Oman Launches Green Hydrogen Power Plant Feasibility Study RFP for 800MW to 1000MW Facility

Oman’s state-owned Nama Power and Water Procurement Company (PWP) has issued a Request for Proposal to conduct a feasibility study for a groundbreaking hydrogen-powered Independent Power Project that could reshape the nation’s energy landscape. The RFP announcement was made on May 4 2026 marking a significant milestone in Oman’s transition toward sustainable energy generation.

The proposed facility is designed to operate on up to 100 percent hydrogen fuel with an indicative generation capacity ranging between 800MW and 1000MW. This ambitious project represents one of the region’s first utility-scale fully hydrogen-fired power plants moving beyond the pilot schemes that have dominated hydrogen power generation to date.

PWP is seeking qualified consultants to undertake an initial technical and economic assessment that will evaluate the viability of this innovative power generation approach. The consultancy services will focus on supporting early-stage development and decision-making processes crucial for the project’s advancement.

The initiative aligns strategically with Oman’s broader national objectives to diversify its energy portfolio and accelerate the transition toward cleaner and more sustainable energy sources. This hydrogen-based power generation project demonstrates Oman’s commitment to positioning itself as a leader in renewable energy technologies within the Gulf region.

Interested bidders must submit their proposals no later than June 21 2026 at 12:00 PM Oman time. As part of the submission requirements applicants are required to provide a tender bond or bank-certified cheque amounting to at least 1 percent of the tender value valid for 120 days from the submission date.

According to typical IPP development timelines spanning feasibility studies procurement financing and construction phases the potential hydrogen power plant would be unlikely to enter commercial operation before the early 2030s. This timeline allows for thorough evaluation of technical challenges and economic considerations associated with large-scale hydrogen power generation.

The project represents a significant departure from traditional power generation methods and could serve as a model for similar developments across the Middle East region. The successful implementation of this hydrogen-powered facility would demonstrate the commercial viability of hydrogen as a primary fuel source for utility-scale electricity generation.

The announcement comes as global interest in hydrogen technologies continues to grow with governments and private sector entities investing heavily in hydrogen production storage and utilization infrastructure. Oman’s strategic location and abundant renewable energy resources position the country favorably for developing comprehensive hydrogen value chains.

This feasibility study marks another important step in Oman’s energy transition strategy as the country seeks to reduce its dependence on traditional fossil fuels while maintaining reliable power generation capacity for its growing economy.