Low pressure losses with consistently high arrestance performance ensure reliable processes and maximum service life for your fuel cell components.įrom efficient standard filters to a customized filtration concept – you will find the right system for any requirement in the flexible use of mobile fuel cells. micronAir filters effectively protect the catalyst material and the membranes used in the stack and system components from contaminant gases and particles. Our filter media are specially developed for the unique requirements of fuel cells. Effective filtration is therefore essential in order to protect the sensitive components and ensure greater safety. We support this technology with the development of filters and humidifiers that are specially tailored to the requirements of fuel cells.įuel cells react sensitively to salts, nitrous oxides or compounds with sulfur or ammonia, which can enter the process via the intake air. With sustainable production of hydrogen, fuel cell vehicles operate without emissions and contribute to improved air quality in population areas since the hydrogen reaction produces no waste gases other than water vapor. The ranges of fuel cell vehicles are significantly greater than those of comparable electric cars. This technology is particularly strong when it comes to long distances.
By 2050, there could be more than 100 million hydrogen-powered vehicles on the roads. Instead, it is expected that a variety of concepts will co-exist. According to current studies, no single technology will replace the traditional combustion engine. Alternative drive technologies are becoming increasingly competitive and are in some cases already a real option today. It is undisputed that mobility will change greatly in the coming years. Viledon filterCair Air Quality Management.Virtual booth: Beverage industry trends.
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