Eliminate Or Reduce Dependence On Gas With Green Power Cars

After food, shelter and clothes the fourth basic need of human beings is transport. People can cover short distances on feet but need a vehicle to cover the long distance.

As long as they are busy to earn their livelihood they have to move from their home. Very few people are lucky enough to find a job or do a business closer to their house. Majority of people have to commute from their home to workplace.

The need of transport is not limited to moving outside home for earning livelihood. People do have a social life and they want to travel to go to party and to meet their friends and family. They also want to enjoy their life and want to go out for picnic and attend parties and do fun.

In short after eating food and taking rest at home people want to go out from their homes to enjoy their life. Also people need a transport to commute to their office.

Earlier it was not a big problem to cover the distances. Animal carts were used for this purpose. But after the invention of machine the wheels of transports are run with the help of a machine.

No machine can be run without fuel. Main type of fuel is fossil fuel that includes gas, coal and petrol. All the three are found in earth and big companies extract them from the earth to sell after making them ready to use for burning.

Risk of using fossil fuel without any care

green power carsThere are two alarming risks attached with the carefree use of every type of fossil fuel. If we keep using them without any care they will one day finish on Earth and we won’t be able to run all types of machines.

Secondly their usage in machines creates emissions that hit the air environment and causes air pollution. Apart from natural calamities, the highest number of death every year occurs around the world because of air pollution. So it is sufficient to understand why environmental experts strongly advice to use fossil fuel minimum and switch to alternatives.

Alternatives of fossil fuel for green power cars

The alternatives of fuel for vehicle are electricity, solar and water. But the most practical option is electric cars that are being manufactured though their prices are a bit higher.

Solar cars are also being manufactured but they are not getting popular at fast pace. Its reason is lesser popularity of solar power usage in homes also; though it can be easily used if a household invest in the beginning to install its equipment.

Use of water in cars as a fuel is also successfully experimented but it has yet to be popularized because of the higher cost of its manufacturing. It is estimated that after ten to twenty years water-fueled cars will be in market within the reach of buyers.

Best option for green power cars

So since then the best option is to shift from gas and petrol cars to electric cars. This is the safest option so far though their prices are still higher in most parts of the world.

To cover up the cost factor if a family has two fossil fuel-based cars it can reduce its needs up to one car by jointly shuttling in one car and buy a green power car.

Another way out is to reduce dependence on personal transport and use public transport till you save enough money to buy a green power car.

The most amazing feature of green power cars is their least emitting the smoke that is harmful to the ambient air. Secondly its noise emissions are also next to nothing.

Yes they use electricity which ultimately is generated by burning the fossil fuel. That is why unnecessary usage of green power cars is also harmful if it is used without any care.

So the best way to avoid depleting natural resources and hitting environment is to follow the rule of simplicity in every act of your life. If you use a petrol or gas car, use it for unavoidable needs and try to use public transport for travelling.

Once you buy a green power car even then take it as a blessing and use it for the needs to avoid using it unnecessarily to save our planet Earth.

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  • timallard

    Consider all the IC-engines that exist in the world must switch to a biofuel for emissions to drop in transportation.

    Taking advantage of existing sewage treatment plants there is the secondary effluent, solids removed that is used as a feedstock at 1/3 of biodiesel plants in the USA so that done at the plant in insulated photo-bioreators that stack to take up less footprint, greatly reduces power to aerate and climate control, light is piped in and about 50w per person for those to operate daily.

    Doing this for a city with restaurants & laundromats is worth ≈7-1/2 Liters/person/day so for a city like Phoenix, AZ, that’s 20,750-tons of fertilizer a day to grow from, it’s more than the USA uses in all types of fuels for transportation daily per person at about 6L.

    This concept was developed for home-farm-ranch and scales up, the final requirement is a production prototype, it’s where investors never tread and why innovation is smothered at this time when a boom to alternatives by all normal economic forces go should be ongoing.

    A key issue doing this is to develop add-on soot removal systems to exhaust and give them away to anyone one that asks, we need them globally and it can’t work to have the poor to pay for them and their engines are the oldest; it’s a pound of carbon per gallon, ≈120g/L, the average driver in the USA removes 1,000-ft²/11m² of land per year to sea-level rise tied to the release of that much CO2.

    The difference is to remove the CO2 and emit O2 locally before the biodiesel is burned to be very close to carbon-zero on the overall process, using sewage plants as biodiesel producers for the town as a utility to the citizens keeps all that cash for fuel in town instead of going to offshore accounts.