PDF

Sustainable Epoxy Coatings with Lemna Minor Extract-Loaded Diatomaceous Earth for Enhanced Corrosion Protection.

Abolfazl Hasanzadeh, Inime Udoh

2026enepoxycorrosionsustainabilitycoatingsbiomaterials

Abstract

Language:

This study explores the development of sustainable epoxy coatings utilizing Lemna minor extract-loaded diatomaceous earth to enhance corrosion protection. The primary objective is to investigate the effects of natural additives on the performance and environmental impact of epoxy coatings. A systematic approach was taken to prepare the coatings by incorporating varying concentrations of Lemna minor extract into the diatomaceous earth matrix, followed by rigorous testing under controlled conditions to evaluate their corrosion resistance properties. Results indicate that the integration of Lemna minor extracts significantly improves the coatings' protective qualities when compared to traditional epoxy formulations. The study also highlights the sustainability aspect of using natural extracts in material science, emphasizing the potential for eco-friendly alternatives in industrial applications. The findings suggest that incorporating such biocompatible materials not only enhances performance but also aligns with contemporary demands for sustainable development in coating technologies.

Download

Cite This Work

@article{616c8ec0-fcc8-4b14-830a-7fe03f5d5183,
  title={Sustainable Epoxy Coatings with Lemna Minor Extract-Loaded Diatomaceous Earth for Enhanced Corrosion Protection.},
  author={Abolfazl Hasanzadeh and Inime Udoh},
  year={2026},
  language={en}
}
TY  - JOUR
TI  - Sustainable Epoxy Coatings with Lemna Minor Extract-Loaded Diatomaceous Earth for Enhanced Corrosion Protection.
AU  - Abolfazl Hasanzadeh
AU  - Inime Udoh
PY  - 2026
LA  - en
ER  -

Similar Items

Solid-state-recycled aluminum profile with notable fatigue and corrosion fatigue properties made by chip extrusion

Alexandros Prospathopoulos, Oliver Schulz

Solid-state recycling by hot extrusion of AA6060 machining chips avoids remelting, but fatigue-critical reliability remains uncertain. This study benc

2026enPDF

Tailoring the grain boundary precipitates and precipitate-free zone to mitigate corrosion and stress corrosion cracking in Al-Zn-Mg-Cu alloy

Yajie Yang, Ya Wu

The static corrosion and stress corrosion cracking (SCC) behaviors of peak-aged Al-Zn-Mg-Cu alloys were systematically investigated as a function of Z

2026enPDF

Real-time tomography of stress corrosion cracking on stainless steel by an in-situ corrosion tensile test

Kuo Yuan, Sharif Ahmed

This study investigates the real-time tomography of stress corrosion cracking on stainless steel using an in-situ corrosion tensile test. The objectiv

2026enPDF

Evaluation of solid-state recycling processes for aluminum chips by microstructure-based performance and screening-level life cycle assessment

Alexander Koch, Frank Walther

Aluminum plays an important role in lightweight design and circular material strategies due to its favorable mechanical properties and recyclability.

2026enPDF

Surface engineering by non-equilibrium plasma remelting processing for supreme stress corrosion cracking protection

Shiqi Ma, Toushiqul Islam

The degradation of stainless steels (SS) in corrosive environments severely limits their long-term service reliability. While numerous bulk and surfac

2026enPDF

Metallurgical Plant Design and Operating Strategies

P Card, J Canterford

This document presents a collection of papers from the METPLANT 2011 conference focusing on metallurgical plant design and operating strategies. The o

2011enPDF