Refining area at 1600°C: Advanced synchrotron X-ray views into the black box of blast furnaces, understands ironmaking process, and illuminates the bright road to net-zero carbon emissions
The most effective method to reduce carbon emission in a blst furnace is to use hydrogen, substituting coke, to reduce iron ore. However, the mechanism as well as kinetics of iron ore reduction by hydrogen is still not understood clearly that hinder the use of hydrogen in practice. We thus construction an in-situ chamber to faciliate synchrotron X-ray analyses under high temperature and hydrogen environment simultaneously. Result is of great help to control parameters of a blast furnace and reduce carbon emission by using hydrogen successfully.
The innovative technology that turns waste into treasure – Silicon Dioxide regenerated from semiconductor waste that contains Silicon
The Intelligent Cloud Platform for the Machinery Industry and on-premise Taiwan Machinery Standard Runtime networking technologies.
Hybrid CMOS Inverter Comprised of Thin Film Transistors with Hetero-channel for Monolithic 3D-ICs and Ultra-high Resolution Flat-Panel Displays Applications
Next-generation energy for wearable device: bioinspired, eco-friendly, and felxible all-solid-state supercapacitors
Technology maturity：Prototype
Exhibiting purpose：Display of scientific results
Trading preferences：Negotiate by self
Coming soon!