Destroys 99,8% of bacteria | Can last 3+ years | Acts photo-catalytically | Award-winning innovation
Stay healthy and save money with Antibacterial Toilet Seat! Destroying 99.8% of bacteria and lasting more than 3 years, it's the perfect solution for high-traffic locations like cafes, hospitals, and airports. Say goodbye to excessive toilet paper and harmful disinfectants, and join us in making a positive impact on public health and the environment. Recognized globally for its innovation, my product has won multiple awards and has proven to be a cost-saving solution.
Cross-border/international
Bosnia and Herzegovina
Croatia
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The region/municipality involved with my concept is Kanton Sarajevo (Opština Novo Sarajevo) in Bosnia and Herzegovina. I have implemented my innovation in public toilets in the region and received support from the Ministry of the Economy of Kanton Sarajevo, Federal Ministry of Entrepreneurship and Developments, and NGOs such as Fondacija Mozaik, Institut za razvoj mladih Kult and MF Bank. Additionally, I have collaborated with a company named Multiplico in Croatia to further develop my innovation.
It addresses urban-rural linkages
It refers to a physical transformation of the built environment (hard investment)
The Antibacterial toilet seat is a highly innovative product designed to destroy 99.8% of bacteria in public toilets. This product is ideal for high-frequency areas such as cafes, restaurants, airports, hotels, hospitals, schools, shopping centers, etc. It is designed to provide a hygienic solution to prevent contagion and infections while reducing the use of toilet paper, harmful disinfectants, and disposable one-time pads. This leads to not only a safer environment but also a more sustainable one, as it saves water and financial resources in the long term. The product has received recognition and awards at world innovation competitions and has won medals from countries such as Germany, Croatia, Turkey, Nigeria, and South Korea, including a Semi Grand Prize in Seoul in 2019. The product is lab-tested, offers a relaxed posture, and provides comfort to the user. This product is an innovative solution to a global problem and will be highly appreciated by those who are concerned about their health and the environment.
Antibacterial: Refers to a toilet seat that has been designed to destroy 99.8% of bacteria, helping to prevent contagion and infections in high-frequency public spaces.
Comfort: The toilet seat has been designed with a relaxing posture and comfortable experience in mind, promoting hygiene and safety for users.
Sustainability: The innovation has a positive impact on the environment by reducing the use of toilet paper, disinfectants, and disposable pads, leading to long-term financial savings.
Innovation: The concept has been thoroughly tested in a laboratory setting, ensuring its effectiveness in destroying bacteria and promoting a hygienic environment.
Health: Reduce the risk of contagion and infections.
The key objective of the Antibacterial Toilet Seat concept is to promote sustainability through reducing the use of toilet paper, harmful disinfectants, and disposable one-time pads. By destroying 99.8% of bacteria, this innovation ensures a hygienic and safe environment for public restrooms, reducing the spread of infections and disease.
This objective is achieved through the use of an antibacterial coating that lasts for more than 3 years, making it a long-term solution for hygiene in public restrooms. The reduction in the use of toilet paper and disinfectants also has a positive impact on the environment, reducing waste and preserving natural resources.
Additionally, the Antibacterial Toilet Seat provides comfort and relaxation during use, making it a more attractive option for the public, encouraging them to switch to more sustainable practices. This innovation can serve as an exemplary solution for promoting sustainability in public restrooms and can potentially be replicated in other sectors as well.
The antibacterial toilet seat technology can be a starting point for creating other similar products, using the same method for destroying bacteria. The objective is to create a line of products that will prevent the spread of bacteria in high-frequency areas. This could be applied to door handles, faucets, buttons in elevators, public transportation handrails, and many more areas.
By using the same technology and methods, it is possible to create a range of products that are sustainable, environmentally friendly and also bring long-term cost savings by reducing the use of toilet paper, disposable pads, and harmful disinfectants. This line of products can set an example for other companies to follow and contribute to creating a cleaner and healthier environment.
The key objective of the Antibacterial toilet seat in terms of aesthetics and quality of experience is to provide a safe and comfortable environment for people in high-frequency public places. The design of the seat is meant to be relaxing and comfortable, with a focus on ergonomics. This helps to alleviate any anxieties or concerns that people may have when using public toilets. The lab-tested antibacterial properties of the seat provide peace of mind, knowing that the seat is clean and hygienic.
In terms of cultural benefits, the innovation provides a solution to a common problem that people face in public toilets, promoting cleanliness and hygiene. It also helps to reduce the excessive use of toilet paper, which has environmental benefits, and provides financial savings in the long term.
The concept can be exemplary in this context as it meets the needs and expectations of people using public toilets, providing both a safe and comfortable environment. The focus on sustainability, environmental protection and hygiene, makes this innovation a role model for other similar concepts that can be created in the future.
The objective of accessibility and affordability for all can be met by making the antibacterial toilet seat widely available and affordable to all users, regardless of their socioeconomic status. The design for all principle can be incorporated by making sure that the product is user-friendly and accessible to people with different abilities and disabilities. Inclusive governing systems can be established by involving all stakeholders in the development and implementation of the product, including people with disabilities and marginalized communities. These efforts can make the antibacterial toilet seat an exemplary product in terms of inclusion.
