On August 11, the team from Extantia visited Carbonology’s Lingang R&D Center in Shanghai. They toured the company’s end-to-end DAC-to-eSAF pilot line and held in-depth conversations with Carbonology’s core technical team on technology roadmaps, cost curves, industrialization pathways, deployment planning, and global commercial viability.

Founded in 2020, Extantia is a venture capital firm backing pioneers in climate. As a climate tech generalist, they invest in software and hardware solutions that address large, near-term market opportunities with the power to redefine industries.

During the tour, the Extantia delegation visited three core pilot sections at the Lingang R&D Center: the Direct Air Capture (DAC) unit, the CO₂ electrolysis and reduction system, and the novel Fischer-Tropsch synthesis line. They observed the pilot plant in operation while Carbonology’s process engineers broke down the technical details of each unit, covering catalyst systems, energy consumption control, flexible integration with renewable electricity, and product separation and purificatio.

In the subsequent discussion, Carbonology explained its decision to prioritize eSAF as its first commercial product. With global aviation decarbonization policies tightening and multiple countries introducing mandatory sustainable aviation fuel blending requirements, market demand is structurally robust and long-term. eSAF is also a drop-in fuel that works with existing aircraft and refueling infrastructure, lowering the barrier to adoption. Unlike conventional bio-fuel, which faces feedstock constraints from agricultural, forestry, and waste oil sources, DAC-eSAF is produced from atmospheric CO₂, green electricity, and water, meaning no raw material bottlenecks and virtually unlimited scaling potential.

Carbonology also explained their medium-to-long-term cost reduction roadmap and scale-up planning. Through continuous process iteration, equipment localization, economies of scale, and China’s low-cost wind and solar resources, fuel costs are expected to decline steadily toward full market competitiveness. Carbonology is targeting cost parity with conventional petroleum-based jet fuel by 2033.

On the rapid scale-up strategy that the delegation focused on, Carbonology outlined a layered deployment plan: the Lingang R&D Center will continue to drive process iteration, catalyst optimization, and pilot validation; the kiloton-scale DAC-to-eSAF pilot base in Ningxia will serve as a standardized demonstration project to finalize the complete process package. Building on modular, standardized designs, Carbonology will then rapidly replicate ten-thousand-ton commercial plants in regions rich in renewable energy, compressing project construction and commissioning timelines while reducing scale-up risk.