增强粉末涂料中的腐蚀抑制.pdf

1、Enhanced CorrosionInhibition in PowderCoatingsM i c h e l l e B au e r,S c i e n t i s tSept 6,2024AGENDAEnhanced Corrosion Inhibition in Powder CoatingsCorrosion&Sustainability1Powder Coating Background23Test Design4Results5Summary6Corrosion BackgroundThe Drive to SustainabilityThe Impact of Corros

2、ionCost of corrosion$2.5 Trillion USD globally andincreasingEnvironmental ImpactMetal production accounts for10%of global GHG emissions*Source:1.NACE International IMPACT Report,2013 2.IRP,Global Resources Outlook 2019:Natural Resources for the Future We Want,A Report of the International Resources

3、Panel,2019Impact on Human Health andCommunityUse of hazardous corrosioninhibitors:lead,chromium,zincSafety concerns caused byfailing infrastructureThe Drive to SustainabilityICLs Mission to Reduce the Affects of CorrosionOur vision to create positive impact on ourworld,in collaboration with others,d

4、rives usforward as we aim to offer additionalinnovative solutions to vital challenges in ourfocus area of protective metal coatings.Analyze and understand carbon footprint of ourproducts.Implement circular economy in production ofICL products.Address GHG(greenhouse gas)emission levelsthrough respons

5、ible consumption of rawmaterials and finished goods.Offer heavy-metal free corrosion inhibitors toreplace traditional chemistries and maintaincoating performance while creating a moresustainable product.Powder Coating HistoryA period of rapid advancement and adoption1950sGerman scientistgranted pate

6、nt for firstpowder process.1970sRegulations pushedadoption in manysegments.2000-2020Increased competition,consolidation&costcompetitive products.1960sExtrusion andelectrostatic sprayapplication.End of 20thcenturyPeriod of high growthand displacement ofliquid coatings.Present&FutureOptimization andex