Ferrock:a Comparative Study to Ordinary Portland Cement

Cement is a major binding component in concrete.It is of great importance in construction industry.Even though cement has these prominent properties, it emits carbon dioxide.So ferrock is used as an alternative for cement.Ferrock is an iron-based binding compound that offers a carbon-negative alternative to cement in concrete.It utilizes various waste streams and has properties that can help reduce the environmental impact of traditional concrete production.Ferrock is made from a blend of iron oxide powder, fly ash, lime powder, metakaolin, and oxalic acid, with the oxalic acid acting as a catalyst.The key benefit of Ferrock is its ability to absorb carbon dioxide from the atmosphere during the hardening process, making it an environmentally friendly option.This absorption of carbon dioxide helps reduce the emission of greenhouse gases.Additionally, Ferrock can be cured using carbon dioxide instead of traditional water curing, which reduces water usage in the production process.Overall, Ferrock shows promise as a sustainable alternative to cement in concrete production, offering environmental benefits and utilizing waste materials in its composition.