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· Chemical Engineering Online
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Shougang Group and Rio Tinto have commissioned an industrial-scale trial carbon capture facility at Shougang’s steel operations in China. The unit captures CO₂ from blast furnace gas produced during ironmaking and is designed to process large volumes of off-gas—signaling progress toward lower‑carbon steel production.

What do you think will be the biggest factors determining whether blast-furnace gas carbon capture scales across the steel industry—technology performance, cost and energy use, CO₂ transport and offtake, or policy support?

Rio Tinto and Shougang commission industrial-scale carbon capture facility for blast furnace in China

This article was originally posted on chemengonline.com.

Shougang Group Co., Ltd. (Beijing, China) and Rio Tinto plc (London, England) have successfully built and commissioned an industrial-scale carbon capture trial facility for blast furnace gas at Shougang’s operations in China. The facility is designed to capture carbon dioxide (CO₂) contained in blast furnace gas produced during ironmaking. It can process up to 3,000 […]

The post Rio Tinto and Shougang commission industrial-scale carbon capture facility for blast furnace in China appeared first on Chemical Engineering.

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