Project Idea Presentation:
COST EFFECTIVE PROCESS HEAT PUMPS
FOR INDUSTRIAL HEAT RECOVERY
SUSTAINABLE PROCESS
INDUSTRY
EUROPEAN INDUSTRIAL
COMPETTIVENESS TROUGH
RESOURCE AND ENERGY EFFICIENCY
CENTRE FOR RENEWABLE ENERGY
SOURCES AND SAVING (CRES)
WIND
• Resource assessment and wind farm performance in complex terrain
• RTD&D on large wind turbines and farms (wakes)
• Advanced measuring systems, including remote sensing
• Increasing interest for deep offshore applications (including floating WT)
BIOMASS
• Bioenergy chains/bio refinery including logistics and end-use
• Biofuels for transport, emphasis on feedstocks, techno-economics, EA/LCA
• Increasing interest for thermochemical conversion techs (gasification, etc)
GEOTHERMAL
• Ground-source systems, low & medium enthalpy geothermal energy
• Innovative applications (GSHP, ORC, MED, EGS)
• Heat pumps/ORC electricity generation/Desalination with Thermal Methods
WATER TECH.
• RTD&D Wave and Tidal (reducing our attention)
• Hydro Power for energy storage (increasing our attention for pump storage)
HYDROGEN & RES
• Clean hydrogen production from RES
• Integration in the power system, DER, Storage
• Pursuing the H2-Island
PV SYSTEMS &
DER
• Emphasis on balance of system issues
• DTD&D on DG / DER, hybrid systems
• Storage tech. Emphasis on batteries
SOLAR THERMAL
• RTD&D, Solar Cooling, Combi
• Concentrated Solar Power Generation (CSP)
WWW.SPIRE2030.EU
2
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.
WWW.SPIRE2030.EU
3
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 euro
EU funding ~3.5 million euro
•
Project duration: Jan 2015 – Dec 2018
WWW.SPIRE2030.EU
4
Idea Impact
1.
2.
3.
4.
15% of process heat recovered and reused
Turn-key solution with wide replication potential
Payback <3 years
Technology applicable to all industrial sectors
WWW.SPIRE2030.EU
5
Existing Project Consortium
1.
CRES
•
coordinator
•
heat pump technology development
•
conceptual design
•
monitoring & technology validation
•
innovation related activities
•
dissemination
2. IDENER
•
processes design, modelling and control
•
heat recovery strategies
3. IZNAB
•
industrial process modelling
WWW.SPIRE2030.EU
6
Looking for partners…
1.
2.
3.
4.
5.
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
WWW.SPIRE2030.EU
7
Contact details
Dimitrios Mendrinos
Centre for Renewable Energy Sources & Saving
19th km Marathonos ave
19009 Pikermi Attikis, Greece
http://www.cres.gr/
Email: dmendrin@cres.gr
WWW.SPIRE2030.EU
8