ElEctricity GEnEration from WastE HEat - Dürr … electricity generation from waste heat »...

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www.durr.com ELECTRICITY GENERATION FROM WASTE HEAT ORGANIC RANKINE CYCLE (ORC) TECHNOLOGY

Transcript of ElEctricity GEnEration from WastE HEat - Dürr … electricity generation from waste heat »...

www.durr.com

ElEctricity GEnEration from WastE HEatorGanic rankinE cyclE (orc) tEcHnoloGy

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Organic Rankine Cycle (ORC) is a key techno­logy used for generating electricity from decentralized heat sources. Thanks to its efficiency and flexibility, the ORC technology can be used to profitably recycle unused ther mal energy at temperatures between 90 and 600 °C.

makE tHE most out of your WastE HEat your waste heat

orc technology by Dürr cyplan:

» CO2­free electricity generation from waste heat

» Increase in energy efficiency » Conservation of resources » More independence through the use of

self­generated energy

CondenserEvaporator

Pump

Turbo-generator

Mains

ORC moduleRemoval of

residual heatHeat source

(e.g. industrial waste heat, engine waste heat)

HEAT

SOU

RCE

CURRENT

RESIDUAL HEAT

COMBINED RECUPERATOR/CONDENSERYour benefits:» Compact system design» Minimal pressure losses» Ideal heat transfer

CONTROL PANEL/CONTROLLERYour benefits:» Fully automated operation» Remote monitoring» Compact module ready to connect

DIRECT EVAPORATORYour benefits:» Simple incorporation without intermediate circuit» Greater safety» Better energy utilization» Easy maintenance

HERMETICALLY SEALED TURBOGENERATORYour benefits:» No additional lubricating circuit» Swivel-mounted turbine support for simple maintenance» Greater efficiency through freely selectable operating speed» Ideal blades for high pressure conditions

Your benefits:» Power-heat coupling of up to 90 °C possible

EXHAUST GAS OUTLET

EXHAUST GAS INLET

RESIDUAL HEAT

MAINSCurrent

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orc tEcHnoloGy By DÜrr cyPlan ORC TECHNOLOGY BY DÜRR CYPLAN

The ORC process is a steam cycle that uses heat to generate electricity. First, hot exhaust gas flows from the heat source (e.g. combustion engine) into the ORC module. There, the working medium is evaporated by the thermal energy. The pressurized steam is led into a turbogenerator, where part of its thermal energy is converted into electricity. Thereafter, the vapor is condensed by cooling. A pump injects the liquid working medium back into the evaporator.

Industry

Engines/ CHP units

Geothermal systems

Gas turbinesFurnaces

Dürr CyplanORC technology

Industry

Engines/ CHP units

Geothermal systems

Gas turbinesFurnaces

Dürr CyplanORC technology

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arEas of aPPlicationAreAs of ApplicAtion

High-temperature orc technology low-temperature orc technology

» Engines / CHP units » Biogas /natural gas » Landfill gas / gas from

purification plants » Other fuels

» Furnaces » Biomass » Waste

» Gas turbines » Compressor stations » Decentralized electricity

generation

» Geothermal systems » Modular geothermal power

stations » Wellhead generators » Research power stations

» Industry » Industrial production processes » Residual steam » Thermal exhaust air purification

The ORC technology by Dürr Cyplan offers standardized solutions for a wide range of applications

Turbogenerator

Evaporator

Recuperator

Inverter

Control

Feed-in

Cover

High temperature(gaseous)» Gross efficiency up to 22%» Min. 300 °C» Min. 350 kWth

Low temperature(liquid)» Gross efficiency up to 11%» Min. 90 °C» Min. 700 kWth

Heat extraction» Cooler

» Condensation heat (up to 90 °C)

ORC module scope of delivery

Condenser

Turbogenerator

Evaporator

Recuperator

Inverter

Control

Feed-in

Cover

High temperature(gaseous)» Gross efficiency up to 22%» Min. 300 °C» Min. 350 kWth

Low temperature(liquid)» Gross efficiency up to 11%» Min. 90 °C» Min. 700 kWth

Heat extraction» Cooler

» Condensation heat (up to 90 °C)

ORC module scope of delivery

Condenser

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Product overviewProDuct ovErviEW

Standardized compact modules for use in all your applications and areas

»» Our ORC plants are available as standardized compact modules rated at 70, 120, 300 and 500 kW electrical output.

»» Both high and low­temperature heat sources can be used for generating electricity.

»» In high­temperature plants, the condensation heat can be supplied at a temperature which enables further use and thus combined heat and power operation.

70 kWel

120 kWel

300 kWel

500 kWel

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»» Commissioning

»» Engineering

»» Services

rElEasE EnErGy WitH us! Release eneRgy with us!

We develop tailor-made ORC solu tions for your application. From consulting to engineering, production and commis-sioning, through maintenance and service – your satisfaction is our goal.

our orc know-how for you:

»» Consulting, proposals and planning for new projects and repowering

»» Remote surveillance and monitoring

»» First­class service solutions, expert maintenance and repair services

»» Training and seminars in our test and development center

»» Always»there»for»you

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» Electricity generation using residual heat from combustion or production processes

» Pre-tested compact modules for a broad temperature and performance range

» High electrical efficiency with minimum power consumption

» Easy system integration thanks to direct evaporation technology

» optional utilization of condensation heat

» fully automatic operation and remote monitoring

DÜrr cyPlanorc tEcHnoloGy ORC teChnOlOgy

www.durr-cyplan.com

Dürr – leading in Production Efficiency

Four divisions, one goal: maximum production efficiency for our customers » Paint and assembly systems: Paint shops and final assembly plants for the automotive industry and aerospace construction» application technology: Robot and application technology for applying paint, adhesives and sealants» measuring and Process systems: Balancing technology, cleaning technology and testing, filling and assembly products» clean technology systems: Exhaust air purification systems, energy efficiency technologies

Dürr cyplan ltd.

Carl­Benz­Str. 3474321 Bietigheim­Bissingen Phone +49 7142 78 2914E­mail info@durr­cyplan.comwww.durr­cyplan.com

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