PRE-FUEL plus CARBON-CAPTURE Technique
EU - „GREEN-DEAL“ 2030 47,5 1,8
PRE-FUEL Comparative calculation
minus 250 gr/km
5 l/100 km
The PRE-FUEL PARADOX
Photosynthese-Fabric
Oxygen is emitted
CO2 is absorbed from the air
2/3 Food
1/3 PRE-FUEL
PRE-FUEL is the direct, natural way - from the sun to mobility, paired with the Carbon-Capture Technique it is an ingenious way - copied from Nature.
let's start Switch here to PRE-FUEL plus CARBON-CAPTURE Technique
Welcome to PRE-FUEL
We strive to present as much information and transparency as possible on the very exciting topic of PRE-FUEL plus CARBON-CAPTURE Technique on our website. Look forward to an exciting and surprising journey - you will be thrilled.
Assumptions: Medium class vehicles TODAY E-vehicle vs. diesel vehicle / consumption 5l per 100km Quelle: Joanneum Research 2019 x 1000km 10 20 30 40 50 100 150 200 220 Tonnen CO2 180 11to 5to Diesel-Automobile E-Automobile Akku-Life-time CO2 Parity mittlere Fahrleistung 0
Carbon-Capture Technique
Carbon-Capture Technique: The plant mass is converted into organic BIO-Coal by pyrolysis. - also known to many as Terra-Preta. This organic BIO-Coal is worked into the soil as a soil improver. The carbon stored in the organic BIO-Coal remains in the soil and is thus permanently removed from the atmosphere.
Honey
The plant oil is a great gift from nature: • Plant oil is an absolutely non-toxic natural product. • Driving produces 85% less particulate matter, the small remainder is completely non-toxic and harmless. • Plant oil does not pollute beaches and animals. • 80 % higher storage density than a modern lithium-ion battery. The current storage density of a lithium-ion battery is currently ~ 0.14 KWh/kg. The storage density of vegetable oil is ~ 10.5 KWh/kg. • This results in the short range and the enormous weight of e-vehicles. A short comparative calculation shows this clearly:
E-Golf: Price ~ 36.000,-€ Range ~ 300 km Consumption: ~ 12.7 kWh/100 km Weight: 1,600 kg Towed load: 1,000 kg Power: 136 PS Acceleration: 9.5 s to 100 km/h Maximum speed: 150 km/h Battery life: uncertain Resale price: uncertain CO2 backpack: ~ 11 tons Golf 1.6 TDI: Price ~ 24.000,-€ Range ~ 1,200 km Consumption: ~ 4.1 l/100 km Weight: 1.400 kg Towed load: 1,800 kg Power: 115 PS Acceleration: 10.2 s to 100 km/h Maximum speed: 200 km/h Service life: ~ 300,000 km Resale price: high CO2 backpack: ~ 5 tonnes If the weight difference of the vehicles of 200 kg were taken as fuel in the Golf 1.6 TDI, the range would increase from 1,200 km to 6,600 km
Here is a current comparison between mid-range electric vehicles and classic diesel vehicles. You have the option of expanding the graphic to include the PRE-FUEL plus CARBON-CAPTURE Technique variant - we will convince you.
EU - Fleet Consumption Regulation
2015
2021
2030
Gramm CO2 / km
Diesel-Equivalent / 100 km
135
95
59
5
3,5
2,2
technically impossible
? ?
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carbon-storage
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