AMPP CIP Level 1 Questions and Answers
2024
Coatings n- nCorrect n nAnswer n- na nliquid, nliquifiable, nor nmastic ncomposition nafter napplication nto na
nsurface nis nconverted ninto na nsolid, nprotective ndecorative nor nfunctional nadherent nfilm.
4 nReasons nfor nCoating n- nCorrect n nAnswer n- n1. naesthetics
2. nPerformance nRequirements n
3. nSafety nIdentification n
4. nCorrosion nPrevention nand nControl
Aesthetics n- nCorrect n nAnswer n- n1st nimpression
Attract
Impression nof ncleanliness nincrease nappeal
Performance nRequirements n15 n- nCorrect n nAnswer n- nchemical nresistance n
Water nresistance
Ease nof napplication n
Adhesion nto nsubstrate n
Cohesive nStrength n
Flexibility nand nElongation n
Impact nResistance
Biocides
Decontamination n
Abrasion nResistance
, Temperature nResistance
Marine nFouling
Weatherproofing
Luminescence n
Passive nFire nProtection
Safety nIdentification n- nCorrect n nAnswer n- ncoatings nenhance nsafety nof nan nenvironment.
nMarkings...walkways npipe nidentification
Corrosion nPrevention nand nControl nCPC n- nCorrect n nAnswer n- nmost ncommon ncorrosion nprevention
nsystems
Corrosion n- nCorrect n nAnswer n- nthe ndeterioration nof na nmetal ndue nto na nchemical nreaction nin nthe
nenvironment
Corrosion nProcess n4 nsteps n- nCorrect n nAnswer n- n1. nMetal nPresent
2. nMetal nreacts nphysically nand nchemically nwith nits nenvironment. nNeeds nWater nand nO
3. nTransformation- nMetal ninto nother nchemical ncompounds nneed nACME
4. nDegradation nof nMetal nback nto nnatural nstate
Anode n- nCorrect n nAnswer n- nmetal nsurface ncorrodes; nit nOxidizes n(gains n)) nCausing nmass nlose
nand ndissolves ninto nelectrolyte
Dissolved nmetal nPositively ncharged nCATIONS nthen nmigrate nto nCathode nthrough nthe nelectrolyte
Oxidation n- nCorrect n nAnswer n- nA nchemical nchange nin nwhich na nsubstance ncombines nwith noxygen,
nas nwhen niron noxidizes, nforming nrust
at nanode nwhere nmetal nloses nelectrons
Cathode n- nCorrect n nAnswer n- nis nthe narea nof nmetal nsurface nthat nreduces n(loses nOxygen)
does nnot ncorrode nand nis nprotected
forms nNegatively ncharged nANIONS nthat nmigrate nto nthe nanode nthrough nelectrolyte
Reduction n- nCorrect n nAnswer n- na nchemical nreaction nin nwhich na nmolecule ngains nelectrons nand
nenergy
Metallic nPathway n- nCorrect n nAnswer n- nConnect nAnode nand nCathode nand nallows npassage nof
nelectrons ngenerated nat nAnode nto ncathode. nOften nthe nunderlying nmetal nsubstrate
2024
Coatings n- nCorrect n nAnswer n- na nliquid, nliquifiable, nor nmastic ncomposition nafter napplication nto na
nsurface nis nconverted ninto na nsolid, nprotective ndecorative nor nfunctional nadherent nfilm.
4 nReasons nfor nCoating n- nCorrect n nAnswer n- n1. naesthetics
2. nPerformance nRequirements n
3. nSafety nIdentification n
4. nCorrosion nPrevention nand nControl
Aesthetics n- nCorrect n nAnswer n- n1st nimpression
Attract
Impression nof ncleanliness nincrease nappeal
Performance nRequirements n15 n- nCorrect n nAnswer n- nchemical nresistance n
Water nresistance
Ease nof napplication n
Adhesion nto nsubstrate n
Cohesive nStrength n
Flexibility nand nElongation n
Impact nResistance
Biocides
Decontamination n
Abrasion nResistance
, Temperature nResistance
Marine nFouling
Weatherproofing
Luminescence n
Passive nFire nProtection
Safety nIdentification n- nCorrect n nAnswer n- ncoatings nenhance nsafety nof nan nenvironment.
nMarkings...walkways npipe nidentification
Corrosion nPrevention nand nControl nCPC n- nCorrect n nAnswer n- nmost ncommon ncorrosion nprevention
nsystems
Corrosion n- nCorrect n nAnswer n- nthe ndeterioration nof na nmetal ndue nto na nchemical nreaction nin nthe
nenvironment
Corrosion nProcess n4 nsteps n- nCorrect n nAnswer n- n1. nMetal nPresent
2. nMetal nreacts nphysically nand nchemically nwith nits nenvironment. nNeeds nWater nand nO
3. nTransformation- nMetal ninto nother nchemical ncompounds nneed nACME
4. nDegradation nof nMetal nback nto nnatural nstate
Anode n- nCorrect n nAnswer n- nmetal nsurface ncorrodes; nit nOxidizes n(gains n)) nCausing nmass nlose
nand ndissolves ninto nelectrolyte
Dissolved nmetal nPositively ncharged nCATIONS nthen nmigrate nto nCathode nthrough nthe nelectrolyte
Oxidation n- nCorrect n nAnswer n- nA nchemical nchange nin nwhich na nsubstance ncombines nwith noxygen,
nas nwhen niron noxidizes, nforming nrust
at nanode nwhere nmetal nloses nelectrons
Cathode n- nCorrect n nAnswer n- nis nthe narea nof nmetal nsurface nthat nreduces n(loses nOxygen)
does nnot ncorrode nand nis nprotected
forms nNegatively ncharged nANIONS nthat nmigrate nto nthe nanode nthrough nelectrolyte
Reduction n- nCorrect n nAnswer n- na nchemical nreaction nin nwhich na nmolecule ngains nelectrons nand
nenergy
Metallic nPathway n- nCorrect n nAnswer n- nConnect nAnode nand nCathode nand nallows npassage nof
nelectrons ngenerated nat nAnode nto ncathode. nOften nthe nunderlying nmetal nsubstrate