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SUSTAINABLE PROCESS INDUSTRY

This project aims to develop cost-effective process heat pumps for industrial heat recovery in Europe. By recovering heat from low-temperature waste streams using high-temperature heat pumps, hot water or process steam can be produced to partially meet plant heat needs. The technology will be demonstrated in two industrial plants, with monitoring and validation as key components. The project aligns with SPIRE PROCESS Key Action 2.2 and Horizon 2020 topic EE.18, focusing on energy harvesting, storage, and reuse. With a budget of around 6 million euros, including 3.5 million euros in EU funding, the project is set to run from January 2015 to December 2018. The impact includes recovering and reusing 15% of process heat, offering a turn-key solution with wide replication potential, quick payback (<3 years), and applicability across all industrial sectors. The existing consortium involves CRES, IDENER, and IZNAB, while partners sought include heat pump and compressor manufacturers, heat recovery equipment suppliers, industrial enterprises for pilot system installation, and a technology center for heat pumps laboratory testing.

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SUSTAINABLE PROCESS INDUSTRY

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  1. Project Idea Presentation: COST EFFECTIVE PROCESS HEAT PUMPS FOR INDUSTRIAL HEAT RECOVERY SUSTAINABLE PROCESSINDUSTRY EUROPEAN INDUSTRIAL COMPETTIVENESS TROUGH Resource and energyefficiency

  2. CENTRE FOR RENEWABLE ENERGY SOURCES AND SAVING (CRES)

  3. Project Idea Concept Heat recovery from low temperature (<100ºC) process waste streams with the aid of high temperature heat pumps, in order to produce hot water or process steam, which will be utilized to partially cover plants needs in process heat. Technology development, demonstration in 2 industrial plants, monitoring & validation.

  4. Project Idea Concept • SPIRE PROCESS Key Action 2.2: Energy harvesting, storage and reuse • Horizon topic EE 18 2014/2015: New technologies for utilization of heat recovery in large industrial systems, considering the whole energy cycle from heat production to transformation, delivery and end use. • BUDGET ~6 million euroEU funding ~3.5 million euro • Project duration: Jan 2015 – Dec 2018

  5. Idea Impact • 15% of process heat recovered and reused • Turn-key solution with wide replication potential • Payback <3 years • Technology applicable to all industrial sectors

  6. Existing Project Consortium • CRES • coordinator • heat pump technology development • conceptual design • monitoring & technology validation • innovation related activities • dissemination • IDENER • processes design, modelling and control • heat recovery strategies • IZNAB • industrial process modelling

  7. Looking for partners… • HEAT PUMP MANUFACTURER • Heat pump technology development • Heat pumps manufacture • COMPRESSOR MANUFACTURER • Development & manufacture of compressors • HEAT RECOVERY EQUIPMENT MANUFACTURER • Supply of heat recovery equipment • 2 INDUSTRIAL ENTERPRISES • Install & operate pilot systems • TECHNOLOGY CENTRE • Heat pumps laboratory testing

  8. Contact details DimitriosMendrinos Centre for Renewable Energy Sources & Saving 19th km Marathonosave 19009 PikermiAttikis, Greece http://www.cres.gr/ Email: dmendrin@cres.gr

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