India to Launch OALP-XI Bid Round with 21 Oil, Gas Blocks

Published By DPRJ Universal | Published on Monday, 30 March 2026

India is set to launch its 11th Open Acreage Licensing Policy (OALP) round, making available 21 oil and natural gas blocks covering over 80,000 sq km. This initiative follows the OALP-X round, which faced extended deadlines. The bidding parameters for this round will emphasize revenue share and work programs, aiming to attract investment and foster exploration in various basin categories.

India is poised to launch its 11th Open Acreage Licensing Policy (OALP) round, a significant move to bolster its domestic oil and natural gas production. This new round will offer a substantial portfolio of 21 oil and gas blocks, collectively spanning more than 80,000 square kilometers, indicating a robust push towards hydrocarbon exploration and development. The initiative comes on the heels of the OALP-X round, which was the largest to date with 25 blocks but experienced extended bidding deadlines, suggesting a continuous effort by the government to streamline and enhance its energy auction processes.The OALP framework allows companies to bid for exploration blocks of their choice throughout the year, promoting a more flexible and industry-driven approach to resource allocation. For this 11th round, the bidding parameters are structured to prioritize specific criteria: revenue share and the proposed work programs tailored for different basin categories. This strategic focus aims to attract both major international players and domestic companies, encouraging deeper investments in technologically challenging and frontier areas while ensuring a fair return for the state. By offering these blocks, India seeks to enhance its energy security, reduce its reliance on energy imports, and stimulate economic growth within the upstream sector, contributing to the nation's broader economic objectives. The success of this round will be crucial in shaping India's future energy landscape and achieving its ambitious production targets.