Solid oxide cell (SOC) is an important technology for hydrogen energy utilization. Durability
and reliability of metal components including interconnect and metal support of metal …

Chromium vaporization and oxide scale growth are probably the two most important
degradation mechanisms associated with the interconnect in Solid Oxide Fuel Cells …

Oxidation behavior of integrated interconnect with bipolar plate and corrugated sheet made
by ferrite steel SUS430 is investigated and compared in simulated environment and in a …

To evaluate the suitability of the Co–29Cr–6Mo alloy as an interconnect in solid-oxide fuel
cells (SOFCs), the oxidation behaviour of Co–29Cr–6Mo alloys with various Si …

Hydrogen production from biomass in particular bio-oils appears interesting as bio-oils is
easy to transport and storage with high conversion towards hydrogen. Phenol as …

Co-based alloys are currently being used in a wide range of high temperature applications
owing to their high resistance to oxidation and corrosion. However, their oxidation-induced …

The oxidation behavior of SUS430 metallic interconnects for solid oxide fuel cell (SOFC) is
investigated. Different reductive atmospheres are applied on one side of the interconnect …

Alloy K41X has been proposed as interconnect material for high temperature vapor
electrolysis (HTVE) devices. This chromia forming alloy (alloy K41X) was oxidized at 800° C …

Steam electrolysis using SOEC operates in the range of 700–1000° C. The advantage of
using high temperature electrolysis is the improvement of electrochemical reaction rates and …

The present state of development of anode-supported solid oxide fuel cells may be
considered sufficient for commercialization of the technology. However, fabrication of the …