Plastic waste poses a significant environmental challenge in the Philippines, with less than 30% being recycled or upcycled. The accumulation of plastic waste in rivers, oceans, and through burning releases toxic chemicals, leading to microplastic contamination in marine life and the food chain. The responsibility for managing plastic waste is being questioned, with various government agencies such as DENR, BFAR, DILG, PNP Maritime Command, and Philippine Coast Guard under scrutiny. There is a call for stronger coordination among agencies to monitor waste and find sustainable solutions. One promising solution is the conversion of waste plastic into hydrogen fuel. Scientists globally, including in Japan, the US, the UK, and South Korea, have developed technologies to break down plastic and extract hydrogen efficiently. Researchers at Kyushu University have developed a new photocatalyst to enhance this process. Implementing this technology in the Philippines can reduce plastic waste, decrease fuel import dependency, create a new clean energy industry, and offer livelihood opportunities for waste recyclers. To move forward, the Philippines should engage with scientists, establish a Technical Working Group, invest in local talent for technology development, and incorporate waste-to-hydrogen projects into the national energy strategy. Hydrogen fuel presents a sustainable energy source, with global attention even from companies like Tesla Motors. Embracing plastic-to-hydrogen conversion can advance the country's energy security, reduce fuel imports, and address environmental concerns. The initiative to turn plastic waste into fuel not only tackles plastic pollution but also offers economic opportunities. By promoting innovation and sustainability, the Philippines can lead in Southeast Asia, setting an example for environmental responsibility and energy independence.