A Ca-Cu Chemical Loop Process for CO2 Capture in Steel Mills: System Performance Analysis

The Work and Preliminary Results of the C4u Project on Advanced Carbon Capture for Steel Industries Integrated in Ccus Clusters

“…As such, these are promising results for the TRL7 demonstration of the CASOH process. In addition, 1D Dynamic reactor model for packed beds have confirmed the process viability with known materials and operating conditions [23].…”

“…Fig.13. Simulated gas composition profile during the consecutive stage of CASOH, oxidation, regeneration and in between heat removal[23].…”

Experimental Proof of Concept of Blast Furnace Gas Decarbonisation Via Casoh Process.

“…To date, the Ca-Cu looping process has been experimentally validated in packed-bed reactors up to TRL5 for the production of virtually pure H 2 from natural gas [2]. However, the use of this promising pre-combustion technology has also been proposed to decarbonise blast furnace gas (BFG), called for this particularly application Calcium Assisted Steel-mill Off-gas Hydrogen (CASOH) [3]. In this context, the H2020 C 4 U project aims to scale the Ca-Cu looping technology up to TRL7 and design the process for optimal integration in the steel industry [4].…”