EV news article header featuring electric vehicle news, EV charging station, electric car updates and industry insights

News Menu

bicycle news feed and industry updates for eBike and cycling news
Click for Bicycle News
latest eBike news aggregator covering electric bike updates, reviews and industry trends
Click for eBike News
electric motocross news feed with latest dirt bike updates, reviews and industry insights
Click for eMotocross News
latest eScooter news aggregator featuring electric scooter news feed, updates, reviews and industry trends
Click for eScooter news
Article By:
CleanTechnica
2026-04-21 17:18:35

Water-Powered Engine Hoax Isn’t Just A Philippine Invention

Summary By: eMotoX
The notion of a car powered solely by water has long captured public imagination, particularly in the Philippines, where it is often associated with the late Daniel Dingel. Dingel claimed to have developed a water-powered engine by modifying a Toyota Corolla to run on hydrogen generated from water. Despite periodic surges of interest, especially during fuel price hikes, no scientific evidence has validated these claims, leading to Dingel’s eventual conviction for fraud and his death in custody. However, the Filipino story is just one chapter in a much broader, global phenomenon of water-powered engine myths that have recurred across different countries and decades. Historically, the idea of using water as a fuel source dates back to early 20th-century experiments in the United States, with inventors like Charles H. Garrett exploring hydrogen generation through electrolysis. The concept resurfaced in various forms, such as Yull Brown’s “Brown’s gas” in the 1970s and Stanley Meyer’s “water fuel cell” in the 1980s and 1990s, both of which attracted media and investor attention before collapsing under legal scrutiny for fraud. Similar claims emerged worldwide in the 2000s and 2010s, including Japan’s Genepax, Pakistan’s Agha Waqar Ahmad, and Indonesia’s Nikuba device, each promising revolutionary water-powered vehicles but ultimately failing to provide verifiable technical proof. The persistence of these claims is often fuelled by economic pressures, such as rising fuel prices or energy scarcity, which amplify public desire for a simple, affordable alternative. In countries like the Philippines, where energy security is a sensitive issue due to reliance on imported fuels, the narrative around water-powered engines often shifts from unproven invention to alleged suppression by powerful interests. This framing, although lacking credible evidence, taps into broader suspicions about energy monopolies and missed technological opportunities, turning scientific skepticism into a matter of political and social debate. From a scientific perspective, the fundamental problem lies in thermodynamics: water is not a fuel but the product of combustion, and extracting hydrogen from water requires more energy input than can be recovered from burning the hydrogen. This energy imbalance means that any device claiming to run solely on water must be sourcing energy from elsewhere, whether disclosed or hidden. The repeated failure of these claims under scrutiny underscores that the allure of water-powered cars is less about technological feasibility and more about the socio-economic contexts in which these ideas resurface. In the digital era, the spread of water-powered engine myths has accelerated, with social media enabling rapid dissemination detached from scientific critique or historical context. What once circulated slowly through niche communities now reaches global audiences within days, perpetuating cycles of viral rediscovery. While the water-powered car remains a captivating idea, it continues to be a cautionary tale about the intersection of hope, misinformation, and the limits of scientific reality in the quest for alternative energy solutions.