that the device is properly supported to prevent excessive loading on piping. 1.8.1 - Inspect for mechanical damage, cracks in attachment welds, corrosion and distortion 1.8.2 - Verity that spring hangers are free to move and not bottomed or topped out of their travel range. 1.8.3 - Note any missing hangers or supports. 1.9.1 - Inspect for signs of leakage especially from weep holes. 1.9.2 - Inspect for mechanical damage and cracks in the welds attaching it to the process piping 1.9.3 - Inspect for coating failure and corrosion especially on hard to reach areas that may not have been properly coated. 1.9.4 - Verify that dummy legs have unobstructed weep holes at the bottom 1.9.5 - Inspect internal of open ended supports and underside of process piping through the open end for corrosion 2.1.1 - Verify that the inlet and outlet block valves are carsealed open 2.1.2 - Verify that atmospheric vents have weep holes and are free of obstructions 2.1.3 - Identify inlet, outlet and vent piping that have low points that could trap liquids. 2.2.1 - Inspect for signs of leakage, mechanical damage, improper installation, corrosion and or cracks in attachment welds. 2.2.2 - Inspect for presence of seal welds. 2.3.1 - Inspect for leakage, mechanical damage, paint failure, corrosion or cracks in welds 2.4.1 - Inspect for leakage, mechanical damage, paint failure, corrosion or cracks in welds Additional Images Delete Images

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