The EU member states and 196 contracting parties committed to comply with the Paris Climate Change Agreement 2015.Under the pressure of the impending climate catastrophe if the 1.5 ° C climate targets were exceeded, the EU member states - starting from 2005 - set themselves the goal of reducing 40% of CO2 greenhouse gas emissions, 32% renewable energy technologies and measures to increase energy efficiency also by 32%.
Hydrogen eMobility AG abbreviated to HeM AG) has taken on the task in its business field for effective climate and environmental protection to build up a nationwide filling station infrastructure for hydrogen in Austria and in the EU countries together with cooperation partners and to provide them with a low-cost bio- hydrogen.
is however a question of costs and thus the affordability. Decisive for a cost-effective bio-hydrogen production is the availability of favorable green electricity for the electrolysis.
The availability of green electricity from wind power is extremely volatile at 1,500 hrs / year, from photovoltaics at 1,000 hrs / year and from hydropower at 5,500 hrs / year because of its dependence on sun, wind and weather. This results in a higher electricity price and an additionally required expensive hydrogen storage increases the price of this bio-hydrogen again considerably.
Bio - hydrogen from wood energy, however, is available to customers around the clock with more than 8,000 hours / year!
- wide patented CHP - REDOX - HGKW (wood gas power plant) with KD - dryer in combination with electrolyzer is the alternative for a particularly cost - effective bio - hydrogen production, by additional profits such as the sale of heat for district heating and pure oxygen for sewage treatment plants, industry, etc.
The raw material is wood, in many cases from wind breakage and bark beetle infestation, which the forestry and sawmill companies want to profit from lucratively.
To implement the global commitment to comply with the 2015 Paris Climate Targets, patents granted by inventor & patent holder Dipl.-Ing. Walter Sailer to the 2 in 24 EU countries are effective technologies for reducing greenhouse gas emissions and increasing energy efficiency.
Supply of bio-hydrogen with highest availability and lowest costs!
With pollution-free fuel cell buses our desired destinations can be reached quickly, comfortably and with lower noise levels. The buses liberate Austrian cities from fine dust, bad smell, CO2 and nitric oxides.
Hydrogen eMobility AG with its cooperation partners takes responsibility for operational tasks including financing, network planning, permit, procurement, construction and business.
The strategic focus of the extensive filling stations’ network construction lies primarily on buses. This provides immediately applicable and significant possibilities for saving hundreds of thousands tons of carbon dioxide.
Foto: Thorsten Wagner
In the second step a public expansion for vehicles in the field of distribution logistics is advised. Our customers are vehicle owners in public services and private delivery services.
Der finale Schritt im Ausbau eines österreichweiten Wasserstofftankstellen- Netzes liegt im Bereich der PKW’s. Tankstellen nicht nur an Autobahnen und in Ballungszentren, sondern überall dort wo es Wasserstoff-fahrzeuge gibt.
The only emission from hydrogen-powered vehicles is steam. The energy conversion principle works as follows: Hydrogen combines with oxygen from the air in the fuel cell to produce water and electricity, with which it drives an electric motor. Hydrogen enables the usage of pollution-free vehicles that are capable of reaching long distances at short refuelling times. This makes them a great alternative to vehicles powered solely by electricity.
Hydrogen is obtained through the electrolysis of water. Together with other renewable energy sources this can bring significant advantages: Solar PV farms and wind farms often produce surplus electricity and have to be disconnected from the grid if the energy is not consumed entirely. However, the surplus electricity can be used to generate hydrogen through electrolysis. A further method for producing hydrogen is through steam reforming.