“The centralization of people in Cairo has strained resources and hindered regional development. To address this, it is essential to decentralize the economy and promote diversification. Bahariya Oasis highlights this challenge, as it faces economic difficulties despite having abundant natural resources. The oasis is home to approximately 3 million palm trees, each producing around 40 kilograms of burnable material annually. This results in a potential yield of 120,000 tons of waste material per year, which remains largely untapped. RE-PALMATION GRID represents an innovative solution that integrates agricultural innovation and the circular economy, addressing the pressing economic challenges of Egypt’s Oasis regions. The project combines cutting-edge architecture with advanced technology to create a sustainable, energy-efficient system. RE-PALMATION GRID aims to establish a facility in Bahariya Oasis that integrates palm trees into the existing irrigation grid infrastructure, utilizing rainwater-powered irrigation systems. The project uses drones to collect palm tree waste (biomass) from across the oasis, which is then processed in a biomass waste collection system. The collected biomass is converted into biofuels, which are used in capsule boilers attached to wall systems for energy production. Palmation Strips will be clearly visible to the community, showcasing the Re-Palmation process within the palm irrigation grid system—from biomass collection to energy production. This not only demonstrates the potential of this technology but also helps raise awareness and educate the local community about its benefits.”