مشروع: Turath — تُراث
Historic sites around the world are facing rapidly increasing amounts of damage because of environmental and human factors. These structures are often hundreds or even thousands of years old, and the materials they are made from are naturally eroded over time. One of the main problems is environmental exposure. Rain, humidity, and temperature changes cause materials to expand and contract, leading to cracks and weakening of the structure. In many regions, especially in desert climates, sandstorms and wind erosion pick up sediment and gradually wear away the surface of buildings. Current preservation methods have significant limitations. Traditional coatings and protection methods can change the natural appearance of the structure, trap moisture inside the material, causing further internal damage, wear off quickly and require frequent reapplication, do not provide protection against all types of damage and/or are toxic/unsustainable. This growing need for a more advanced and durable preservation method led to the development of the nanotechnology coating idea. The solution proposed by this project is the development and application of an advanced nanotechnology-based coating designed to protect and preserve historic sites without altering their original structure or appearance. This coating operates at the microscopic level, forming an extremely thin and transparent layer over materials such as stone, marble, and brick. Unlike traditional protective coatings or methods, it does not change the visual appearance of the structure, making it ideal for culturally and historically significant sites where maintaining authenticity is essential. It uses particle technology to protect surfaces from natural erosion over time. Our product is designed to protect historical materials such as: stone, sandstone, and marble from environmental damage with a specialized, expert lead service that ensures the coating is applied safely and effectively to heritage sites. We will also be tracking the environmental impact on protected sites as an additional service in real time using sensors installed at the sites and data collection for temperature, humidity, and sand exposure. To ensure long term protection, we operate through subscription service agreements, offering multi year contracts which include reapplication of the coating every 2–5 years, continuous monitoring, and routine maintenance. What makes our company unique is that we provide a full-service preservation solution that combines nanotechnology, smart monitoring, and long-term maintenance. Unlike traditional restoration companies that only repair damage, our company focuses on preventive preservation to protect buildings and artifacts before damage occurs. We handle everything from research and nanomaterial development to on-site restoration and long-term monitoring using smart sensors and digital twin technology to detect and predict damage early. In addition, we work with governments, museums, and private clients, which allows us to preserve historical sites, modern buildings, and valuable artifacts. By combining advanced technology, full-service solutions, and preventive maintenance, our company offers a sustainable and innovative approach that is different from traditional preservation companies. In the coming years, our plan is to develop nanotechnology coatings to make them more effective, longer lasting, and environmentally friendly. We aim to partner with governments, heritage organizations,museums,and construction companies to expand our service to more cities and historical sites. Over time, we plan to scale globally, protect more landmarks, and become a leading solution in preserving buildings and artifacts while supporting sustainable tourism