4 results about "Tubular solid oxide fuel cell" patented technology

This invention belongs to the field of catalyst technology, specifically relating to a multi-metal-doped cerium oxide catalyst and its preparation and application. The catalyst comprises a γ-Al₂O₃ support and an active component supported thereon, wherein the chemical formula of the active component is Ni. a Fe b Ru c Co d Ce1 a b c d O 2‑δ Wherein, 0.05≤a≤0.1, 0.04≤b≤0.06, 0.04≤c≤0.06, 0≤d≤0.06, and a+b+c+d≤0.2. The catalyst is prepared by solution impregnation, by preparing a metal salt solution and impregnating it on a γ-Al2O3 support to obtain a sol with a complexing agent, which is then aged, dried, and calcined in stages. The catalyst is used in the steam reforming reaction of aviation kerosene (n-dodecane simulation), and can achieve 100% catalytic conversion at 700 °C, without deactivation after 100 h of continuous operation, exhibiting low-temperature activity and anti-carbon deposition performance; wherein Ni 0.05 Fe 0.05 Ru 0.05 Co 0.05 Ce 0.8 O 2‑δ When reformed gas drives a tubular solid oxide fuel cell, the power density reaches 830.90 mW / cm³. 2 It operates stably for 100 hours without significant degradation. The process of this invention is simple and cost-controllable, and it is applicable to the fields of hydrogen production from aviation kerosene reforming and SOFC coupled power generation.

The application relates to a tubular solid oxide fuel cell power generation device based on a parallel connection mode, which comprises a fuel reforming bin, a fuel distribution bin and multiple groups of solid oxide fuel cells; the fuel reforming bin is provided with a fuel gas inlet hole and a fuel gas outlet hole; the fuel gas inlet hole is communicated with a fuel supply device through a fuel gas inlet pipe; the fuel gas outlet hole is also communicated with the fuel distribution bin through the fuel gas inlet pipe; the multiple groups of solid oxide fuel cells are arranged in parallel; the anode of the solid oxide fuel cell is connected through an anode connecting body, and the cathode is connected through a cathode connecting body; the anode connecting body and the cathode connecting body are both mounted on the fuel distribution bin; the fuel distribution bin is provided with a fuel gas inlet and a fuel gas outlet; the fuel gas inlet and the fuel gas outlet are respectively communicated with the anode and the cathode. The tubular solid oxide fuel cell power generation device has the advantages of simple structure, high stability and strong portability.

Described herein are new solid oxide fuel cell interconnects and methods for making same that may comprise a novel bilayer construct on an anode substrate to provide a dense microstructure, low area specific resistance, and negligible oxygen permeability to form a bilayer ceramic interconnect that is a strong candidate for next-generation, durable, and low-cost tubular solid oxide fuel cells.

The present invention relates to a method and system for producing tubular ceramic green bodies that can be converted into tubular solid oxide fuel cells.