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Future combustion engine power plant - WP4 fuel flexibility: Final report
Päivi Aakko-Saksa
, P. Hjon
,
Tuula Kajolinna
, S. Niemi
, T. Niskanen
, Sami Nyyssönen
, Raimo Turunen
, L. Pirvola
, H. Salminen
, J-P. Sundell
Research output
:
Book/Report
›
Report
Overview
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Keyphrases
Power Plant
100%
Fuel Flexibility
100%
Diesel
100%
Engine Power
100%
Future Combustion Engine
100%
Engine Test
75%
Finland
50%
Ethanol
50%
Biogas
50%
Prediction Method
50%
Non-road Machinery
50%
Physical Properties
25%
Sample Pretreatment
25%
Simulation Software
25%
Engine Emissions
25%
Predictive Ability
25%
Bioethanol
25%
Medium-speed
25%
Landfill
25%
Chemical Properties
25%
Wastewater
25%
Combustion Process
25%
Performance Prediction
25%
System Configuration
25%
Siloxane Removal
25%
Gas Quality
25%
Fuel Options
25%
Operational Parameters
25%
Gaseous Fuel
25%
Fuel Standards
25%
Upgrading Technologies
25%
Engine Components
25%
Performance Targets
25%
Implementation Requirements
25%
Natural Gas Grid
25%
Biogas Use
25%
Liquid Biofuel
25%
Quality Specifications
25%
Environmental Requirements
25%
Combustion Properties
25%
High-speed Engine
25%
Supply Chain Analysis
25%
Engine Performance
25%
Fuel Injection System
25%
Dual Fuel
25%
LNG Quality
25%
Ignition Test
25%
Fit-for-purpose
25%
Engine Testing
25%
Engine Operating Point
25%
Cost-effective Design
25%
GT-Power
25%
Biodiesel Blends
25%
Diesel Consumption
25%
Heavy-duty Engine
25%
Test Form
25%
Test Unit
25%
Engine Configuration
25%
Engineering
Final Report
100%
Engine Power
100%
Electric Power Plant
100%
Biogas
100%
Natural Gas
66%
Road
66%
Pretreatment
33%
Predictive Capability
33%
Fuel Ethanol
33%
Ignition
33%
Liquid Biofuels
33%
Combustion Property
33%
Fuel Injection System
33%
Engine Performance
33%
Performance and Emissions
33%
Test Unit
33%
High Engine Speed
33%
Engine Concept
33%
Engine Operating Point
33%
Biodiesel
33%
Simulation Software
33%
INIS
fuels
100%
combustion
100%
power plants
100%
flexibility
100%
engines
100%
lng
25%
performance
18%
speed
18%
biogas
18%
finland
12%
roads
12%
cost
12%
supply
12%
prediction
12%
ethanol
12%
machinery
12%
simulation
6%
solutions
6%
information
6%
data
6%
applications
6%
chains
6%
siloxanes
6%
implementation
6%
design
6%
grids
6%
physical properties
6%
operation
6%
power
6%
demand
6%
computer codes
6%
removal
6%
emission
6%
liquids
6%
gases
6%
units
6%
testing
6%
configuration
6%
natural gas
6%
waste water
6%
specifications
6%
ethanol fuels
6%
biofuels
6%
landfills
6%
ignition
6%
chemical properties
6%
biodiesel fuels
6%
combustion properties
6%
fuel injection systems
6%
Material Science
Liquefied Natural Gas
100%
Natural Gas
50%
Dual Fuel
25%
Biofuel
25%
Biodiesel
25%