Yamuna International Airport Private Limited (YIAPL) has selected Tata Projects Ltd. to undertake the engineering, procurement, and construction (EPC) of Noida International Airport (NIA).
The company has been selected from three shortlisted teams with demonstrated experience in the design, procurement, and construction of large infrastructure projects. Tata Projects will construct the terminal, runway, airside infrastructure, roads, utilities, landside facilities and other ancillary buildings at Noida International Airport.
Christoph Schnellmann, Chief Executive Officer, Yamuna International Airport Private Limited, said, “We are pleased to partner with Tata Projects for engineering, procurement, and construction work at Noida International Airport. With the award of this EPC contract, our project enters the next phase, which will witness a rapid increase in the pace of construction activities on site. Together with Tata Projects, we’re working to deliver a passenger terminal, runway, and other airport infrastructure with a capacity of 12 million passengers annually, by 2024. We are aiming to enable, promote and strengthen all-inclusive sustainable development of aviation ecosystem in India. Noida International Airport will bolster employment generation and economic growth in the state as well as the country.”
Vinayak Pai, CEO and MD Designate, Tata Projects Ltd, said, “We are proud to be entrusted the EPC works for the greenfield Noida International Airport at Jewar. Tata Projects will work closely with YIAPL to deliver India’s most advanced and environment friendly airport on time. We shall deploy the latest technologies in its construction, while meeting the highest standards of quality, safety, and sustainability.”
Noida International Airport’s passenger terminal has an efficient layout, convincing design language, multiple high-quality areas spaced out with lush greenery, and a balanced concept for both energy savings and a tangible sense of sustainability. The design complements customer comfort with sustainability, and timeless design with flexibility for future needs.
