Method and apparatus of fuelling an internal combustion engine with hydrogen and methane
A technology for internal combustion engines and engines, applied to gaseous engine fuels, internal combustion piston engines, combustion engines, etc., can solve problems such as limiting the degree of delay of fuel injection timing
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[0033] Figure 1 is an illustration of an engine plant 100 adapted to be fueled by a gaseous fuel mixture comprising methane and hydrogen. Fuel storage system 110 includes a storage vessel 111 for storing a compressed gaseous fuel mixture. In the illustrated embodiment, the premixed gaseous fuel mixture may be stored in storage vessel 111, which is used to store the compressed gaseous fuel mixture at a predetermined storage pressure. The storage container 111 is designed according to local regulations, which may specify safety factors to ensure that the gaseous fuel mixture does not leak even in the event of an impact, for example, if the storage container 111 is used in a vehicle that may be involved in a vehicle collision. fuel tank. In addition to safety factors and design strength requirements, local regulations often set maximum storage pressures. Compressor 112 is operable to deliver a gaseous fuel mixture from storage vessel 111 to fuel injection valve 120 via aftercoo...
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