Eastern Mediterranean University (EMU), Faculty of Engineering, Department of Mechanical Engineering Deputy Chair Assoc. Prof. Dr. Devrim Aydın has made a remarkable scientific achievement in the field of energy technologies by obtaining patent approvals from the Turkish Patent and Trademark Office for two of his innovative systems. With his innovations of “Çok Geçişli Rejeneratif Dolaylı Tip Evaporatif Soğutma Sistemi / Multi-stage Regenerative Indirect Evaporative Cooling System” and “Hareketli Yataklı Modüler Termokimyasal Isı Depolama Sistemi ve Yöntemi / Modular Thermochemical Heat Storage System with Mobile Bed and Its Method” being patented, Assoc. Prof. Dr. Aydın significantly contributed to the research oriented vision of EMU.
Multi-stage Regenerative Indirect Evaporative Cooling System
Developed by Assoc. Prof. Dr. Devrim Aydın, the “Multi-stage Regenerative Indirect Evaporative Cooling System” with the patent registration number of 2023 007373, provides a sustainable and eco-friendly cooling solution. By offering up to 75% energy savings compared to traditional air conditioners, this system operates purely on water, avoiding harmful refrigerants. Unlike standard evaporative coolers, it cools the air without adding water vapor, keeping humidity levels in check while offering a comfortable indoor climate. Particularly ideal for hot and dry regions, the system stands out as an affordable and efficient alternative, enhancing energy conversion through its regenerative process and improving indoor air quality by constantly introducing fresh outdoor air.
Modular Thermochemical Heat Storage System with Mobile Bed and Its Method
The “Modular Thermochemical Heat Storage System with Mobile Bed and Its Method” registered with 2023 009578 patent number and developed by Assoc. Prof. Dr. Devrim Aydın and EMU Department of Mechanical Engineering PhD program graduate Dr. Marzieh Rezaei, ensures the efficient and long-term storage of thermal energy through thermochemical methods. Thanks to its modular design and moving bed technology, it offers versatile applications, ranging from solar energy harvesting to the recovery of industrial waste heat. The technology is intended to store solar energy collected during the summer for use in space heating during the winter, reducing the consumption of electricity, natural gas, and solid fuels, thus lowering energy costs and minimizing carbon emissions. Its compatibility with existing solar water heaters and design suited for local manufacturing makes it a promising contributor to green technology-focused economic growth in the country.
International Potential in the Field of Energy Systems
The two inventions developed by the EMU Faculty of Mechanical Engineering offer engineering-based solutions to global challenges such as climate change, energy efficiency, and the effective use of renewable energy resources. By implementing pilot projects in the Turkish Republic of Northern Cyprus (TRNC), these systems are expected to enhance regional energy policies and further strengthen EMU’s vision focused on research and development (R&D). This achievement not only highlights the university’s research-driven approach and the expertise of its academic staff, but also opens up significant opportunities for international collaborations and technology transfer.
The said systems are set to be developed into more compact, cost-effective, and large-scale solutions in the coming period, with the intention of playing a significant role in future-focused initiatives such as zero-energy buildings, sustainable campuses, and eco-friendly industrial areas.
“A Tangible Reflection of Research and Development Vision”
EMU Rector Prof. Dr. Hasan Kılıç made remarks on the topic, saying; “We are immensely proud with such innovative studies carried out within the body of our University. The two ground-breaking patents in energy technologies, achieved by Assistant Chair of Department of Mechanical Engineering Assoc. Prof. Dr. Devrim Aydın and our PhD graduate Dr. Marzieh Rezaei, embody the research and development vision of our university. The impact these systems will have in areas such as sustainability, energy efficiency, and environmentally friendly solutions holds great significance both academically and in broader social and economic contexts. The EMU Rectorate remains committed to providing full support to ensure that such scientific achievements continue to grow and flourish”. EMU Rector Prof. Dr. Kılıç extended his congratulations to Assoc. Prof. Dr. Aydın and Dr. Rezaei, wishing them success in their future endeavours.
