Pregunta
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Respuesta correcta
|
What percentage of energy reduction is achieved by the new hybrid catalysts? :
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40% |
hat key component is integrated into zeolites to improve catalyst efficiency? :
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Silicon carbide nanoparicles |
In which journal were the results published? :
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ACS Omega |
What makes silicon carbide suitable for microwave and electromagnetic induction? :
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Strong microwave absortion capacity |
What reaction was used to test catalyst's performance? :
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Alkylation of mesitylene and benzyl alcohol |
What is the main advantage of these new catalysts? :
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Same chemical conversion with less energy use |
What % of industrial processes use catalysts for efficiency? :
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90% |
Why is heating integrated into the catalyst? :
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Improve thermal efficiency and reduce energy use |
What energy can replace fossil fuels with these catalysts? :
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Renewable electric energy |
What process benefits from hybrid catalyst application? :
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Biomass conversion |
Pregunta
|
Respuesta correcta
|
Which institutions developed the catalysts? :
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University of Alicante and UFRJ |
Which application may benefit from the catalysts? :
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Hydrocarbon synthesis from methanol |
What type of chemical reaction is typically energy-intensive and benefits from these catalysts? :
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Endothermic reactions |
What type of structure do zeolites have that makes them useful in catalysis? :
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Crystalline and porus |
What is the environmental benefit of these catalysts? :
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Reduced greenhouse gas emissions |
What energy source is being replaced by this innovation? :
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Fossil fuel energy |
What design feature enhances thermal efficiency? :
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Heating integrated into the catalyst |
Which industry benefits most from this technology? :
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Chemical |
Which of the following is a key environmental benefit of using hybrid catalysts? :
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Reduced CO₂ emissions due to lower energy use |
In catalyst design, what role does thermal conductivity play? :
|
It spreads heat evenly across the catalyst |
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