Search

PPM Self-Healing Coating

About

Self-Healing, Recyclable Anti-Corrosion Coating

PPM introduces a breakthrough in corrosion protection with self-healing, recyclable coatings made from copolymers of poly(phenylene methylene) (PPM). Traditional coatings face challenges such as limited recyclability and hazardous pre-treatments. PPM coatings offer superior corrosion resistance, automatically repairing damage through heat generated by corrosion reactions, and can be applied much more thinly than conventional coatings. As well as supporting a circular economy, by being fully recyclable, the coating’s fluorescence allows for early detection and quality control of corrosion and damage

Student

  • Marco Francesco DElia

    Marco Francesco DElia

    ETH Zurich

    Marco F. D’Elia is a chemist born on September 28 in Como, Italy. He got his BS in Chemistry from University of Insubria in 2015 and then his MSc in Industrial Chemistry from University of Milan in 2018 completing his MSc thesis as exchange student at ETH Zürich in the group of multifunctional materials developing a new photoluminescent anticorrosion coating based on poly(phenylene methylene). He continued this work during is PhD concluded in 2022, achieving the Spark award for the best ETH invention in 2023. After a period in industry, Marco came back to ETH Zurich to commercialize this invention.more

Discover
the
Project


Similiar Projects

E.biodye

E.biodye

Sustainable replacement

University of Los Andes, Colombia

Sustainable textile dyes from engineered bacteria

ECO2 Block

ECO2 Block

Ecosystems

United Arab Emirates University

Low-carbon concrete blocks with CO2 storage capabilities

Envirovex

Envirovex

Water consumption

University of Malaga

Next-gen solution for antibiotic wastewater treatment