The Oil Production Challenge

The Energy Information Administration (EIA) forecasts an increase in global oil demand of 2% per annum, but production from existing capacities is shrinking at double that rate. An enormous gap is opening-up between the amount of oil that is required and the amount of oil that is currently in production.  That means, by 2015, the oil industry will have to add new production capacity equal to double the current production of Saudi Arabia, the world’s largest producer of oil.  By 2035, eight times Saudi Arabia’s current production will need to be brought online in order to satisfy the world’s demand for more oil. To fill this gap, oil operators worldwide are investing in Enhanced Oil Recovery (EOR).

The Oil Production Challenge_EOR

Enhanced oil recovery (EOR) is the future of oil production

The number and size of new oil discoveries has been declining for decades, so where is the additional oil going to come from?  If new discoveries are not the answer, then more oil must be produced from existing fields.  The most common way to boost oil production from an aging field is by injecting high-pressure steam, known as thermal EOR . Over the next few decades,  a lot more thermal EOR will be applied to the world’s oil fields.

Normally, the steam required for EOR is produced by burning immense amounts of natural gas. With gas now a valuable energy commodity, oil producers would much rather sell the gas than burn it to heat up the ground.  In many oil producing states, especially in the Persian Gulf region, there is a shortage of natural gas.  Of the six countries in the GCC, only Qatar is a net gas exporter.  All others are importers of gas.

Solar steam is the future of EOR

Most of the world’s oil fields are in sunny locations, like the Middle East or California, creating the possibility of producing steam for EOR using concentrated sunlight.  Unfortunately, the high price of solar steam has limited its use for EOR to a small number of experimental installations, such as the one created in Southern California by ARCO in the 1980s.

GlassPoint has developed a solar steam generator specifically for EOR that produces steam at costs competitive with steam produced by burning natural gas.  By breaking this price barrier, GlassPoint has created the market for solar EOR, allowing operators to reduce costs, reduce emissions and save gas for higher value applications.

GlassPoint’s solar EOR solution is cost-competitive with natural gas today

After the development of a successful prototype unit in China in 2010, GlassPoint’s solar steam generators are being deployed at oil fields worldwide.  In February 2011, GlassPoint unveiled the world’s first commercial solar EOR project at a 100-year old oil field operated by Berry Petroleum in McKittrick, California.  Then, in early 2013, GlassPoint commissioned a larger project with Petroleum Development Oman (PDO), a 7 MW solar steam generator in Southern Oman.  PDO, the largest oil and gas producer in Oman, is a joint venture of The Sultanate of Oman, Shell and Total. Both projects have been operating successfully and serve as performance baselines for large-scale commercial projects.

Can Solar Thermal Technology Transform the Economics of Enhanced Oil Recovery?

Download the report from Raymond James.

Solar Enhanced Oil Recovery global market map

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