Civil society can play a key role in this process by providing a platform for citizens to voice their opinions and concerns. For example, NGOs such as Fondacija Mozaik, Centar za promociju civilnog društva, and Institut za razvoj mladih Kult, which have supported the implementation of my innovation in the past, can continue to be involved in engaging citizens and ensuring that their needs and opinions are taken into consideration.
The impact of citizen and civil society involvement on the concept can be significant. For example, involving citizens in the design process can result in a more user-friendly and accessible product. It can also increase the level of trust and buy-in from the community, which can lead to higher adoption rates and greater impact.
In the year following the application, it is important to involve citizens and civil society in the further development and implementation of the concept. This can be done through public consultation and engagement, focus group discussions, and other forms of feedback gathering. The results and benefits from this engagement should be analyzed and used to refine the concept and ensure that it meets the needs and expectations of the citizens.
The design and development of the concept of implementing the innovation in public toilets in Kanton Sarajevo (Opština Novo Sarajevo) was a collaborative effort between multiple stakeholders at various levels. The local government of Kanton Sarajevo provided support through the Ministry of the Economy and the Federal Ministry of Entrepreneurship and Development was also involved in the process. NGOs such as Fondacija Mozaik, Centar za promociju civilnog društva, and Institut za razvoj mladih Kult were also engaged and provided support to the project.
The engagement of these stakeholders at various levels allowed for a comprehensive and inclusive approach to the design and development of the concept. The local government provided support and resources, while the NGOs brought their expertise in promoting civil society and youth development. The collaboration with Multiplico in Croatia provided the opportunity for further development of the innovation and the exchange of ideas and knowledge.
The added value of engaging these stakeholders was the creation of a more effective and sustainable solution. The support from the local and federal government ensured the necessary resources and funding for the project, while the expertise and knowledge from the NGOs and collaboration with Multiplico helped to improve the concept and ensure its success. The involvement of different stakeholders also helped to ensure that the concept was designed with the needs and perspectives of the community in mind, which resulted in a more inclusive and effective solution.
The design and development of the concept involved representatives from multiple disciplines and knowledge fields, including engineering, materials science, hygiene, and ergonomics. These professionals worked together in an interdisciplinary approach to ensure that the innovation met the objectives in terms of sustainability, aesthetics, inclusion, and hygiene. Additionally, representatives from the public health and sanitation sector were also involved to ensure that the product was safe and effective for public use.
The process of collaboration between these different knowledge fields added value to the concept by providing a comprehensive and well-rounded approach to design and development. This interdisciplinary approach allowed for the identification and resolution of potential challenges early on in the development process, ensuring a high-quality end product.
It is worth mentioning that the innovation was patented with a consensual patent, which allowed for the protection of the concept while also promoting collaboration and openness. This patent allowed the stakeholders involved in the development process to contribute their knowledge and expertise without worrying about any legal implications, leading to a more successful outcome.
The innovative character of the concept lies in its unique approach to addressing the issues it addresses. The concept is patented and has received recognition for its innovative nature through awards, showcasing its impact and success in the field. The patented technology used in the concept sets it apart from mainstream approaches and provides a new and effective solution to the problem it addresses. The collaboration between different disciplines and knowledge fields, as well as the involvement of stakeholders at various levels, has also contributed to its innovative character. The concept's success in addressing key objectives in terms of sustainability, aesthetics and quality of experience, inclusion, and engagement with citizens and stakeholders has further cemented its position as a truly innovative concept.
The elements of the concept that can be replicated or transferred to other places, groups of beneficiaries and contexts include the following:
1. Technology: The technology used in the concept can be adapted to other public toilets in other regions or cities.
2. Processes: The processes used to develop and implement the concept, such as stakeholder engagement, can be replicated in other contexts.
3. Methodology: The methodology used to design and develop the concept, which took into account different disciplines and knowledge fields, can be replicated in other innovation projects.
4. Products: The products created as a result of the concept, such as the antibacterial toilet seat, can be produced and sold in other markets.
5. Learnings: The lessons learned from the implementation of the concept can be applied to other similar projects, such as improving accessibility and affordability for all.
6. Patented Innovation: The innovative aspect of the concept, being a patented antibacterial toilet seat, can be replicated and used in other public toilets.
7. Awards: Any awards received for the innovative character of the concept can be used as a testament to its success and as a way to attract additional funding or support for replicating the concept in other contexts.
My concept addresses various global challenges by providing local solutions. These challenges include:
1. Hygiene: Concept provides an innovative and hygienic solution for public toilets, which is essential in promoting public health and well-being.
2. Sustainability: The concept incorporates sustainable elements in its design, reducing the environmental impact of public toilets. This is essential in addressing the global challenge of environmental degradation.
3. Inclusion: The concept considers the needs of different users and incorporates design for all principles, making public toilets accessible and affordable for all. This addresses the challenge of social exclusion and promotes inclusiveness.
4. Quality of life: The concept focuses on enhancing the experience of users, providing aesthetically pleasing and culturally relevant public toilets. This addresses the challenge of improving quality of life in urban environments.
5. Innovation: The concept utilizes cutting-edge technology and innovative design, promoting technological advancements in the field of public toilets. This addresses the challenge of driving innovation and progress.
The methodology used to create the antibacterial toilet seat could also be used to create other similar products. This highlights the potential for the concept to provide solutions for other hygiene-related challenges, not just in public toilets but also in other areas. Furthermore, the methodology could be replicated or transferred to other places, groups of beneficiaries, and contexts, potentially helping to address similar challenges in those areas as well.
