2024 - “Vanda Sanderiana Torch: Harnessing Solar Power to Ignite Change at the Pasig Delta

“Vanda Sanderiana Torch: Harnessing Solar Power to Ignite Change at the Pasig Delta – A Floating Ocean Cleaning Facility, Waste Interceptor, and Zero Waste Innovation Hub

The Project signifies an innovative architectural endeavor poised to transform the Pasig River and the ocean vicinity THROUGH THE USE OF SOLAR POWER AS THE SOURCE OF LIFE FOR THE FACILITY. This project not only serves as a sustainable ocean cleaning facility and waste interceptor, actively preventing pollutants from reaching the sea, but also integrates a research center. The inclusion of a research center underscores a commitment to ongoing environmental study and innovation within the framework of this groundbreaking initiative, with a core mission to generate ideas for a zero-waste future, ensuring that the wastes intercepted do not end up in landfills.

The project signifies an innovative architectural endeavor poised to transform the Pasig River and the ocean vicinity THROUGH THE USE OF SOLAR POWER AS THE SOURCE OF LIFE. This project not only serves as a sustainable ocean cleaning facility and waste interceptor, actively preventing pollutants from reaching the sea, but also integrates a research center. The inclusion of a research center underscores a commitment to ongoing environmental study and innovation within the framework of this groundbreaking initiative, with a core mission to generate ideas for a zero-waste future, ensuring that the wastes intercepted do not

The project aims to address the pressing issue of oceanic pollution caused by river-borne waste, with a focus on the significant contribution of the Pasig River to marine pollution in Manila Bay Through the use of Solar Energy. Statistical data reveals that the Pasig River in the Philippines discharges approximately 63,000 metric tons of plastic into Manila Bay annually (World Bank, 2018), exacerbating the global issue of oceanic pollution, which sees an annual influx of 11 million metric tons of plastic into the ocean (Jambeck et al., 2015).

By meticulously analyzing extensive waste data, the project proposes the construction of a stationary floating facility, strategically positioned at the mouth of the Pasig River, to intercept and manage river-borne waste efficiently. Named the Pasig River Gateway Floating Ocean Cleaning Facility and Research Center, this innovative facility integrates advanced interceptor systems, waste sorting technologies, and modular waste management facilities.

Objectives include intercepting and managing waste, implementing a circular economy model, promoting resource-efficient waste management, utilizing renewable energy, and serving as a research and education hub. The main life of the facility is driven by the utilization of solar energy, harnessing the abundant sunlight typical of tropical countries, such as the Philippines, where solar energy is a key resource. By exemplifying circular economy principles, harnessing renewable energy sources, and engaging the community through education and research, the project aspires to become a beacon of environmental stewardship and sustainability, symbolizing transformation and resilience akin to the Vanda Sanderiana Torch.

Globally, rivers are a major source of oceanic plastic pollution, contributing significantly to the 11 million metric tons of plastic entering the oceans annually. This Floating Ocean Cleaning Facility serves as a critical stepping stone for addressing this global problem. By showcasing sustainable solutions and leveraging renewable solar energy, the project highlights a path forward for global sustainability. Through its holistic approach to environmental conservation, the project aims to inspire change and ensure a cleaner, sustainable future for generations to come.