Can engines run on water? YES! Can engines run on a combination of gasoline or LPG or Diesel and water? YES!
Driving electric vehicles is so 1984. When we, as humanity, want to have a future where we are living in harmony with our ecosystem, the only thing we need to do is harvest the power of water. So let’s create a future together where we are driving our vehicles on water!
The future of clean energy: Hydrogen revolutionizes transportation and beyond
In a groundbreaking development for clean energy, hydrogen has emerged as a powerful alternative to traditional gasoline, boasting an incredible threefold higher power content. When harnessed in fuel cells, this incredible element produces a seamless, efficient, and eco-friendly energy source, emitting nothing but pure water and steam.
This exciting advancement not only offers a sustainable solution for the environment but also opens up new horizons of exploration through vehicles that combine long-range capabilities with cutting-edge digital experiences, transforming cars from mere modes of transportation into vibrant living spaces in harmony with nature.
Hydrogen’s potential knows no bounds as an inexhaustible natural resource, being both the lightest and most abundant element in the vast universe. Today, the scientific community unequivocally supports the use of hydrogen as a key player in the future of clean energy.
As humanity faces the undeniable limits of fossil fuels, the rise of renewable hydrogen emerges as the definitive solution to propel progress while preserving our precious planet. Embracing hydrogen as a clean, renewable energy source promises to transform the way we power our lives and revolutionize transportation on a global scale. With this game-changing advancement, we are embarking on a new era of sustainability and progress, securing a cleaner and greener future for generations to come.
Electrolyser: Splitting H2O into Hydrogen and Oxygen
Electrolysis is a technique that uses direct electric current (DC) to split water into oxygen (O2) and hydrogen (H2) gas.
Hydrogen gas released can then be used as hydrogen fuel.
Remixed with the oxygen to create oxyhydrogen gas, also known as “Brown’s gas”, for use in welding and other applications.
The over-unity capacity of hydrogen implosion is enormous, for a hydrogen bomb, about 1 cup of water is needed. And, according to several nuclear experts, a hydrogen bomb has the potential to be 1,000 times more powerful than an atomic bomb.
Can motorcycles run on a combination of gasoline and water? YES!
Adding a water electrolyser to a motorcycle
When adding a water electrolyser to your motorcycle, the increase in efficiency is tremendous, from 1:20 to 1:80.
Water electrolysis results in:
- 400% increased range
- 75% cost savings
- 75% cleaner combustion
- 75% reduction in CO2 emissions!
Can engines of trucks run on a combination of Diesel and water? YES!
Freight transport on water
A Dutch truck drives an average of 75,000 km per year and consumes 30 to 40 liters of diesel per 100 km.
When using 1:35 as average, a truck uses 21,428 liters of Diesel (75,000/35).
With current prices of € 1.96 per liter in The Netherlands, this means € 42,000 of fuel costs each year.
- Engine power is increased
- CO2 emissions are reduced
- ± 15 % on Diesel (i.e. 15% of 42,000) is saved, which is an average Diesel cost saving of € 6,300 per year per truck.
Motorcycle driving 100% on water
In this video you see a man who has constructed his own HHO gas generator driving his motorcycle 100% on water.
Time to rethink how we want to drive our motorcycles and design “elegant” motorcycle panniers with HHO gas generators.
HHO for international shipping
International shipping emitted nearly 700 million metric tons of carbon dioxide (MtCO2) into the atmosphere in 2021.
When we can add HHO to the Diesel engines of vessels / ships, with similar or even better result than trucks, this would be a huge way forward in lowering our global CO2 emission.
What if 20% reduction is possible? 140 MtCO2 that will be equivalent to nearly 15% our 2030 CO2 reduction goals.
Drive your car 100% on water
In this video you see Stanley Meyer and his brother who created a car driving on water. You will understand there is more to it than simply creating HHO gas. Also for car designers… It is time to redesign cars, and making them bigger, so we can drive 100% on water.
1974: Driving a car on water
It feels like “Back-to-the-Future”, in 1974 a water powered car was on the NEWS.
The engine can also used to power an electricity generator, welding and providing heat.
All 100% pollution free.
Driving our vehicles on water, let's create this future together!
- Get funding for creating an R&D project
- Connect with stakeholders (manufacturers/garage owners) to collaborate on this project and sub-projects (per brand).
- R&D for a new electrolyser with focus on safety, high-volume-output, easy-to-use and low-maintenance.
- R&D for OBD interface to adjust the bordcomputer of each vehicle, tuning each sensor.
- Manufacture electrolysers and OBD interfaces (different for each vehicle).
- Building the water electrolysis systems into cars, motorcycles, trucks and buses by stakeholders/garages/etc.
For vehicle owners
For motorcycle owners
For truck, bus or coach owners
For vessel engines
Fill in this form when you are interested in getting a water electrolyser implemented in your vessel.
This project is in R&D stage, we do not have an electrolyser for any vessel engine yet. This is NOT an order form!
How much money would you and/or your company save on costs and CO2 when you upgrade your motor, car, truck, bus or containership with water electrolysis HHO gas?
More research is needed to develop new more efficient water electrolysers to equip existing (freight) cars.
With you donation, you help decide the future direction of our planet’s ecosystem.
Consider making your donation to the World Water Community foundation to support the work of our members and projects like this.
Donate to support this project
Stichting World Water Community is a Dutch tax deductible non profit foundation.
Donate using Donorbox.org
After the R&D we will need extra funds for production and roll-out.
Also read the article "STOP producing electric vehicles before it is too late".
The EU commission has decided that from 2035, there will be a ban on the sale of Diesel and gasoline cars! Only 100% electric cars will be allowed to be sold from then on…
- Is it true that electric cars have 0% CO2 emission?
- What are the economic and social-economic effects?
- What are the long term planetary ecological effects?
- 40.000 Child slaves: Children as young as 6 work for $ 0,75/day under very harmful conditions.
- Battery disposal effect on ecosystem is not calculated, collapse of our ecosystem extinction) expected in 20 years.
- Report by Volkswagen shows, by their own figures, electric vehicles need 100.000 km to break even on CO2.
- EV production increases CO2 output 9 times compared to normal car production.
- By 2040, EV car production output compresses ± 594 million years of CO2 production output into one single year.