0 FHA EDL AND MIRAI DENCHI NIGERIA LTD EXPLORE GROUNDBREAKING WASTE-TO-ENERGY PARTNERSHIP
- News
- by News Editor
- 15-05-2025

On Thursday, April 3rd, 2025, FHA Energy Distribution Limited (FHA EDL) held a strategic partnership meeting with MIRAI DENCHI NIGERIA LTD, marking a significant step toward sustainable innovation in Nigeria’s energy and waste management sectors. The meeting focused on exploring collaborative opportunities in solid waste-to-energy conversion, a revolutionary approach to power generation with immense environmental and economic potential.
The high-level discussions took place at FHA EDL’s corporate office and brought together leadership teams from both organizations. The core agenda revolved around the design and deployment of advanced technologies that convert municipal solid waste into usable electricity, particularly within Federal Housing Authority estates. Both parties shared their visions and technical insights on creating self-sustaining energy ecosystems that reduce landfill pressure while powering homes and public infrastructure.
FHA EDL reaffirmed its commitment to clean energy and innovative utility solutions, with management stating:
"Our meeting with MIRAI DENCHI is a bold move toward diversifying our energy mix while addressing critical environmental concerns. Waste-to-energy is not just a technology—it’s a necessity for future-ready communities."
MIRAI DENCHI NIGERIA LTD, a forward-thinking player in renewable energy solutions, expressed strong interest in building a long-term partnership. Their global expertise in energy recovery from waste and commitment to circular economy principles align seamlessly with FHA EDL’s mandate to improve energy access across Nigeria’s urban housing developments.
This partnership underscores FHA EDL’s proactive stance in embracing cutting-edge energy models that deliver value to residents and contribute to Nigeria’s sustainable development goals. As the dialogue continues, both organizations look forward to co-developing pilot projects and scalable models that demonstrate the future of waste-powered electricity.