MUSCAT: Amal oilfield in the south of the Sultanate, will be among the world’s largest solar projects when completed. Four blocks of the plant have now been constructed safely, on time and on budget with steam production integrated with the Amal network. The inauguration event also marked the official opening of the Miraah Visitor Centre, a permanent gallery that showcases Miraah’s journey. His Excellency Salim bin Nasser Al Aufi, Undersecretary of Oman’s Ministry of Oil and Gas said, “Today marks an important milestone for Oman as it further cements its position as the regional leader in energy convergence, uniting renewable and conventional energy industries. Deploying solar on Oman’s oilfields to reduce the industry’s natural gas consumption has a significant and lasting economic benefit for the Sultanate.”
H.E. added, “The project, which stands to be among the largest solar projects in the world, has contributed to developing local Omani talent in the renewable energy field and created job opportunities for local companies. We look forward to exporting our knowledge and expertise to the rest of the world as other progressive oil and gas producers follow in PDO’s footsteps.”
Miraah’s construction has progressed on schedule with 1.9 million safe man-hours completed without a Lost Time Incident since the project started in 2015. The first four blocks were commissioned successfully and the facility is now in daily operation delivering steam to the Amal oilfield. The four blocks have a total capacity of over 100 MWt and will deliver 660 tonnes of steam per day, providing significant gas savings. Once complete, the one gigawatt installation will consist of 36 blocks built in a sequence, which allows PDO to benefit from solar steam now and gradually ramp-up production over time to meet the Amal oilfield’s steam demand. The project is on track to deliver an additional eight blocks in early 2019.
GlassPoint’s solar technology was specifically designed to harness the sun’s energy to generate the steam required for thermal enhanced oil recovery (EOR), seamlessly integrating into existing oilfield operations. The natural gas saved by using GlassPoint’s technology can be exported or directed toward higher-value applications such as power generation or industrial development, helping to diversify the economy.
Unlike solar panels that generate electricity, GlassPoint’s solution uses large mirrors to concentrate sunlight and boil oilfield water directly into steam. The steam is used for the extraction of viscous or heavy oil as an alternative to steam generated from natural gas. GlassPoint’s innovation was to bring the mirrors and other system components indoors, using a greenhouse structure to protect from wind and sand, which is common in remote oilfields like Amal