Birch develops second‑generation enhanced geothermal systems (EGS) that provide clean, baseload electricity with faster deployment and longer asset life. By engineering flow‑control, intelligent wells, and optimized reservoirs, the company reduces water loss and extends system longevity, delivering gigawatt‑scale power. Birch also handles land selection, permitting, and partnerships to accelerate project timelines while maintaining high reliability.
Funding
Funding not disclosed
Founders
Product
Problem
Current geothermal projects often rely on first‑generation enhanced geothermal systems that suffer from high water loss, limited reservoir longevity, and lengthy, risky development timelines, making it difficult to deliver reliable baseload power at scale.
Solution
Birch delivers second‑generation enhanced geothermal systems that incorporate engineered flow‑control, intelligent well designs, and optimized reservoir configurations to minimize water loss and extend system life. By applying precise land‑selection criteria and a streamlined permitting process, the company shortens project development cycles while maintaining long‑term reliability. These technologies enable the rapid construction of gigawatt‑scale geothermal plants that provide clean, continuous electricity to meet grid demands. Birch partners with operators and utilities to integrate its low‑risk geothermal solutions into existing energy portfolios, supporting a transition to sustainable baseload generation.
Target Audience
Primary customers are utility companies, independent power producers, and energy developers seeking reliable, low‑carbon baseload generation, as well as investors focused on long‑term renewable infrastructure projects.
Features
- Flow‑control technology that regulates fluid circulation to reduce water consumption and improve thermal efficiency
- Intelligent well architecture with real‑time monitoring and adaptive control for enhanced performance
- Optimized reservoir designs that extend operational lifespan and increase power output
- Accelerated project timelines through data‑driven land selection and precise permitting strategies
- Modular system approach that allows scalable deployment from pilot to gigawatt‑scale plants
- Integration framework for collaboration with utility operators and energy developers