News

As much as I love cast iron cookware, I have to admit that it has its downfalls. First, it’s heavy. Second, it’s often wanting in terms of its nonstick capabilities. Lastly, cast iron is slow ...
The metal’s time-temperature-transformation diagram ... that the heat of the process can distort parts. Adding nitrogen, carbonitriding, can increase hardness in lower carbon steels that ...
(If you’re interested in more about what seasoning involves, check out my extensive guide to carbon steel cookware care and maintenance.) The pan took a bit longer to heat up and held onto heat ...
Manufacturers are switching to cleaner, more efficient processes such as electrified industrial heat ... carbon dioxide (CO 2) emissions come from three industries: iron and steel, chemicals ...
This is an issue when using carbon steel on induction burners, which only produce heat where the pan contacts the cooktop. (And, as I mentioned, a cold pan is a sticky pan.) A lighter-weight pan ...
Gas and oil furnaces burn fuel to provide heat for homes, and that presents a basic problem. Every combustion process ...
They’re a human-made byproduct of steel production called slag, which, just by lying here, can capture and store carbon. That’s where McCauley’s company, Alkali Earth, comes in. “ ...
He was the designated conductor — called a murage — of this slow dance between heat ... of the Izumo Shrine. “Steel is just iron with a little bit of carbon,” Mr. Yasuda explained to ...
At our electric arc furnace (EAF) steel manufacturing operation in McMinnville, Oregon, we source most of our ferrous metal feedstock from our own recycling operations to produce low-carbon ...
Steel is one the world’s most polluting industries, but Europe is leaping forward in making the metal green. By 2030, the continent is expected to be home to nearly 50 green and low-carbon ...
Amin Al-Habaibeh has received funding from European Commission, Research Fund for Coal and Steel ... carbon emissions driving climate change. But you might be surprised to learn just how much heat ...