Velocys Released AlphaCore 800 Microchannel Reactor
The new reactor doubles the daily capacity of previous models to support larger-scale industrial fuel production.
Updated on Sept. 29, 2026 in Energy
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Velocys has released the AlphaCore 800, a new microchannel reactor capable of producing up to 800 barrels of synthetic fuels per day. This addition expands the company's existing product range to better serve facilities targeting higher annual output.
Why it matters
The reactor design aims to lower unit costs and minimize the number of units required for large-scale projects. This development responds to industry demand for technology capable of supporting plants producing 100,000 tonnes of fluids per year or more.
The AlphaCore 800 provides a production capacity of 30,000 tonnes of Fischer-Tropsch fluids annually per unit. Utilizing this higher-capacity model allows for a significant reduction in total reactor count for large-scale plants compared to smaller, previously available units.
The players
Velocys
An energy technology company specializing in modular microchannel reactors for the production of synthetic fuels.
The details
The system utilizes microchannel Fischer-Tropsch technology, a process that converts synthesis gas into liquid hydrocarbons using specialized catalysts within very small, high-surface-area channels. By moving to the 800-barrel-per-day specification, plant operators can simplify the FT island—the core section of a fuel plant where synthesis takes place—and reduce the amount of auxiliary equipment required for complex industrial configurations.
Timeline
September 29, 2026: Velocys announced the official release of the AlphaCore 800.
The Tech Race
The AlphaCore 800 extends the technical capabilities established by the AlphaCore 50, 200, and 400 microchannel reactor series. This release marks a departure from smaller-scale modularity to better compete for projects aiming for annual output targets of 100,000 tonnes and above.
Industrial developers targeting high-capacity synthetic fuel plants can now integrate fewer reactors into their site planning to reach a 100,000-tonne annual output. The availability of the 800-barrel model streamlines facility configuration by reducing the total number of units required.
The takeaway
The move toward higher-capacity modular reactors signals a push to make large-scale synthetic fuel production more capital-efficient. Industry participants should monitor upcoming project configurations to see if the AlphaCore 800 successfully reduces the total equipment footprint as intended.
Further reading
For more on the developments shaping industrial fuel production, visit our Energy section.
Source note: This article includes information reported by Hydrocarbononline.
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