Nexus Bioscape
Isabelle Maxine T. Manto. Quezon City, Philippines
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Name of work in English
Nexus Bioscape
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Name of work in original language
Developing New Architectural Paradigms in Waste-to-Energy Facilities For Malls in a Dense Urban Setting
Prize year
Young Talent 2025
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Work Location
Quezon City, Philippines
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Author/s
Isabelle Maxine T. Manto
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School
College of Architecture - University of Santo Tomas.
Manila, Philippines
Young Talent 2025 YT Open Nominees
Nexus Bioscape
Developing New Architectural Paradigms in Waste-to-Energy Facilities For Malls in a Dense Urban Setting
Program
Mixed use - Commercial & Offices
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Labels
Compact · Mall · Supermarket · Research · Facilities
The Philippines boasts a vast number of shopping malls, which have significantly contributed to economic growth and community cohesion. However, the issue of waste management poses a threat to their long-term sustainability. This initiative seeks to address these challenges by transforming malls into sustainable community hubs through the integration of Waste-to-Energy (WtE) technologies. By reimagining these establishments as environmentally responsible commercial spaces, the project aspires to position the Philippines as a leader in sustainable urban development.
The project, Nexus Bioscape, proposes a transformative approach to mall design in the Philippines by integrating waste-to-energy (WtE) facilities into their architecture. This initiative seeks to address the growing concerns of waste management and energy consumption while enhancing the sustainability of mall operations. The vision is to reimagine malls as "Circular Communities"—self-sustaining eco-community hubs that embody sustainability, technological advancement, and cultural beauty. At the core of the project is the integration of advanced WtE technologies, particularly plasma arc gasification, into the mall's infrastructure. This technology converts organic waste into energy, making the mall self-sufficient in electricity and potentially generating surplus energy for storage or grid redirection. The design incorporates sustainable building materials, using vitrified slag from the WtE process for pavements, landscaping, and decorative elements. Renewable energy systems, such as solar panels on rooftops, supplement the facility’s power needs. Functional landscaping, including green roofs and vertical gardens, enhances insulation and air quality. To promote awareness, a digital or physical display will be installed to educate visitors about energy generation and efficiency. Community-centric spaces, such as courtyards, markets, and amphitheaters, are also incorporated to foster social interaction and reflect traditional gathering spots. Through these strategies, Nexus Bioscape aims to redefine malls as sustainable community hubs, addressing environmental challenges while embracing technological advancements. The project sets a precedent for sustainable urban development, positioning the Philippines as a leader in environmentally conscious commercial architecture.