Facility

NOVONIX Riverside Synthetic Graphite Facility

NOVONIX's synthetic graphite plant on Riverside Drive in Chattanooga, Tennessee, built around the company's proprietary continuous graphitization furnace technology. DOE finalized a US$100 million Bipartisan Infrastructure Law grant for Riverside on 31 October 2023 (resized down from the US$150 million selection announced in October 2022 and reallocated to Riverside), against a stated target of up to 20,000 tpa. In April 2026 the U.S. Government certified the Riverside project in connection with US$103 million of Section 48C Advanced Energy Project tax credits, payable when NOVONIX places its first 11,000 tpa of production in service before 7 April 2028. The plant delivered its first mass-production, commercial-grade synthetic graphite sample for industrial applications on 29 September 2025; NOVONIX states mass production begins in 2026 for lead customer Panasonic, so the graphitization line is recorded as commissioned rather than operating. Riverside's finishing step is recorded as a separate line because the sources distinguish industrial-grade product already made from battery-grade anode material still in qualification; the site vocabulary carries a single synthetic-anode-material token for both grades.

Facts on this page last re-verified Aug 12, 2026 — the oldest verification date among its current claims. How we verify.

Location: Chattanooga, Tennessee, United States

Graphitization

Continuous graphitization

Commissioned

NOVONIX proprietary continuous graphitization furnace technology converting a graphitizable carbon precursor into synthetic graphite; first mass-production, commercial-grade industrial sample delivered September 2025, with mass production stated to begin in 2026

Material flow

Graphitizable carbon precursor → Synthetic anode material

Capacity

20,000 t/year · Product mass · Target · as of Oct 31, 2023

Qualification

No qualification claim. Status does not imply qualified output.

Anode finishing

Anode material finishing and qualification

Announced

Finishing and product qualification of graphitized synthetic graphite into anode material; the sources distinguish industrial-grade product (qualified first, faster path to market) from battery-grade anode material for lead customer Panasonic, which remained in qualification as of September 2025. The site material vocabulary carries a single synthetic-anode-material token for both grades, so the input and output claims below name the same material and differ by grade

Material flow

Synthetic anode material → Synthetic anode material

Capacity

No capacity claim. Absence of a figure means no source publishes one.

Qualification

No qualification claim. Status does not imply qualified output.

Sources