Neithalath asserts that a significant factor in climate change is construction. There isn't a material that can perform all the functions that concrete can, so we must carefully consider alternative cement manufacturing methods in order to reduce carbon emissions. The demand for the product won't change, and the building sector is highly accustomed to using Portland cement. He adds numerous studies are being conducted on this troublesome issue all around the world. Although there isn't just one way to cut carbon emissions from concrete, it is generally agreed that process adjustments in the production of cement could have the biggest impact. However, they might also be the most difficult to implement.
Neithalath claims that the research would concentrate on two key objectives to overcome these problems with carbon emissions. The first uses new electrolytic and hybrid methods to separate lime from the limestone without emitting carbon dioxide. The second involves the synthesis of cement via a low-energy approach that uses autocatalysis, a procedure that can be powered by renewable resources like solar energy. Neithalath and his research group will focus on crucial issues such as the consistency of the manufactured cement and the scalability of the manufacturing process.
According to Neithalath, "the big difficulty is not just about developing a new manufacturing technique that is environmentally sustainable. "It also involves producing concrete with the least amount of carbon emissions without significantly raising the cost. This is what we want to achieve.