General Galactic, a newly launched startup, is embarking on a mission to slash the expenses of e-fuels through tight in-house integration. E-fuels, which are hydrocarbons derived from captured carbon dioxide, hold promise as carbon-neutral alternatives. However, current approaches face cost challenges.
General Galactic’s strategy centers on designing and constructing key components of the e-fuel production system within the company. This comprehensive integration sets them apart from competitors focused solely on specific stages of the process. By controlling the entire stack, General Galactic aims to optimize efficiency and minimize expenses.
The startup’s modular approach to component design enables mass production and simplifies long-distance transportation. Additionally, it facilitates design and development in a compact lab environment, reducing construction costs for commercial-scale plants.
General Galactic has prioritized developing the methane reactor, currently producing around 2,000 liters of methane daily. The company’s deliberate focus on methane, rather than sustainable aviation fuel, stems from its widespread use across various economic sectors.
Despite the proven science behind each step of the process, General Galactic’s ambitious in-house integration poses significant engineering challenges. However, the startup is confident in its ability to overcome these hurdles and deliver cost-effective e-fuels.
