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Towards a business case for CO2 mineralisation in the cement industry

Engineering and Technology

Towards a business case for CO2 mineralisation in the cement industry

T. Strunge, P. Renforth, et al.

This innovative research by Till Strunge, Phil Renforth, and Mijndert Van der Spek reveals that CO2 mineralization of silicate minerals can significantly reduce emissions in the cement industry while also boosting profits. With potential reductions in CO2e emissions by 8–33% and increased revenue, this breakthrough offers a sustainable pathway for the industry.... show more
Abstract
The cement industry, an industry characterised by low margins, is responsible for approximately 7% of anthropogenic CO2e emissions and holds the highest carbon intensity per unit of revenue. To encourage complete decarbonisation of the cement industry, strategies must be found in which CO2e emission reductions are incentivised. Through integrated techno-economic modelling the study shows that CO2 mineralisation of silicate minerals, storing CO2 in solid form, can reduce CO2 emissions by 8–33% while generating additional profit of up to €32 per tonne of cement. Two conditions are paramount for positive business cases: the resulting products must be used as a supplementary material in cement blends, and the storage of CO2 in minerals must be eligible for emission certificates or similar. Mineral transport distance and product composition are decisive factors.
Publisher
Communications Earth & Environment
Published On
Mar 14, 2022
Authors
Till Strunge, Phil Renforth, Mijndert Van der Spek
Tags
CO2 emissions
cement industry
mineralization
sustainability
techno-economic modeling
profitability
carbon intensity
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