Bridging the gap between high temperature and low temperature oxidation of 316 L

Chemical vapor deposition (CVD), is an attractive method for the growth of two-dimensional (2D) materials such as transition metal dichalcogenides (TMDCs). However, it is an inherently wasteful process; the majority of chemical precursors end up in the waste stream and their corrosive nature deteriorates reactor components. While exploring the thermal CVD growth of ZrS 2 , the resulting corrosion build up on the downstream stainless-steel (SS) reactor components was collected and studied. Characterization of this material confirmed the presence of nanoplates composed of evenly distributed elements that constitute SS along with Cl, S, and trace Zr from the precursors. The material proved remarkably active as a photo-Fenton type catalyst for the aqueous degradation of methylene blue. Harvesting and upcycling this overlooked nanomaterial will reduce waste and concomitantly add value and enhance the sustainability of the overall TMDC fabrication process.

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Sulfurized Steel Nanoparticles: A Degradative Byproduct of ZrS₂CVD with Promising Fenton‐Type Catalytic Activity

Currie

Narkar

Rudawski

et al. 2022

ChemNanoMat

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Improving Oxidation Resistance of Low Fe-Si Alloys by Preheating Treatment

Liu

et al. 2023

Metall Mater Trans A

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In this work, attempts have been made to improve the oxidation resistance of Fe-Si alloys with 0.5, 1.0 and 2.0 mass pct Si by a preheating treatment, which was carried out at 1073 K for 24 hours in high purity hydrogen atmosphere. Compared with pure Fe and untreated Fe-Si alloys, the oxidation resistance of the preheated Fe-Si alloys at 673 K in O2 is drastically increased, in the case of 2 mass pct Si by two orders of magnitude. The improvement is attributed to a uniform, dense and continuous 25 nm pure SiO2 layer formed on the alloy surface during the preheating treatment in hydrogen atmosphere hindering the diffusion of Fe and O.

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Comparing Mechanical and Oxidation Properties of Cr- and Si-Alloyed Press-Hardened Steel with 22MnB5 Steel at Various Heating Temperatures

Cheng,

Liu,

et al. 2024

Metall Mater Trans A

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Bridging the gap between high temperature and low temperature oxidation of 316 L

Cited by 22 publications

References 55 publications

Sulfurized Steel Nanoparticles: A Degradative Byproduct of ZrS₂CVD with Promising Fenton‐Type Catalytic Activity

Sulfurized Steel Nanoparticles: A Degradative Byproduct of ZrS₂CVD with Promising Fenton‐Type Catalytic Activity

Improving Oxidation Resistance of Low Fe-Si Alloys by Preheating Treatment

Comparing Mechanical and Oxidation Properties of Cr- and Si-Alloyed Press-Hardened Steel with 22MnB5 Steel at Various Heating Temperatures

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Bridging the gap between high temperature and low temperature oxidation of 316 L

Cited by 22 publications

References 55 publications

Sulfurized Steel Nanoparticles: A Degradative Byproduct of ZrS2CVD with Promising Fenton‐Type Catalytic Activity

Sulfurized Steel Nanoparticles: A Degradative Byproduct of ZrS2CVD with Promising Fenton‐Type Catalytic Activity

Improving Oxidation Resistance of Low Fe-Si Alloys by Preheating Treatment

Comparing Mechanical and Oxidation Properties of Cr- and Si-Alloyed Press-Hardened Steel with 22MnB5 Steel at Various Heating Temperatures

Contact Info

Product

Resources

About

Sulfurized Steel Nanoparticles: A Degradative Byproduct of ZrS₂CVD with Promising Fenton‐Type Catalytic Activity

Sulfurized Steel Nanoparticles: A Degradative Byproduct of ZrS₂CVD with Promising Fenton‐Type Catalytic Activity