1. Company Introduction

Ceramic Cells was founded by the research team ledby Professor Zhan Zhongliang at the University of Science and Technology of China. The company specializes in the R&D and manufacturing of solid oxide hydrogen stacks, aiming to deliver world-class products with fully proprietary intellectual property and accelerate industrial commercialization.

On June 28,2024, Ceramic Cells launched its self-developed SOEC-CH4 stack. Based on SOEC technology,SOEC-CH4 converts biomethane, steam, and renewable electricity into high-purity green hydrogen andrenewable CO2, providing low-cost feedstock gas for downstream green fuel synthesis.

Focusing on stack innovation and manufacturing, Ceramic Cells works closely with partners to co-developbalance-of-plant (BOP) systems, jointly advancing theelectrochemical hydrogen and green liquid fuelsmarket.

Company Website：www.ceramic-cells.com

2. New Product Information

    New Product：SOEC-CH₄

Product Introduction

As the world's first water electrolysis stack coupled with biomethane, SOEC-CH₄ is built on Solid Oxide Electrolysis Cell (SOEC) technology. By using biomethane, steam, and renewable electricity as inputs, the stack simultaneously produces high-purity green hydrogen and renewable CO₂ at an operating temperature of approximately 600°C.

To produce 1 Nm³ of H₂ and 0.25 Nm³ of CO₂, the stack consumes only 1 kWh of electricity and 0.25 Nm³ of biomethane, enabling low-cost production of feed gases for green fuels.

Its modular design supports both large-scale and distributed production, making it a promising solution for distributed projects with annual capacities of 10,000 tonnes or more.

Low CAPEX. Low OPEX.

Product Application 

Low-Cost Green Methanol and SAF Production.

Product production capacity

Our technology is currently at the pilot-scale testing stage. We welcome industry partners to collaborate with us on pilot projects.

Industrialization cooperation case

Partnering with an energy company to develop a 10-tonne-per-year green methanol production project.