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journal article EST
/
journal article ENG
The benefits of integrating industrial hydrogen production with district heating in cold climates with different building renovation levels
Moradpoor, Iraj
;
Koivunen, Tero
;
Syri, Sanna
;
Hirvonen, Janne
Energy
2024
/
art. 131953, 13 p.: ill
https://doi.org/10.1016/j.energy.2024.131953
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journal article EST
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journal article ENG
Number of records 1, displaying
1 - 1
keyword
202
1.
low-carbon district heating
2.
low temperature district heating
3.
low-temperature district heating
4.
coupling of district heating and cooling
5.
district heating
6.
district heating and cooling
7.
district heating electrification
8.
district heating network
9.
district heating networks
10.
fourth generation district heating
11.
industrial district heating
12.
large-scale district heating system
13.
multi-source district heating
14.
small district heating networks
15.
4GDH (4th generation district heating)
16.
4th generation district heating
17.
5th generation district heating
18.
low temperature heating
19.
low carbon
20.
low-carbon construction technology
21.
low-carbon ferritic-pearlitic steel
22.
low-carbon industry
23.
low-carbon technology
24.
carbon peak and carbon neutralization
25.
city district
26.
district
27.
district cooling
28.
district energy
29.
district energy sector
30.
district heat
31.
district heat network
32.
district renovation
33.
PED – positive energy district
34.
air heating
35.
ceiling radiant heating
36.
central heating
37.
conservation heating
38.
cost-effective heating control
39.
DHW heating load in educational buildings
40.
DHW heating load in public buildings
41.
dielectric heating
42.
domestic hot water (DHW) heating
43.
dynamic heating curve
44.
dynamic operation of heating systems
45.
electric floor heating expenditure cost optimization
46.
electricity-heating system
47.
energy calculation for air heating
48.
EU heating and cooling strategy
49.
floor heating
50.
floor heating system
51.
heating
52.
heating and cooling cycles
53.
heating and cooling energy cost
54.
heating and cooling networks
55.
heating and electricity energy use normalization
56.
Heating boilers
57.
heating cable
58.
heating curve
59.
heating demand
60.
heating demand determinants
61.
heating diagram
62.
heating energy system
63.
heating energy use
64.
heating load
65.
heating need reduction
66.
heating networks
67.
heating plant
68.
heating power
69.
heating rate
70.
heating season
71.
heating sizing
72.
heating system
73.
heating value
74.
Heating, Ventilation, Air Conditioning (HVAC)
75.
heating, ventilation, and air conditioning (HVAC)
76.
heating-induced transition
77.
high heating rate
78.
HVAC (heating, ventilation, and air conditioning)
79.
hydronic underfloor heating
80.
individual metering of space heating
81.
intermittent heating
82.
joule heating
83.
radiator heating
84.
radiator heating system
85.
resistance heating
86.
resistive heating
87.
self regulating heating
88.
self-heating phenomenon
89.
space heating
90.
sustainable heating
91.
thermoelectric heating
92.
underfloor heating
93.
winter heating and illumination
94.
activated carbon
95.
activated carbon aerogel
96.
amorphous carbon
97.
black carbon
98.
blue carbon
99.
carbide-derived carbon
100.
carbon
101.
carbon dioxide
102.
carbon steel
103.
carbon 13
104.
carbon accumulation rate
105.
carbon aerogel
106.
carbon aerogels
107.
carbon and oxygen isotopes
108.
carbon avoidance
109.
carbon balance
110.
carbon based materials
111.
carbon burial
112.
carbon burial event
113.
carbon capture
114.
carbon capture and storage
115.
carbon capture and storage (CCS)
116.
carbon capture and utilization
117.
carbon credits
118.
carbon cycle
119.
carbon cycling
120.
carbon dioxide
121.
carbon dioxide concentration
122.
carbon dioxide emissions
123.
carbon dioxide metanation
124.
carbon dioxide methanation
125.
carbon dioxide sequestration
126.
carbon dots
127.
carbon electrodes
128.
carbon emission reduction
129.
carbon emissions
130.
carbon emissions disclosure
131.
carbon fiber
132.
carbon fibre
133.
carbon fibre reinforced polymer
134.
carbon footprint
135.
carbon handprint
136.
carbon isotope
137.
carbon isotope chemostratigraphy
138.
Carbon Isotope Excursion
139.
carbon isotope excursions
140.
carbon isotope stratigraphy
141.
carbon isotopes
142.
carbon materials
143.
Carbon matrix
144.
carbon nanofiber
145.
carbon nanofibres
146.
carbon nanomaterial
147.
carbon nanoparticles
148.
carbon nanotube
149.
carbon nanotube network
150.
carbon nanotubes
151.
carbon neutral building materials
152.
carbon neutral buildings
153.
carbon neutrality
154.
Carbon price
155.
carbon pricing
156.
carbon sequestration
157.
carbon source
158.
carbon stable isotope
159.
carbon steel
160.
carbon support
161.
carbon tax
162.
Carbon to nitrogen ratio
163.
carbon trading
164.
carbon trading market
165.
carbon-based materials
166.
carbon-neutral energy supply
167.
commuting carbon emissions
168.
D-glucose derived carbon
169.
diamond-like carbon
170.
dissolved organic carbon
171.
electrospun carbon nanofibres
172.
embodied carbon
173.
embodied carbon emissions
174.
energy and carbon balance
175.
fossil carbon content
176.
glassy carbon electrode
177.
Guttenberg carbon isotope excursion
178.
hard carbon
179.
high surface area carbon
180.
hydrogen-carbon ratio
181.
inorganic carbon
182.
inorganic carbon compounds
183.
Late Ludfordian Carbon Isotope Excursion
184.
marine carbon dioxide system
185.
Mesoporous carbon support
186.
methane-derived carbon
187.
oxygen and carbon isotopes
188.
particulate organic carbon
189.
peat-derived carbon
190.
polymer with carbon black
191.
Porous carbon electrode
192.
porous carbon materials
193.
sedimentary carbon
194.
single- and multi-walled carbon nanotubes
195.
single walled carbon nanotubes
196.
single-walled carbon nanotubes
197.
single‐walled carbon nanotubes
198.
smart zero carbon city
199.
soil organic carbon
200.
supercritical carbon dioxide
201.
teal carbon
202.
Vulcan carbon
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