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Highlights
- 70% reduction in energy use.
- Global commercialization strategy launched.
- Top-tier consultant partnership fuels innovation.
Firebird Metals (ASX:FRB) has taken a significant step forward in the quest for energy-efficient mineral processing by engaging mining consultant Sedgman to help commercialize its novel calcining kiln technology. This initiative, targeting both domestic and international markets (with the exception of China), is designed to address the escalating demand for more sustainable and cost-effective mineral processing solutions.
The calcining kiln, currently under a patent application, has demonstrated impressive performance in pilot-scale trials. Traditional kilns typically consume more than 300 kilowatts per hour per tonne of feed, whereas the new system operates between 80 and 100 kilowatts per hour per tonne. This breakthrough equates to an approximate 70% reduction in energy usage, leading to a cost saving of about US$30 (roughly $47) per tonne—around 5% of the overall production costs. Such efficiency gains are crucial in an industry increasingly focused on reducing operational costs and environmental impact.
Sedgman, known for its four-decade-long track record in pioneering process technology improvements, has been selected to support the commercialization efforts. The consultancy’s deep expertise in advancing novel equipment and solutions for processing plants underpins this strategic move. Sedgman, along with development partner Sunward, has a reputation for enhancing operational performance, which further reinforces the potential of the calcining kiln technology to set new industry benchmarks.
The technology’s scalability adds another layer of appeal. Beyond its initial application in manganese-related mineral processing—particularly in producing materials for high-purity battery-grade manganese sulphate—the kiln is being evaluated for broader industrial applications. Potential sectors include iron ore beneficiation and lithium sulphate production, among others. This diversification highlights the technology’s versatility and its potential to serve multiple facets of the global mineral processing industry.
In parallel, the company is advancing its China-focused strategy in the lithium manganese iron phosphate battery segment. This move is part of a broader vision to emerge as a near-term producer of critical battery components for electric vehicles. As international inquiries about the technology continue to grow, the initiative underscores a robust commitment to integrating innovative, sustainable solutions into modern industrial practices.
With the collaboration of experienced partners and the promise of substantial efficiency improvements, the new calcining kiln technology is poised to drive significant changes in the mineral processing landscape, paving the way for more efficient, sustainable production processes worldwide.
