4 products found
Zuccato Energia Srl Products
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ULH-Modules ORC Series
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Zuccato Energia - Model ZE-30-ULH - 30-KWE, Skid-Mounted, Low-Temperature Organic Rankine Cycle (LT-ORC) Energy Production Module
The structure of the proposed plant is based on the so-called low-temperature organic Rankine cycle (LT-ORC), and may be summed up by the diagram in Figure 1. A heat source [1] generates heat, which is conveyed through a vector fluid circulating into a closed loop to one or more primary heat exchangers, usually a preheater and an evaporator [2], where said heat is transferred from the vector fluid to the working ...
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Zuccato Energia - Model ZE-40-ULH - 40-KWE, Skid-Mounted, Low-Temperature Organic Rankine Cycle (LT-ORC) Energy Production Module
The structure of the proposed plant is based on the so-called low-temperature organic Rankine cycle (LT-ORC), and may be summed up by the diagram in Figure 1. A heat source [1] generates heat, which is conveyed through a vector fluid circulating into a closed loop to one or more primary heat exchangers, usually a preheater and an evaporator [2], where said heat is transferred from the vector fluid to the working ...
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Zuccato Energia - Model ZE-50-ULH - 50-KWE, Skid-Mounted, Low-Temperature Organic Rankine Cycle (LT-ORC) Energy Production Module
The structure of the proposed plant is based on the so-called low-temperature organic Rankine cycle (LT-ORC), and may be summed up by the diagram in Figure 1. A heat source [1] generates heat, which is conveyed through a vector fluid circulating into a closed loop to one or more primary heat exchangers, usually a preheater and an evaporator [2], where said heat is transferred from the vector fluid to the working ...
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Zuccato Energia - Model ZE-100-ULH - 100-KWE, Skid-Mounted, Low-Temperature Organic Rankine Cycle (LT-ORC) Energy Production Module
The structure of the proposed plant is based on the so-called low-temperature organic Rankine cycle (LT-ORC), and may be summed up by the diagram in Figure 1. A heat source [1] generates heat, which is conveyed through a vector fluid circulating into a closed loop to one or more primary heat exchangers, usually a preheater and an evaporator [2], where said heat is transferred from the vector fluid to the working ...