About Us
Powered by innovation, guided by responsibility
Fanne Technology Co., Ltd., established in 2025 and supported by the Zhejiang University Wenzhou Institute, was founded by an internationally leading research team with a strong focus on plasma catalysis and carbon utilisation. The company is dedicated to advancing technologies from fundamental mechanism studies to engineering applications, accelerating the transformation of scientific research into practical solutions.
Positioned at the intersection of scientific instrumentation and new energy technologies, Fanne Technology builds an integrated platform combining in situ characterisation, reaction engineering, and energy conversion. Its products and services include advanced research equipment such as plasma in situ DRIFTS cells, synchrotron-compatible in situ systems, plasma power supplies, and gas mixing systems, as well as materials testing, catalyst development, and custom reactor design. These capabilities support a wide range of applications in catalysis, materials science, energy conversion, and environmental technologies.
Driven by customer needs and aligned with cutting-edge research trends, Fanne Technology continuously innovates to deliver reliable, high-quality solutions. The company aims to bridge the gap between laboratory research and industrial application, contributing to the development of sustainable energy technologies and becoming a leading provider of scientific instruments and specialised equipment worldwide.
Power to X Demonstration System
Fanne Technology has independently developed the world’s first green electricity–coupled plasma catalytic reactor demonstration system for Power-to-X applications. By integrating renewable power generation, plasma reaction modules, and a fully automated control platform, the system enables efficient conversion of green electricity into high-value gaseous fuels. It offers automated operation covering gas supply, plasma discharge, reaction control, and process monitoring, with strong continuous-operation capability and clear scale-up potential.
At present, the system has a processing capacity of 5 L/min, and the catalyst has demonstrated stable operation for over 2000 hours. In CO2 methanation, it achieves over 80% CO2 conversion and more than 99% CH4 selectivity, demonstrating excellent reaction efficiency, product selectivity, and system stability. As a flagship demonstration system developed by Fanne Technology, this prototype verifies the feasibility of renewable-electricity-driven plasma catalysis for high-value carbon utilization, and provides a leading demonstration solution for green power utilization, carbon recycling, and distributed energy systems.
