Displaying items by tag: funding
Sagar Cements to raise funds for upgrades
13 October 2016India: Sagar Cements is planning to raise funds to finance expansion of its cement grinding plant at Vizag in Andhra Pradesh as well as to set up a coal-fired power plant at its plant at Nalgonda in Telangana. A directors board meeting has been scheduled on 19 October 2016 to discuss proposals for the financing.
US: St. Marys Cement’s has received inducement resolution approval from the Michigan Strategic Fund (MSF) for up to US$150m in private activity bonds to expand its Charlevoix plant in Michigan. The cement producer will now submit a more detailed plan to the MSF.
“This is great news for St Marys, its employees and customers,” said Senator Wayne Schmidt. “Not only will this project help the company to grow its Charlevoix plant and expand its capabilities to better serve customers, but it will also create new jobs in the community.”
According to MSF, the plant upgrade will expand the plant’s infrastructure to increase productivity. The project is expected to qualify for bond financing as a solid waste disposal and recycling facility. The company currently employs 232 people, and the expansion project is expected to add up to 200 jobs during construction and up to 10 permanent jobs upon completion.
Private activity bonds are a source of financial assistance to economic development projects in the state. They provide profitable firms with capital cost savings stemming from the difference between taxable and tax-exempt interest rates. A bond inducement is the first step in a bond transaction.
LEILAC secures Euro12m from European Union to demonstrate Calix carbon capture technology
21 April 2016Europe: The Low Emissions Intensity Lime And Cement (LEILAC) consortium has secured Euro12m in funding over five years from the European Commission Horizon 2020 Grant programme to test Calix’s direct separation process to capture CO2 emissions from cement and lime production. The consortium comprises HeidelbergCement, Cemex, Tarmac, Lhoist, Amec Foster Wheeler, ECN, Imperial College, PSE, Quantis and the Carbon Trust. The consortium will also contribute a further Euro9m towards the project.
During the first three years, the project will focus on finalising the design of the demonstration plant, to be constructed at the HeidelbergCement plant in Lixhe, Belgium once the necessary permits have been secured. The high temperature Direct Separation Calciner pilot unit will then undergo two years of testing in a standard operational environment, at a feed rate capacity of 240t/day of cement raw meal and 200t/day ground limestone respectively, on a continuous basis for several weeks.
Fundamental research on the process demands and performance will be carried out to demonstrate that the technology works sufficiently and robustly enough to be scaled up to full operational use. The project results will be shared widely with industry at key intervals during the testing.
Calix’s direct separation technology is achieved by re-engineering the process flows used in the best available technology for lime and cement calcination. Carbonate calcination occurs by indirect counterflow heating, and consequentially the flue gases are not mixed with the CO2 emitted from the carbonate minerals. This technology is already operating at a commercial scale for magnesite calcination. It does not require any separation technologies, new materials or processes. The technology is complementary with other carbon capture methods already developed in the power and cement sector, such as oxyfuel, and can make use of alternative fuels.