SAFE YOUR SPACEOUR MISSION
CLEANING WITHOUT POLLUTING
“GREEN” SANITIZING USING BIOCOMPATIBLE MATERIALS
“GREEN” SANITIZING USING BIOCOMPATIBLE MATERIALS
EcoAida
Cleaning without Polluting
Ecosanitization using biocompatible materials. The green alternative to chemical disinfection.
SAFE YOUR SPACEOUR MISSION
CLEANING WITHOUT POLLUTING
“GREEN” SANITIZING USING BIOCOMPATIBLE MATERIALS
“GREEN” SANITIZING USING BIOCOMPATIBLE MATERIALS
Our Technology
Carbon dots (C-dots) - Coat once. Stay clean for years.
Metal-free, visible-light activated nanoparticles that emit reactive oxygen species (ROS) — disrupting viruses and bacteria on contact.
Transparent, odorless, harmless. Applied as a liquid or as a durable coating on any surface or textile.
Transparent, odorless, harmless. Applied as a liquid or as a durable coating on any surface or textile.
Why EcoAida
01
Unlike common disinfectants
EcoAida's C-Dots are harmless, odorless, transparent, non-corrosive and durable.
02
Unlike other antiviral surfaces
C-Dots are inexpensive, not based on metal or plastic and sustainable.
03
Unlike other nanoparticles
C-Dots are activated not only by UV but also by visible light.
04
Unlike others
EcoAida's C-Dots are protected by robust patent rights obtained in the country of origin and extended worldwide.
LATEST NEWS
May 13, 2026
C-Dots Day. EcoAida's First Scientific & Business Summit. EcoAida held its first C-Dots Day, bringing together the full team of scientists, IP specialists, and business developers for a working session dedicated to carbon-dot technology. The C-Dots Day marks a milestone in EcoAida's journey — from laboratory discovery to industrial-scale application.
September 30, 2024
Peer-reviewed article in Small Structures. 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