Share On Social
Maruyama Develops Engine Using Hydrogen
Maruyama US, Inc. (MUS) in conjunction with parent company Maruyama Manufacturing Company, Inc., Ltd. (MMC) have announced the successful stable operation of the world’s first 2-stroke single cylinder hydrogen powered engine.
Bench testing is being performed in Japan utilizing a current mass-production Maruyama 80 cc gasoline engine that is capable of all operating angle positions and high-speed operation of over 8,000 RPM.
To achieve all angle operation a new process for lubricating internal engine components had to be introduced; currently the engine is being supplied hydrogen externally, via fuel injection. In the future Maruyama will adopt a cassette cylinder system and make parts smaller to be able to utilize this technology for mobile operations.
As time progresses power equipment prototypes will be developed and explored utilizing hydrogen to achieve environmental conservation and workability for professional and industrial use. With most power equipment manufacturers focusing on electrification of equipment, a decision was made by the Maruyama engineering team to focus on the future. Japan will continue the development and testing of its hydrogen technology aiming for carbon-neutrality.
Latest News
Walbro Debuts New EFI System
Walbro announced the production launch of their next generation EEM injection system designed specifically to bring the benefits of electronic fuel injection to both single and twin cylinder consumer engine applications. The system features a…
Tillotson Engines
The new line of Tillotson vertical shaft engines include overhead valve vertical shaft engines. They are available in 140cc, 173cc and 196cc displacements with either a recoil or electric start option. The engines are all…
Star Tron Fuel System & Injector Cleaner
restores power and performance to all gasoline engines. The formula combines the latest high-tech cleaning compounds with proprietary enzyme package for the ultimate in cleaning power. It is engineered to remove the toughest deposits from…
