Old Doha Port has announced the launch of an innovative outdoor air conditioning project along the waterfront and wooden promenade of Mina District, in a move aimed at enhancing the visitor experience and strengthening the port’s position as one of Qatar’s premier tourist destinations.

According to an official statement released today, construction is set to begin in June, with completion scheduled ahead of the much-anticipated Qatar Boat Show 2025, allowing the system to be operational by the upcoming summer season.

The state-of-the-art cooling system will cover more than 530 linear meters of the promenade, including walking paths, commercial frontages, and outdoor seating areas. The project aims to create a comfortable and safe environment for visitors year-round, particularly during the hot summer months.

The statement explained that the system will utilize advanced networks of chilled water pipes connected to discreet ventilation outlets that blend seamlessly with the architectural style of the Mina District buildings. Transparent glass panels will also be installed along the promenade edges to retain the cool air while maintaining clear views of the waterfront.

Eng. Mohammed Abdullah Al Mulla, CEO of Old Doha Port, stated:

"This project represents a milestone in transforming the port into a vibrant year-round destination. By merging design innovation with visitor comfort, we are not only enhancing the guest experience but also creating a more supportive environment for restaurants and cafés. It’s part of the next phase in our development strategy that balances heritage with future-ready infrastructure."

The initiative is built around three core objectives:

1. Increasing year-round footfall

2. Improving comfort across the commercial promenade

3. Enhancing the daily quality of life for residents and visitors

Sustainability has also been a key consideration in the system’s design, incorporating energy-efficient cooling units and smart control technologies to maximize efficiency and minimize environmental impact.