Page 41 - DUBAI MUNICIPALITY ENGLISH PR REPORT - MARCH 2024
P. 41

Dubai Municipality undertakes a new agricultural beautification

                     project in the Emirate at the crossroads of Al Meydan and Al Khail



                    Chorisia trees are being planted for the very first time  for agricultural beautification
                                                        in Dubai



                       •  The project covers an expansive area of 302,266 square meters and aims to

                          install automated irrigation systems without human intervention.
                       •  The pumping station has a flow rate surpassing 280 cubic meters per hour,

                          combined with an adjacent tank with a 1,000 cubic meter capacity.

                       •  Al Hajri:

                       -  “Agricultural beautification initiatives continue year-round, aiming to enhance

                          the charm, aesthetics, and sustainability of Dubai.”

                       -  “We implement projects that adhere to the highest international standards and

                          employ advanced, sustainable irrigation technologies.”





                   Dubai, UAE, March 03, 2024,


                   Dubai Municipality has initiated a new project within its agricultural beautification

                   endeavors across the city. This specific project is centered around the key hub where

                   Al Meydan and Al Khail Streets intersect at the heart of the city. Covering a vast

                   expanse of 302,266 square meters, this project reflects the Municipality’s commitment

                   to  increasing  green  spaces in  Dubai and  strategically  planning  and  implementing

                   beautification projects, with an aim of expanding cultivated green spaces and elevating

                   Dubai’s overall civil and aesthetic appearance.


                   This project includes state-of-the-art technologies leveraged by the Municipality to

                   implement sustainable irrigation systems and water drainage. These systems include

                   fully automated irrigation mechanisms, eliminating the need for human intervention.
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