Efficient, Low Carbon Heat and Power
Maximizing Energy Efficiency
BPA’s natural gas cogeneration systems are a cost-effective alternative to grid supplied power. By utilizing waste heat from on-site electricity production for building heating and process loads, our CHP solutions can significantly reduce utility costs while reducing carbon intensity, ensuring efficiency, sustainability, and reliability. Let us show you how.
Sustainable Energy Production
Embracing Low-Carbon Solutions
Sustainable Energy Production
Embracing Low-Carbon Solutions
Experience the future of sustainable energy solutions with BPA. By leveraging commercialized hydrogen and syngas, our low-carbon fuel blends make CHP operations reliable, flexible, and energy resilient, with extremely low environmental impact. Transform your building energy strategy today.
Cost-Effective, Environmentally Sound Strategy
Boosting Economic and Environmental Benefits
CHP has emerged as an integral and affordable component for a comprehensive sustainable energy strategy, offering reliability, flexibility and resilience. Let BPA guide you toward a cleaner and more cost-effective energy future.
What We Do
Leverage our knowledge in cogeneration and alternative fuels to optimize your energy use and contribute to a more sustainable future.
- Improve energy efficiency, minimize environmental impact, and optimize resource use by integrating combined heat and power systems as a baseline solution
- Offer a sustainable, reliable, and economically viable energy solution for buildings
- Integration of renewable energy sources (e.g., hydrogen, wood gasification, biofuel) into combined heat and power systems, fostering sustainability and reducing the facility's carbon footprint
- Optimize energy use, improve reliability and enhance overall energy efficiency and sustainability by facilitating the effective and efficient delivery of electricity generated within a system to diverse loads within your facility or, when applicable, back to the electricity grid
- Enhance the value of cogeneration systems by integrating emergency and backup power systems, ensuring uninterrupted power supply during grid outages. This is particularly beneficial to critical infrastructure and applications, safeguarding safety and operational continuity.
