Baseload Clean Energy Partners, LLC.

The development potential of EGS in the US is great. By implementing stand-alone EGS, much of the US could benefit from geothermal power in the near future, and advances in EGS technology can also significantly improve productivity at traditional hydrothermal sites as well. Map and data produced by National Renewable Energy Laboratory for the US Dept. of Energy (2009).

The development potential of EGS in the US is great. By implementing stand-alone EGS, much of the US could benefit from geothermal power in the near future, and advances in EGS technology can also significantly improve productivity at traditional hydrothermal sites as well. Map and data produced by National Renewable Energy Laboratory for the US Dept. of Energy (2009).

Due to the rapidly changing makeup of the U.S. power grid and the distressed nature of many U.S. geothermal plants, the opportunity has arisen to capitalize on these undervalued assets and position the Baseload Clean Energy Partners (BCEP) as a leading provider of clean electric power. BCEP is situated to fill the void as fossil fuel (coal) and nuclear facilities are faced with mounting public pressure to decommission. AltaRock is enabling BCEP to achieve above-average returns by executing timely acquisitions at low multiples from a pipeline of operating geothermal projects that are subsequently re-powered by AltaRock. Geothermal stimulations are used to avoid the cost of new drilling and add up to 100% more power at substantially lower capital cost to plants with long-term power purchase agreements (PPAs) already in place. Baseload Clean Energy Partners is the first entity of its kind designed to provide investors strong annualized returns, secured by existing cash flows and leveraging geothermal power as a unique, underutilized energy resource in the U.S.

Historically, geothermal assets have generated significantly lower than expected revenues, which resulted in an over investment in capital improvements and an under utilization of such assets. While geothermal plants are capable of producing continuous energy, facilities typically do not meet expected production due to inefficient and costly exploration and development and a lack of options for long-term reservoir management.

  • Traditionally, only 20 percent of wells drilled into a new, unexplored geothermal resource result in producing geothermal energy. While this “hit rate” exceeds that of oil and gas exploration, step-out wells in geothermal areas have not experienced the success oil and gas has had with similar well, meaning that dry holes are often drilled throughout a project life. As a result, geothermal returns may not support the required capital investment.
  • In addition, many operating geothermal projects have experienced a decline in productivity due to over-production, cooling or pressure decline related to injection management issues.

AltaRock understands how to engineer permeability that boosts the output of under-performing wellfields and power plants. AltaRock has developed and commercialized geothermal stimulations to solve these industry challenges and increase the productivity of existing geothermal generation.

Stimulations are a proven technique involving the use of pressurized cold water to open up and expose natural fractures in the subsurface that increase heat flow and subsequently power generation.

  • AltaRock’s proprietary technology and processes increase the performance of existing geothermal reservoirs at a low cost. Plant owners can re-power lost capacity and generate additional power to help these existing facilities produce at levels to fulfill their PPA’s.
  • Moreover, AltaRock’s EGS technology makes it possible to reduce the risk of geothermal exploration from a 20% success rate to over 85%.

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