ACCIONA PIONEERS ADVANCED ROBOTIC TECHNOLOGY FOR CLEANING AND DISINFECTION IN QATAR
ACCIONA has launched cutting-edge robotic solutions to enhance cleaning and disinfection in high-demand environments, setting new standards for hygiene and sustainability.
The autonomous cleaning, duct-cleaning, and disinfection robots are already making a measurable impact in key projects such as the American School of Doha and Hamad Medical Corporation (HMC), where they have optimized operations and improved hygiene outcomes.
Equipped with HEPA filtration, the duct-cleaning robots have proven particularly effective in education and other sectors, accessing hard-to-reach areas like duct networks to improve air quality and cleaning efficiency.
These innovative technologies reaffirm ACCIONA’s dedication to delivering sustainable, customized solutions that benefit clients and communities alike.
The use of duct cleaning robots, equipped with HEPA filtration technology, is widely implemented across various sectors, particularly in education.
These robots excel at accessing hard-to-reach areas, such as duct networks, significantly enhancing cleaning efficiency and quality while improving overall facility air quality.
At Hamad Medical Corporation (HMC), ACCIONA’s own disinfection robot, equipped with advanced UV-C light technology, is revolutionizing disinfection practices.
This robot provides highly effective and precise disinfection solutions in high-demand and high-risk areas, such as hospital facilities, ensuring strict adherence to hospital hygiene standards.
ACCIONA’s autonomous robots are equipped with high-tech sensors and automated loading stations that make them key tools for optimizing operations.
These robots are already in use at HMC, where they provide precision, efficiency, and a reduction in the use of chemicals by using accurate doses, eliminating waste and contributing to sustainable and safe practices.
The integration of robotic technology in ACCIONA’s operations represents a significant competitive advantage.
Not only has the solution been adapted to the specific needs of each client, but it has also increased operational efficiency and promoted a better use of chemical products, reducing environmental impact and minimizing waste.
This underscores ACCIONA’s commitment to quality and customer satisfaction through responsible and sustainable practices.
On a large scale, the implementation of this advanced and sustainable technology represents a contribution to the country’s development, aligning with the objectives of Qatar’s National Vision 2030.
By introducing new technologies and best practices in its operations, ACCIONA brings know-how and reinforces its commitment to the environment and Corporate Social Responsibility, generating value for the country and consolidating its position as a benchmark in sustainability and innovation in Qatar.
REGIONAL PRESENCE
ACCIONA has had a strong presence in the Middle East since 2008, with projects in the United Arab Emirates, Saudi Arabia, Qatar and Oman. ACCIONA has a commitment to support the GCC with climate change mitigation projects.
ACCIONA, as an infrastructure and energy solutions provider, has participated in the development of significant projects in the Middle East such as the extension of the Dubai metro and the construction of the Jebel Ali desalination plant in the United Arab Emirates; the construction and subsequent extension of the Umm Al Houl desalination plant in Qatar; as well as six other reverse osmosis desalination plants and three wastewater treatment plants in Saudi Arabia.
The Facility Management business of ACCIONA has a strong presence in the Middle East, with key projects across the region, including Hamad Medical Corporation and Aspetar Orthopedic and Sports Medicine Hospital in Qatar, Muscat and Salalah International Airports in Oman, and the Haramain High Speed Railway and My Clinic Hospital in Saudi Arabia.
These projects highlight ACCIONA’s expertise in delivering high-quality, sustainable facility management services in critical infrastructure across the region.
