Water to Liquid Fuel and Electricity from Sea Waves: A New Horizon for Renewable Energy in Bangladesh

By G M Forhadul Mozumder (Dhaka Bureau) At a time when global efforts are intensifying to combat climate change and search for alternatives to fossil fuels, news of new potential in alternative energy and eco-friendly technology has emerged from Bangladesh, a country rich in natural resources in South Asia. Researcher and scientist Md. Sharif has revealed ongoing research into two innovative technologies- producing eco-friendly liquid fuel using water and generating vast amounts of electricity by harnessing the kinetic energy of sea waves in the Bay of Bengal. Alternative Liquid Fuel Through Water and Special Chemical Processes Against the backdrop of rising global oil prices and growing energy demands, scientist Md. Sharif has been working on a specialized chemical process for a long time. According to his developed technology, a specialized liquid capable of functioning as fuel can be produced through a chemical reaction combining water with certain specific components. On an experimental basis, this liquid fuel has been tested in household cooking stoves, commercial hotel burners, industrial boilers, and a motorcycle engine. The researcher claims that during combustion, it emits no harmful black carbon or smoke and burns with a blue flame, making it relatively environmentally friendly. Plans are underway to further refine it into a full-fledged alternative to kerosene, diesel, and LPG. He expressed optimism that if large-scale production facilities are established, it could be possible to produce around 1,000 metric tons of liquid fuel daily at a comparatively low cost. However, to fully confirm its chemical composition, efficiency, and environmental impact under international scientific standards, comprehensive laboratory testing by recognized national and international institutions remains necessary. Ambitious Claims on Generating Electricity from Sea Waves Alongside liquid fuel research, Md. Sharif is also working on a mechanical system to convert the kinetic energy of ocean waves directly into electrical power. He has developed a mechanism that relies neither on solar energy nor on conventional fuels, does utilizing the regular motion of sea wave to potentially generate uninterrupted power 24 hours a day. Having achieved success with smaller experimental models of 1 kW and 2 kW capacities, work is currently underway on a 10 kW functional prototype. The next milestone will focus on researching and developing a larger 100 kW model. According to preliminary estimates by researcher Sharif, if the immense power of waves across Bangladesh’s maritime boundary is systematically harnessed, it could yield a potential capacity of up to 150,000 MW at maximum scale. If fully implemented, such infrastructure could meet a major share of the country’s existing electricity demand while contributing to regional energy security. Challenges and the Need for Scientific Evaluation Both technologies offer groundbreaking possibilities for a transition-seeking and energy-import-dependent nation like Bangladesh. However, implementing such ambitious projects involves significant engineering and financial challenges. Factors such as saline marine environments, long-term equipment durability, high initial capital investment, and strict energy balance analysis require thorough evaluation. Researcher Md. Sharif has appealed to national and international experts, universities, relevant government agencies, and prospective investors to collaborate on this research. If validated through recognized scientific testing and field trials, these innovations could mark the beginning of a new chapter in green technology across South Asia. G M Forhadul Mozumder: Staff Correspondent, Pressenza- Dhaka Bureau.

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