Virtual Booth

The Econimbus Water Fountain is an environmentally friendly decorative innovation designed using recycled materials such as used plastic bottles, discarded flower pots, and a small water pump, aiming to transform waste into functional beauty while promoting sustainability. This project was inspired by the increasing concern over environmental pollution, particularly the overuse and improper disposal of plastic waste and other household items which often end up in landfills, contributing to global warming and environmental degradation. At the same time, the demand for low-cost and aesthetically pleasing decorations is rising, particularly for indoor and educational spaces that require calming, stress-reducing elements. To address these problems, the Econimbus Water Fountain was developed as a sustainable and creative solution that merges environmental consciousness with practical design. The fountain functions by using a simple water circulation system powered by a low-voltage pump that channels water through a series of vertically arranged plastic bottles fixed into an old flower pot, with the flow designed to simulate the gentle and calming effect of a natural waterfall. The recycled materials are carefully cleaned, reshaped, and assembled to form a visually appealing structure that not only reduces waste but also delivers a soothing ambiance suitable for classrooms, offices, or homes. This innovation contributes significantly to raising environmental awareness and fostering creativity among students and the community, encouraging the reuse of waste materials through hands-on innovation. The project aligns with several Sustainable Development Goals including SDG 11 Sustainable Cities and Communities by enhancing living spaces through green innovation, SDG 12 Responsible Consumption and Production by promoting recycling and waste reduction, and SDG 13 Climate Action by minimizing the carbon footprint associated with the production and disposal of new decorative items. In terms of its commercial value, the Econimbus Water Fountain has strong market potential as it offers a unique combination of affordability, sustainability, and customizable design which can appeal to environmentally conscious consumers and institutions seeking eco-friendly décor. The innovation was developed following the Engineering Design Process starting with problem identification where the issues of plastic waste and lack of low-cost decorative options were identified followed by idea generation where brainstorming led to the use of common household waste in a cascading water system next was the construction of a prototype using accessible and safe tools for shaping and joining the recycled materials this was followed by testing and evaluation to ensure smooth water flow adequate water pressure and structural stability then redesign improvements were made to increase water efficiency and enhance visual appeal and finally the presentation phase where the product was showcased to students and the school community to promote its benefits and gather feedback. The impact of this innovation extends beyond its functional use as it serves as an educational tool to teach sustainability creativity and basic engineering principles while enhancing the aesthetic value of indoor environments. Suggestions for improvement include the integration of solar panels to power the water pump which would make the product even more energy-efficient and suitable for outdoor use the inclusion of natural filtering elements such as pebbles and activated charcoal to keep the water clean and the addition of motion sensors or timers to control the water flow automatically further enhancing its sustainability and user convenience. In conclusion the Econimbus Water Fountain not only exemplifies how recycled materials can be transformed into meaningful innovations but also reflects a deep commitment to sustainability education and community empowerment by turning everyday waste into a source of beauty and inspiration.