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Perm scientists found a way to convert gas turbine units to hydrogen fuel The scientific team of Perm Polytechnic University, after creating a model of thermal processes, found a way to safely and efficiently convert existing gas turbine units to hydrogen fuel. Hydrogen produces four times more heat than methane. "But it is impossible to simply replace one fuel with another, because without reconfiguration the equipment may fail after only a few hours of operation," the organization explained. The Polytechnic University created a three-dimensional model of the combustion chamber, and then, abandoning simplicity, they combined calculations of air movement, turbine heating and exhaust gas output. All have been brought to stable indicators that can be used at work. PNIPU is even more about what it is - using the hashtag in ZAN.

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Lomovka. Регионы · · Source

Perm scientists found a way to convert gas turbine units to hydrogen fuel The scientific team of Perm Polytechnic University, after creating a model of thermal processes, found a way to safely and efficiently convert existing gas turbine units to hydrogen fuel. Hydrogen produces four times more heat than methane. "But it is impossible to simply replace one fuel with another, because without reconfiguration the equipment may fail after only a few hours of operation," the organization explained. The Polytechnic University created a three-dimensional model of the combustion chamber, and then, abandoning simplicity, they combined calculations of air movement, turbine heating and exhaust gas output. All have been brought to stable indicators that can be used at work. PNIPU is even more about what it is - using the hashtag in ZAN.

Perm scientists found a way to convert gas turbine units to hydrogen fuel The scientific team of Perm Polytechnic University, after creating a model of thermal processes, found a way to safely and efficiently convert existing gas turbine units to hydrogen fuel. Hydrogen produces four times more heat than methane. "But it is impossible to simply replace one fuel with another, because without reconfiguration the equipment may fail after only a few hours of operation," the organization explained. The Polytechnic University created a three-dimensional model of the combustion chamber, and then, abandoning simplicity, they combined calculations of air movement, turbine heating and exhaust gas output. All have been brought to stable indicators that can be used at work. PNIPU is even more about what it is - using the hashtag in ZAN.

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