The Purgatory

Cairo University, Faculty of Engineering Architecture Department.

Project idea

The Purgatory project is an ambitious and innovative endeavor situated on the mountain of Nagasaki, designed to address the critical issue of nuclear radiation contamination. The main idea behind The Purgatory is to create a self-sustaining facility that can effectively remediate areas afflicted by nuclear radiation using advanced technology and natural processes. The project leverages the extraordinary capabilities of Deinococcus radiodurans bacteria, known for their unparalleled resistance to radiation, to heal and decontaminate affected zones. By harnessing the power of these resilient bacteria, The Purgatory aims to mitigate the long-lasting impacts of nuclear radiation on ecosystems and human health.

The Purgatory will heal both the soil and air of nuclear contaminated areas. The soil will be remediated by the swarming action of Deinococcus radiodurans bacteria, which naturally break down and neutralize radioactive particles. For air purification, specially designed drones will deploy the bacteria into the atmosphere, ensuring comprehensive decontamination. By addressing both soil and air contamination, The Purgatory offers a holistic solution to the pervasive problem of nuclear radiation, restoring health to the environment and safety to its inhabitants.

The Purgatory's infrastructure is meticulously designed to support its mission. Key features include solar and wind power systems, advanced air and water purification units, and specialized zones for cultivating and deploying bacteria. These elements work together to create a self-sufficient, environmentally friendly facility capable of operating independently from external resources. The integration of renewable energy sources ensures that The Purgatory remains sustainable and efficient, minimizing its ecological footprint while maximizing its impact.

The Purgatory serves as a prototype that can be deployed in any nuclear radiation contaminated area around the world. Its adaptable design and scalable technology make it a versatile solution for global radiation remediation needs. By demonstrating its effectiveness in Nagasaki, The Purgatory aims to inspire and guide future projects aimed at addressing the persistent challenges of nuclear contamination. This prototype embodies a groundbreaking approach to environmental restoration, offering a practical and replicable model for healing radiation-affected regions and safeguarding the planet for future generations.

Project description

The Purgatory project is designed to remediate radioactive contamination using advanced biotechnology. Key elements include robust Walls for containment, Roof slots for solar power and bacteria cultivation, Incubator Units for bacteria growth, Environmental Mesh for protection, sturdy Legs for stability, a Drone Beehive for deploying bacteria via specialized drones, a Human Zone for monitoring and control, and Helipads for transportation and emergency access. These components work together to ensure efficient, safe, and effective decontamination.

Technical information

The Purgatory project's technical specifications include Lead Lining for radiation shielding in the Walls and Roof slots, Bio-compatible Coating for the Incubator Units, High-Density Polyethylene for the Environmental Mesh, Anti-corrosion Coating for the Legs, Carbon Fiber for the Drone Beehive's structure, Teflon Coating for the Human Zone's surfaces, and reinforced concrete for the Helipads. These materials ensure durability, safety, and efficiency in the decontamination process, providing robust protection against the harsh radioactive environment.