SAFE YOUR SPACEOUR MISSION

CLEANING WITHOUT POLLUTING
“GREEN” SANITIZING USING BIOCOMPATIBLE MATERIALS

EcoAida
Safe Space

Cleaning without Polluting

“Eco-friendly” sanitization with biocompatible materials

SAFE YOUR SPACEOUR MISSION

CLEANING WITHOUT POLLUTING
“GREEN” SANITIZING USING BIOCOMPATIBLE MATERIALS

Our Mission

Transitioning space sanitizing from the old to the new millennium

During COVID, virus transmission prevention methods resembled those of the past millennium:
distance, masks, and frantic surface cleaning with harsh chemicals

EcoAida's sanitizing solution creates eco-friendly surfaces that remain uncontaminated

SAFE YOUR SPACEOUR MISSION

CLEANING WITHOUT POLLUTING
“GREEN” SANITIZING USING BIOCOMPATIBLE MATERIALS

Our Technology

Carbon dots (C-dots)

The mechanism of action of nanometer-sized C-dots entails reactive oxygen species (ROS)
that are most effective in disrupting the integrity of the virus

This explains the potent antiviral activity of EcoAida's C-dots against various viruses,
whether applied as a liquid or as a long lasting coating on solid surfaces

Why EcoAida

Unlike commonly used disinfectants EcoAida’s C-dots are harmless, odorless, transparent, non corrosive and durable
Unlike other antiviral surfaces C-dots are inexpensive, not based on metal or plastic and sustainable
Unlike other nanoparticles C-dots are activated not only by UV but also by Visible Light
EcoAida's C-dots are protected by robust patent rights swiftly obtained in the originating country and extended worldwide
Corona virus outbreaking. Epidemic virus Respiratory Syndrome.

LATEST NEWS

In Press
Peer-reviewed article in Small Molecules. The article discusses the urgent need for innovative antiviral technologies in light of the COVID-19 pandemic, focusing on a comparative analysis of carbon dots as promising antiviral agents and their mechanisms of action against various viruses.
June 5, 2024
Peer-reviewed article in Advanced Functional Materials. The article discusses the development of carbon dots as innovative nanomaterials with reactive oxygen species-generating properties, demonstrating their effective virucidal activity against SARS-CoV-2 on high-touch surfaces
December 6, 2023
Peer-reviewed article in Nanomaterials. The article highlights the development of L-arginine-modified hyperbranched poly-L-lysine nanopolymers that demonstrate a significantly enhanced ability to inhibit SARS-CoV-2 variants, including the fast-spreading Omicron strain.

MEET EcoAida

ECOAIDA S.R.L
At Porto Conte Ricerche srl, Strada Provinciale 55 Porto Conte - Capo Caccia
km 8,400 - 07041 Alghero (SS) Italy
P. IVA/VAT number 02984070900
Company Registry No. SS-220439