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ORC MODULE ZE - 50 - ULH

ORC MODULE ZE - 50 - ULH

ORC MODULE ZE - 50 - ULH

Product catalog summary
Plant Technology Overview
The ZE-50-ULH module operates on a low-temperature organic Rankine cycle (LT-ORC). It utilizes a heat source to transfer energy via a vector fluid to primary heat exchangers, where a working fluid is vaporized and drives a turbine to generate electricity. The cycle is closed by condensing the working fluid back to liquid form for recirculation.

Innovation and Environmental Benefits
The ZE turbogenerators are designed for low operational temperatures, allowing the use of low-grade heat sources. They feature a dry working fluid, reducing maintenance and increasing reliability. The system operates at lower pressures, enhancing safety and reducing costs. Environmentally, the system is closed-circuit with no emissions, uses biodegradable fluids, and is constructed from recyclable materials.

Technical Specifications
  • Working Fluid: Non-toxic, non-flammable HFCs, operating between 60-165°C.
  • Heat Exchanger: Brazed plate type, with a maximum working temperature of 195°C.
  • Turbine: Single-stage radial inflow, operating at 85°C input and ~60°C output.
  • Generator: Synchronous, permanent magnet, with a power output of 50 kWE.
  • Inverter: IGBT-mains synchronized, with a power output of 50 kWE.
  • Condenser: Thermal dissipation power of 470 kWT, with a cooling water temperature range of 26°C to 31°C.

Skid Dimensions and Customization
The ORC module is mounted on a self-supporting skid, which can fit inside a standard 20” container. Custom dimensions and configurations are available upon request to meet specific client needs.
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Catalog excerpts

ORC MODULE ZE - 50 - ULH-1

Product Sheet Energy Production

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ORC MODULE ZE - 50 - ULH-2

PLANT TECHNOLOGY 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 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 fluid fluid. The working fluid - a low-boiling, biodegradable, non toxic liquid when at room temperature - boils in the evaporator at a temperature far lower than that...

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ORC MODULE ZE - 50 - ULH-3

INNOVATION Independently designed and manufactured using the most advanced technologies in finite elements and fluid-dynamics analysis (CFD/CFX), the ZE turbogenerators are designed from scratch to operate in a low-temperature organic Rankine cycle which uses a special working fluid that offers better performances and several advances over traditional steam turbines: • Low operational temperature which allow our systems to tap even low-grade heat sources; • High condensation temperature which may allow the use of simple air-cooled condensers; • Totally dry working fluid which means no turbine...

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ORC MODULE ZE - 50 - ULH-4

CIRCUIT COMPONENTS Recirculation Pump High-Speed Turbine Synchronous Electric Generator Power Converter Main Grid PROCESS DATA WORKING FLUID Type Mixture of environment-friendly, non-toxic, non-flammable HFCs Working Temperature Condensation Temperature Working Pressure HEAT EXCHANGER Type Brazed plate 30 bar (Nominal) / 39 bar (Test) /225 bar (Burst)

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ORC MODULE ZE - 50 - ULH-5

PREHEATER + EVAPORATOR Total Thermal Power Input Vector Fluid Vector Fluid Temperature (input/output) Vector Fluid Flow Rate Power Output CONDENSER Thermal Dissipation Power Condenser Cooling Water Temperature (in/out) Condenser Circuit Flow TURBINE Type Single-stage radial inflow turbine w/fixed nozzles, directly coupled to the generator shaft Operating Temperature (input/output) Stage Pressure Machined steel (body) / Aluminium alloy (impeller) Speed Control Feedback loop on the generator current output Sealed labyrinth on impeller back and optionally at generator interface. Environmental seal...

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ORC MODULE ZE - 50 - ULH-6

ZE-50-ULH DIMENSIONI SKID The ORC module is supplied mounted on a self-supporting frame (“skid”) hosting all module components, ready to be connected to heat source and heatsink. Where necessary, this skid is capable of fitting inside a standard 20” container for shipping. Skid weight and dimensions are listed on the left and below. Please keep in mind that the skid ideally requires at least 1.5 meters of free space on all sides for easy maintenance access. Zuccato Energia, as system developer and manufacturer, may also upon request design and build the module with custom dimensions and working...

 Open the catalog to page 6

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.