13
Electrification of Dutch industry
Industrial Heat & Power
8 oktober 2019 10:30-12:00
Ir. Jan M. Grift rea
Agenda
1. Introduction
2. Heat demand industry
3. Technical solutions
4. Bottlenecks
5. Saving potential
studies
https://www.topsectorenergie.nl/sites/default/files/uploads/Eindrapport_Power_to_Products_externe_link.pdf
Heat demand Industry Netherlands
200
120
680
200
Heat
520 PJ
(76%)
Transition pathways
H2
Smart electrification
1. High temperatures
– Separation with membranes
– Process intensification (Ohmic, infrared, microwave, ..)
– Electro chemical reactors
2. Low temperatures < 200 °C
– Heat pumps
– Vapor recompression
– Examples :
Chemicals
C
H
H
C
150 °C
120 °C
50 °C
140 °C
1. (open) heat pump
>>
Food & drinks
HT ovens en dryers
> 150 °C
CIP, pasteurising, washing
< 100 °C
Autoclaves, destilling
100-150 °C
Cooling < 10 °C
HTWP, MVR Superheated steam drying
MVR
HTWP
Brewery 100-150 °C
MVR, Storage
Building materials
Lime stone 170 °C brick drying / baking 800/>1000 °C
MVR & storage Drying HT heat pumps
Bottlenecks electrification
1. Awareness, priority, insight -> transition plans, pinch
2. High investments
– Equipment
– Heat exchangers
– Internal grids
– External grid
3. Risk perception
4. Uncertainness
– tariffs and taxes (CO2 – ODE)
– legislation
100 PJ Saving potential natural gas by heat pumps e.g.
100 PJ
Assumptions :
Heat Pumps / MVR COP 4
2030 : 70% sust. electricity;
Lunet 5
3905 NW Veenendaal
Postbus 1094
3900 BB Veenendaal
088 - 520 04 00
blueterra.nl
twitter.com/Blueterra_NL
Iinkedin.com/company/
blueterra-energy-experts
Contact
[email protected]; tel 06 513 22 363
