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‘Cheap’ imports threaten South African cement industry 26 March 2024
South Africa: The South African cement industry faces plant closures and job losses due to an influx of ‘cheap’ cement imports, according to a recent study. Chronux Research found that cement imports to South Africa rose by nearly 20% in 2023, despite logistical challenges at ports. The firm's cement import monitor shows imported cement volumes increased by 18% in 2023 to 979,000t, with a notable 43% year-on-year growth in the second half of the year.
"Cement imports continue to be able to navigate the port and supply chain issues in South Africa with minimal impact," reads the report, highlighting the government's lack of protective measures for local cement producers. Vietnam, Mozambique, Namibia, Saudi Arabia and the UAE were the primary sources of these imports.
Chronux Research director Rowan Goeller expressed confusion over how imports are bypassing the country’s congested ports. The local industry has been lobbying for tariff protection against imported cement. The capacity of South Africa's cement production stands at 20Mt/yr, but only 12Mt/yr is currently produced.
A report by PPC Cement and the Gordon Institute of Business Science revealed in September 2023 that South Africa’s cement industry is operating at two-thirds of its capacity, citing displacement by imports and low demand as major factors. This underutilisation could lead to job losses and government revenue collections, according to the report.
Economic adviser for the Optimum group, Roelof Botha, raised concerns about the quality standards of imported products and their impact on local employment. He said "The extent to which the imported product displaces the locally manufactured products will ultimately also replace domestic employment," highlighting the government's slow response and the potential risks associated with poor-quality imports in construction.
Cimpor becomes sixth cement producer in Cameroon 26 March 2024
Cameroon: Cimpor has begun operation of a new cement plant in the industrial and port area of Kribi, Cameroon. The plant has a production capacity of 1Mt/yr. Cimpor's entry makes it the sixth active cement producer in Cameroon, nine years after the end of a 48-year monopoly held by Cimencam, a subsidiary of Lafarge Holcim Maroc Afrique (LHMA).
Cameroon's first competitor was Dangote Cement Cameroon (1.5Mt/yr), followed by Morocco's Cimaf (1.5Mt/yr with the completion of the Douala plant extension), Mira Company (1.5Mt/yr), and Medcem Cameroon, a subsidiary of Turkey's Eren Holding (0.6Mt/yr).
With Cimpor's arrival, Cameroon's annual cement production capacity reaches 8.4Mt/yr, enough to satisfy the national demand, estimated at approximately 8Mt/yr. However, Cameroonian citizens still consider the cost of a 50kg cement bag high compared to countries with similar production levels.
UltraTech commissions new capacity at Roorkee plant 25 March 2024
India: UltraTech Cement has commissioned a new brownfield 1Mt capacity at its Roorkee-based facility in Uttarakhand, contributing to its total cement manufacturing capacity in India, which now stands at 138Mt. This addition is part of the 23Mt capacity expansion plan announced in June 2022.
In the third quarter of the 2024 financial year, UltraTech Cement reported a 67% increase in consolidated net profit to US$21.3m, with revenue from operations rising by 8% year-on-year to US$201m.
Kant Cement launches new dry clinker line 25 March 2024
Kyrgyzstan: Kant Cement has entered the construction phase of a new dry clinker production line at its Kant cement plant. The facility has a capacity of 2500t/day and aims to produce 800,000t/yr of clinker using advanced technology and automation.
The plant will both substitute for imports and export excess cement. It is expected to generate 300 new jobs.
Sweden: Researchers at Chalmers University of Technology, Sweden, have developed a method to simplify the construction of textile-reinforced concrete structures, a move that is expected to lead to more environmentally friendly infrastructure like bridges, tunnels, and buildings. The new technique addresses the high carbon footprint of cement.
This innovation, involving carbon fibre textiles as a replacement for steel reinforcement, enables lighter structures with reduced cement usage, thereby lowering the overall carbon impact. Karin Lundgren, Professor of Concrete Structures at Chalmers Department of Architecture said "A great deal of the concrete we use today has the function to act as a protective layer to prevent the steel reinforcement from corroding. If we can use textile reinforcement instead, we can reduce cement consumption and also use less concrete, thus reducing the climate impact."
The research is detailed in a paper titled 'Textile reinforced concrete members subjected to tension, bending, and in-plane loads: Experimental study and numerical analyses', which was published in the Construction and Building Materials journal. The study, a collaborative effort between Chalmers University and Gdansk University of Technology in Poland, is supported by the Swedish Research Council.