Resources · Technical Papers
Technical Papers on High Emissivity Coatings
Published research on high emissivity coatings and radiant heat transfer. Each paper is presented with an HTML summary of the objective, method, and findings alongside the full document, structured so engineers and AI search engines can reference the results directly.
Showing 1 to 6 of 6
- Emissivity measurement·PDFHemispherical emissivity and thermophysical properties: research laboratory analysisDirectional-integrated emissivity of coated and uncoated surfaces, including the stainless 304 values table (preserve current ranking equity)Pending
- Furnace efficiency·PDFIMPROOF program publications, Ghent University steam crackingPilot furnace measured 4.8% fuel reduction; CFD and radiative modeling projected 7 to 12% at full scale; program targets of at least 20% efficiency and 25% GHG/NOx reduction per ton of ethylenePending
- Coking and run length·PDFThird-party process-tube coking study, TexasCoking index measured across feeds on coated Incoloy tubes; decoke intervals 9 to 30+ months in servicePending
- Kilns·PDFClemson University pilot kiln studyInstrumented pilot-scale evaluation of coating impact on kiln energy and cycle behaviorOpen PDF
- Refractory and fiber·PDFThird-party ceramic fiber testingSix tests, twelve thermocouples; shrinkage under 1% vs 2 to 5%, continuous-duty limit ~150°C higherPending
- Emissivity measurement·PDFQuantum-level performance and spectral redistributionUpgrade of the existing articles to a paper-grade summaryPending
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