Keyphrases
Heat Wave
100%
Reformate
85%
Engine Efficiency
28%
Fumigation
28%
Reformer
28%
Engine Performance
28%
Combustion System
28%
Real Benefit
14%
Commercial Revenues
14%
Reduction Approach
14%
Transport Market
14%
Engineering Services
14%
Suitable Scale
14%
Fuel Consumption Reduction
14%
Vehicle Market
14%
Reform Process
14%
Hydrogen-rich Reformate
14%
Proof-of-concept Demonstration
14%
Highway Transport
14%
Syngas Production
14%
Market Barriers
14%
Steam Reforming
14%
NOx Control
14%
Production System
14%
Innovative Applications
14%
System Architecture
14%
Energy Conversion Efficiency
14%
Engine Testing
14%
Single Cylinder Engine
14%
Heat Recovery
14%
Key Risks
14%
Syngas
14%
Power Market
14%
New Collaboration
14%
Similar Principle
14%
Potential Gains
14%
Market Share
14%
Step Change
14%
Automotive Engineering
14%
Cost Reduction
14%
Diesel Combustion
14%
Engine Waste Heat
14%
Control Strategy
14%
Barriers to Use
14%
Diesel Engine
14%
University of Brighton
14%
EURO VI
14%
SMEs
14%
Heavy-duty Truck
14%
Heavy-duty Vehicles
14%
Heat Power
14%
Stationary Power
14%
Commercial Vehicle
14%
Risk Reduction
14%
Fuel Emission
14%
System Testing
14%
Single Cylinder
14%
Fuel Consumption
14%
Emission Limits
14%
Early Feasibility Study
14%
Cost-benefit
14%
Engineering
Reformates
100%
Heatwaves
100%
Engine Efficiency
28%
Engineering
28%
Engine Performance
28%
Single Cylinder
28%
Feasibility Study
28%
Broadening
14%
Duty Vehicle
14%
Building Block
14%
Key Risk
14%
Commercial Vehicle
14%
Syngas Generation
14%
Production System
14%
Energy Conversion Efficiency
14%
Focused Program
14%
Test Point
14%
Automotive Engineering
14%
Steam Reforming
14%
Potential Benefit
14%
Heat Recovery
14%
Market Share
14%
Engine Cylinders
14%
Syngas
14%
Proof-of-Concept
14%
Market Power
14%
Control Strategy
14%
Leading Edge
14%
Step Change
14%
Diesel Engine
14%