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Food, feed & confectioneryAdvanced materials
Traditional malting processes can be time-consuming and resource-intensive – in an industry facing increasing challenges from energy and raw material costs. Our Stellar technology has been developed to optimize processes and boost efficiency regardless of grain type, and with no capital expenditure.
Stellar technology uses nanosecond-pulsed electric fields (nsPEF) to dramatically enhance the germination of cells. Our Stellar Taurus solution applies this in commercial settings to enable up to 20% faster germination time alongside reductions in β-glucan of up to 30% all using existing infrastructure and processes.
Developed in close collaboration between Bühler and leading research institution ETH Zurich, Stellar technology is flexible and scalable. The Stellar Gemini system formulates optimal parameters on a small scale, while the commercial application Stellar Taurus is designed for larger-scale industrial needs.
Increasing enzyme activity in the malt means lower costs, improved product quality and higher production capacities – allowing optimal use of existing infrastructure to revolutionize malting efficiency.
Stellar Taurus uses high voltage and nanosecond pulse electric fields to target intracellular cell membranes, stimulating grain growth with nPEF technology. Our patented, innovative approach reduces consumption while increasing plant capacity. Take advantage of germination that is up to 20% faster, and β-glucan reduced by up to 30% without additional expenditure.
Stellar Taurus features preset software and recipes, making it resistant to common cleaning methods. Its user-friendly machine settings and full compatibility with any automation system ensure ease of use for all operators.
Stellar Taurus boasts pre-defined pipe diameters, a space-saving, handy size, and a hygienic design. It allows for quick and easy installation between batches with minimal plant downtime. Suitable for any malting plant with wet transport, Taurus ensures seamless, flexible integration into your production process.