The invention describes a method for synthesizing a bifunctional copolymer designed for the detection and removal of specific anions, such as nitrates, in drinking water. This material can be easily regenerated, allowing for repeated use over time and resulting in cost savings. Additionally, the copolymer synthesis does not require polymers or organic solvents, making the process more eco-friendly and efficient. Its effectiveness in purification process is visible to the user through a visual signal, such as a color change, which facilitates monitoring of the filtering material, ensuring timely maintenance or replacement.
New and innovative aspects
The copolymer combines visual detection and anion removal, particularly nitrates, in water.
Unlike existing technologies, this copolymer is reusable and more environmentally friendly, as it does not require high water consumption or produce highly concentrated waste streams.
It enables users to be aware of the purifier's status through a visual signal, making the purification process more accessible.
The invention offers versatile formats, such as tablets or sheets, in various sizes to facilitate use in different applications.
The main advantages of its use
The copolymer offers multiple advantages over currently available water purification technologies. Firstly, it is a reusable material that can be easily regenerated, allowing for multiple usage cycles without losing its effectiveness. Its design enables users to detect the presence of nitrate anions through a visual signal, such as a color change or fluorescence, simplifying the monitoring and control of the purification process without the need for additional instruments. Additionally, since it does not produce concentrated waste streams or consume large volumes of water during operation, it is a sustainable and low-maintenance alternative to technologies like reverse osmosis. By being implemented in everyday devices, it fosters greater user awareness of the importance of water quality. Another notable advantage is its portability and ease of use. Its practical design allows it to be installed in both standard households and rural residences or areas facing challenges with access to potable water. Furthermore, thanks to its flexible applications and various formats, this copolymer can be employed in diverse contexts. It is suitable for domestic filtration systems, such as individual pitchers, water reservoirs in rural settings, or even aquariums.
Specifications
The smart material is a copolymer designed to act as an ion-exchange resin with specific properties for nitrate absorption, making it particularly effective in water purification. The action time of this material largely depends on the initial concentration of nitrate ions in the water, but the integrated visual alert system eliminates the need for constant monitoring. This smart system notifies the user when the material has reached its saturation point, ensuring efficient and convenient use of the device without requiring specialized technical knowledge.
Applications
This copolymer offers a wide range of applications in water treatment and quality monitoring. In domestic settings, it can be integrated into water purification devices, such as pitchers or filters, to remove common contaminants in drinking water, including nitrates and other anions. Additionally, its portable format makes it convenient for use anywhere, making it ideal for treating water during travel or outdoor activities, ensuring continuous access to purified water. On a larger scale, the copolymer can be implemented in community systems, such as neighborhood water facilities, due to its versatility in adapting to different formats and treatment volumes. In the aquaculture sector, the copolymer is valuable for maintaining safe environments in commercial facilities as well as domestic aquariums. Many fish species are highly sensitive to nitrate levels, and this technology provides an effective solution for keeping water in optimal conditions.
Intellectual property status
Protected by patent P202430881
Current development status
The development phase has been completed, and the technology has been validated for use in real-world applications. This technology is ready for implementation and commercialization.
Desired business relationship
Commercial agreement, licensing agreement, or technical cooperation (Further development, new applications, or adaptation to specific needs).
Intellectual property status
The aim of the Technology Transfer Office (TTO) of the Universidad de Burgos is to promote Innovative technology through the research results transfer and the connections between the University and the new needs and requirements of society - we are the link between the University and the Industry.
Create your free account to connect with UNIVERSIDAD DE BURGOS and thousands of other innovative organizations and professionals worldwide
Send a request for information
to UNIVERSIDAD DE BURGOS
Technology Offers on Innoget are directly posted
and managed by its members as well as evaluation of requests for information. Innoget is the trusted open innovation and science network aimed at directly connect industry needs with professionals online.
Need help requesting additional information or have questions regarding this Technology Offer?
Contact Innoget support
