Intellectual Properties
At EcoAida, innovation is at the heart of everything we do. Our patents reflect our commitment to developing cutting-edge technologies that drive sustainability and environmental stewardship. Each patent represents a step forward in our mission to create solutions that not only meet the demands of today but also preserve the resources of tomorrow. Through rigorous research and development, we continuously push the boundaries of what's possible, ensuring that our intellectual property remains a cornerstone of our efforts to foster a greener, more sustainable world.
A breakthrough in surface sanitization
Carbon Dots (C-dots)
EcoAida’s cutting-edge technology utilizes nanometer-sized carbon dots (C-dots) that harness reactive oxygen species (ROS) to effectively disrupt viral integrity. This mechanism is the foundation of the impressive antiviral efficacy displayed by EcoAida’s C-dots against a wide range of viruses, whether used as a liquid application or as a durable coating on various surfaces.
What sets EcoAida’s C-dots apart is their unique activation by regular, visible light, making them exceptionally versatile and user-friendly. Our C-dots serve as direct antivirals, allowing for seamless integration into paints and polymers, enhancing surfaces with antiviral properties.
This technology is ideal for creating innovative surface sanitization systems in buildings and for sanitizing indoor environments, including confined spaces. Remarkably, to functionalize all surfaces in an average classroom, only a fraction—1,000 times less—of the material compared to traditional disinfectants is required.
What sets EcoAida’s C-dots apart is their unique activation by regular, visible light, making them exceptionally versatile and user-friendly. Our C-dots serve as direct antivirals, allowing for seamless integration into paints and polymers, enhancing surfaces with antiviral properties.
This technology is ideal for creating innovative surface sanitization systems in buildings and for sanitizing indoor environments, including confined spaces. Remarkably, to functionalize all surfaces in an average classroom, only a fraction—1,000 times less—of the material compared to traditional disinfectants is required.
