Keliber Performs Well in Emissions Comparison
Keliber has analysed the CO2 emissions generated by its future production in two studies. Based on the comparative study, Keliber’s lithium hydroxide will have a smaller carbon footprint than most of the competitors’ products. The production is planned to begin in 2024.Keliber benefits from its integrated production process. The ore is extracted and processed at less than 70 kilometres from the lithium chemical plant, where the refining process is energy efficient. More than half of the electricity from the Finnish national grid is generated from renewable energy sources. In addition,
Due to increasing sustainability regulations, the maritime industry is in need of technical solutions that are highly efficient but also financially viable. As a new study by GF Piping Systems and Foreship shows, HVAC applications on passenger ships offer significant potential for improvement. Comparing a baseline steel piping system with pre-insulated polyethylene pipes in an air conditioning chilled water system revealed that plastic is more efficient in four areas: It decreases fuel consumption, reduces greenhouse gas emissions, lowers costs, and slightly improves EEXI and CII values.
Stockholm, March 9, 2022 - The European Medicines Agency has today, after reviewing stability data, approved the extension of the shelf life of the antigens in Strangvac to 28 months.
The manufacturing of Strangvac, a vaccine against the highly contagious equine disease strangles, takes place in two steps - first the antigens are produced in a process that yields sufficient antigens for several million doses, then vaccine doses are produced by mixing the antigens with adjuvant and saline. The reconstituted vaccine doses are transferred into vials that are labelled and packaged for sale.
