Dalmia Cement (Bharat) begins commercial production of Line 2 at its Bengal Cement Works unit

Dalmia Cement (Bharat) commercial production of Line 2 at its Bengal

Dalmia Cement (Bharat) Limited has announced the commencement of commercial production of Line 2, having a capacity of 2.25 MTPA, at its Bengal Cement Works (BCW) Unit in Midnapore, West Bengal. With this development, the company's overall capacity at the Midnapore plant has now escalated to 4 MTPA per annum, making it the largest cement plant in the state. This development resonates with the company's commitment to fostering sustainable growth while creating job opportunities in the area. The onset of commercial production at the BCW Unit will contribute towards nation-building and Atmanirbhar Bharat, while also catering to the growing demand from the eastern and north-eastern states of the country.

Ujjwal Batria, COO, Dalmia Cement (Bharat) Limited said, "We are grateful to the Government of West Bengal and people of Salboni for their wholehearted support and letting us contribute to the state's growth story. With the beginning of commercial production, we are confident that we will further provide impetus to construction in the region and cater to the strong demand for cement from both rural and urban centers. This addition will also play a crucial role to ensure sufficient and timely supplies thereby adding to efficiencies of the supply chain."

"To ensure that the demand is met in a sustainable manner, we have also deployed the latest machinery and technology at our BCW unit and will be aiming to produce 100% blended cement. This step is also in line with our commitment to become carbon negative by 2040," he added.

DCBL has installed several new quality-control processes and technologies at the plant to ensure automated quality control without human intervention. That, combined with superior raw materials, will improve the overall quality of the cement output. Online particle size analyzer will ensure uniform distribution of particle size, making concrete dense, impervious, and highly reactive, leading to higher strength and durability of construction.