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Atlas · Grant RecordFederal grant

and enhance fuel delivery. The proposed system will cost 20 times less than the currently available systems for spray sizing. An innovation than provides an order of magnitude improvement (10 times) in the existing system

further improvements in the fuel efficiency and emission reduction require a better understanding of the fuel injection and atomization processes and development of models to predict these processes. Such models can be implemented in spray combustion codes to modify engine designs — Unknown

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Recipient

and enhance fuel delivery. The proposed system will cost 20 times less than the currently available systems for spray sizing. An innovation than provides an order of magnitude improvement (10 times) in the existing system

Department

Program

further improvements in the fuel efficiency and emission reduction require a better understanding of the fuel injection and atomization processes and development of models to predict these processes. Such models can be implemented in spray combustion codes to modify engine designs

Province

and transportation sectors. Oil and gas accounts for 26% and transportation for 23% of Canada’s total GHG emissions. In North America

Type

however

Purpose

and reduce emissions.

and enhance fuel delivery. The proposed system will cost 20 times less than the currently available systems for spray sizing. An innovation than provides an order of magnitude improvement (10 times) in the existing system × Unknown

2 grants totalling $0

further improvements in the fuel efficiency and emission reduction require a better understanding of the fuel injection and atomization processes and development of models to predict these processes. Such models can be implemented in spray combustion codes to modify engine designs

1 grants totalling $0

Department

Unknown →

Program

further improvements in the fuel efficiency and emission reduction require a better understanding of the fuel injection and atomization processes and development of models to predict these processes. Such models can be implemented in spray combustion codes to modify engine designs →

Recipient Profile

and enhance fuel delivery. The proposed system will cost 20 times less than the currently available systems for spray sizing. An innovation than provides an order of magnitude improvement (10 times) in the existing system →