Reinforcing its international management in sustainable innovation, Qatar Railways Firm (Qatar Rail) gained the celebrated CIHT Decarbonisation Award 2025, offered by the UK-based Chartered Establishment of Highways and Transportation (CIHT), for its pioneering challenge “Regenerative Propulsion within the Doha Metro: Kinetic Vitality to Electrical Vitality”.
This achievement additional cemented Qatar Rail’s place as a pacesetter in environmental innovation and sustainability inside the public transportation sector.
The award was introduced through the CIHT Annual Awards Ceremony, held on the Royal Lancaster Lodge in London, and attended by over 480 worldwide leaders and specialists in transport. The challenge was chosen from a file variety of submissions this 12 months, with solely six entries shortlisted for the ultimate stage, making the popularity particularly vital.
On this event, Eng. Jassim Al Ansari, Chief of Program Supply at Qatar Rail, stated:
“What differentiates Qatar Rail is our means to combine superior applied sciences that ship each operational and environmental worth. Our regenerative braking system is a main instance capturing and reusing vitality throughout the community, lowering dependency on exterior energy sources, and optimizing total system effectivity. It’s a forward-thinking answer that positions us on the forefront of good transportation innovation.”
Eng. Abdulrahman Al Malik, Senior QSHESE Director at Qatar Rail, said:
“This international recognition is a testomony to our unwavering dedication to sustainable growth and environmental stewardship. At Qatar Rail, we take nice delight in aligning our operations with Qatar’s nationwide environmental targets by embedding energy-efficient practices throughout all ranges of our transport programs. The CIHT award reaffirms the significance of our efforts to reduce environmental impression whereas delivering high-performance infrastructure.”
The CIHT Decarbonisation Award acknowledged excellent international tasks and methods that delivered tangible reductions in greenhouse gasoline emissions and carbon footprints. Qatar Rail’s success on this class mirrored its unwavering dedication to adopting cutting-edge applied sciences that contribute to local weather motion and accountable vitality use.
Qatar Rail’s profitable initiative centered on the applying of regenerative braking know-how inside the Doha Metro. This technique transformed the kinetic vitality produced throughout braking into usable electrical vitality, which was then reused throughout the community not like conventional braking programs the place vitality is misplaced as warmth.
This regenerative function allowed the trains to generate as much as 46% of their required traction vitality throughout deceleration, transferring it to the grid to be used by different trains. Because of this innovation, the Doha Metro was in a position to obtain vital annual vitality financial savings, scale back operational prices, and lower carbon emissions. By changing kinetic vitality into reusable energy by electrodynamic braking, Qatar Rail set a brand new benchmark for sustainability in city transit throughout the area.
This worldwide recognition got here lower than a 12 months after Qatar Rail gained the “Finest Progressive Thought” award on the Tarsheed Vitality and Water Effectivity Discussion board in November 2024, which highlighted the identical regenerative propulsion system for its constructive impression on vitality conservation and operational effectivity.
This milestone strengthened Qatar Rail’s contribution to the targets of Qatar Nationwide Imaginative and prescient 2030 and reaffirmed the position of public transportation in advancing sustainable growth and environmental duty each nationally and internationally.
Doha Metro’s system is one among a form within the area, able to successfully recycling vitality that may both be utilized by different trains or saved inside Qatar Rail’s vitality community for future consumption. The regenerative braking know-how enhances Doha Metro’s operational effectivity by lowering upkeep prices and reliance on exterior energy sources, whereas additionally minimizing the environmental impression of its operations.
Supply and canopy picture credit score: Qatar Rail
