Our Vision
A Practical Path for the Energy Transition
At Valverde Power Solutions (VPS), we believe the energy transition will be driven by the integration of carbon capture with natural gas–based, clean power generation. This approach delivers reliable, scalable, and carbon-free electricity while leveraging existing energy resources.
VPS recognizes that renewable energy alone is unlikely to meet North America’s growing electricity demand in the foreseeable future. While renewables are an essential part of the solution, their intermittency and current cost structures present significant challenges to fully replacing conventional energy sources.
Our strategy focuses on developing commercial, cash-flowing projects that decarbonize fossil fuels through innovative applications of proven technologies. By doing so, we provide a steady and dependable supply of clean electricity—bridging the gap between today’s energy systems and a lower-carbon future.
Fossil fuels currently account for approximately 80% of global energy demand, underscoring both their continued importance and the scale of the transition ahead. Replacing this infrastructure entirely with renewables will require substantial time, investment, and technological advancement.
Natural gas, in particular, will remain a critical component of the energy mix due to its abundance and reliability. By pairing it with carbon capture solutions, VPS enables the production of clean electricity without compromising consistency or performance.
The path forward requires balance: electricity must be cleaner, but it must also remain reliable and accessible. VPS is committed to delivering solutions that achieve both.
Emissions-Free Power Generation
Valverde will create projects that can provide steady, clean electrical supply (non-CO2) and still use the power and convenience of fossil fuels. Valverde will use Carbon Capture and Storage (CCUS) to reduce CO2 emissions while providing much needed electrical power. CCUS will be a vital part of getting to “Net Zero” by 2050 according to the IEA.
