Can you power a car with a Green Energy source like Water? We have used oil to power our automobiles for more then a century. However, did you know that because oil is not a renewable resource, the world’s supply is on the verge of running out? Well, it might not happen tomorrow or next year, but the global market’s demand is bringing us closer. Why wait for that time when we can use water as a renewable energy source to power our cars today. Can water power a car? If you believe that to be impossible, that it has already occurred but that is not yet being produced on a large scale for sale. The world’s first hydrogen powered car was created by German automaker BMW. Even though only hundred of these cars were made, you can already picture the situation if there were more of them on the road.  The 760i model’s body is used by the first model, BMW Hydrogen 7. The engine is distinctive because it uses both gas and hydrogen under the hood. This merely indicates that we haven’t completely broken our dependence on gas. The current 4.7 miles per gallon it can travel using only water could increase to double digits in the future given more time and money. The engine is the biggest obstacle to using water instead of oil as a green energy source in transportation. While there are fuel cell powered vehicles like the Prius on the road, hydrogen combustion is a relatively new technology, so you could argue that we are only beginning to scratch the surface. The water must be kept in a sizeable, 30 gallon double layered and highly insulated tank to prevent evaporation and prevent it from turning into compressed gas. The valves which are created to open if the pressure inside the tank exceeds 5 bars, are another safety mechanism. BMW released the H2R, a new vehicle that is also partially powered by water, following the success of the BMW H7. Despite the fact that we are still unable to insert a garden hose inside the fuselage to fill it up, this vehicle runs on liquid nitrogen. According to tests, this car is capable of 285 horsepower and a top cruising speed of 185.5 miles per hour. Additionally, it has a 6 second 0 to 60 miles acceleration time.  However, why use water? Because hydrogen combustion is clean, unlike that of cars that run on gasoline or diesel, which emit carbon monoxide, it does not release harmful gases into the atmosphere. Studies have shown that it burns more quickly then gasoline  and weighs less then fuels based on hydrocarbons. So when will cars that run on water be available for purchase? Ideally, within the next 10 to 20 years. Since all we can do is wait until a better car arrives at the dealership, it is really upto the auto manufacturers. The best choice we currently have is electric transportation. More people now use then when it was first introduced in 1999 because they don’t want to spend any more money on gasoline, which could again reach the all-time high of almost $ 150 per barrel. Why don’t we use solar power, which has been around much longer, in the same way that water can be used to power  a car as a green energy source?

Tips to reduce water usage It’s important to conserve water because you never know when a drought will strike. Changing how you use water when there isn’t a drought will be very beneficial. Here are some suggestions to help you use less water. 1. Turn off the faucets. In one minute, about five litres of water are released. That water is being wasted almost entirely. Try some of these things to help reduce your water waste: * Wash your produce in a bowl, then water your indoor plants with the remaining water. * So that you won’t have to run the tap while waiting for cold water to fill the bottles, keep bottled water in the refrigerator. * When shaving or brushing your teeth, turn off the water. Up to five gallons of water per minute can be lost by older shower heads. To help conserve some of that water, take shorter showers. * Instead of leaving the water running while you scrub the dishes, fill the sink with water before beginning to wash them. 2. Every little thing matters. By taking these simple steps, you will save a significant amount of money by conserving small amounts of water. To make the little things matter, try some of the following: Just the right amount of water should be in your kettle. Additionally, you’ll conserve energy by doing this. * Don’t start the dishwasher until you have a full load of dishes. * If you must wash your vehicle, take it to a car wash that reuses used water. You should outdoor dog wash. In this manner, you can water your lawn while giving him a bath. Instead of a bath, take a shower. A bathtub needs about 70 gallons of water to fill it. Because they conserve about 60 gallons of water, showers are a better option than baths. Laundry uses almost 22% of the water used by a household. Make sure your washing machine’s settings are adjusted for the right load size. Utilize your garbage disposal as little as possible. Not to mention that you are adding a sizable amount of solids to the septic tanks, they need a lot of water to function properly. Create a compost pile in place of using the garbage disposal in your kitchen sink. 3. Make use of water-saving tools. You should invest in the following items: Using an aerated or optimized-flow shower head can conserve up to six litres of water per minute while maintaining a satisfying showering experience. These will aid in lowering the water flow’s intensity. * Rain barrels: collecting rainwater is a great way to water your plants without using a hose or a faucet. 4. It has been demonstrated that outdated and damaged plumbing significantly increases water waste. The plumbing components listed below need to be replaced: * Replace any tap washers that are cracked or worn. Up to four litres of water can be lost by dripping faucets each day. Purchase home equipment that uses less water. The next time you go to turn on the faucet, consider using a few of these suggestions. The earth will be saved as a result. When choosing which bulb to use in a room, consider how the space will be used.

Is Nuclear Power a Good Choice for Alternative Energy? Most people associate anything nuclear with running zombies and biohazard warning signs in bright red. Is nuclear power a wise choice in a world that needs to use as many alternative sources of electricity as possible? What Is Atomic Energy? Nuclear energy is not always associated with positive thoughts. Think about the Hiroshima and Nagasaki bombings during World War II, as well as the atomic bomb and nuclear testing that followed. Reactor meltdowns like those at Three Mile Island and Chernobyl come to mind. Both in our lifetime and the one after won’t be habitable once more. People are worried about the future as a result of what they know about nuclear power and its history. The doors might open if a little more was understood about nuclear energy. After all, knowledge is power. First, the splitting of atoms, specifically of uranium, produces nuclear energy. The action is referred to as “fission.” In a controlled environment, splitting these atoms produces a lot of heat. Steam is created when that heat is applied to water. A turbine is then turned by the steam. Electricity is then generated by the turbine. The fission process occurs in the nuclear reactor’s core, which is a controlled and enclosed space because of the materials used. Neutrons from the fission reaction are absorbed by control rods inside the containment unit. Because it is surrounded by the water or other coolant substance that absorbs it, the heat generated is prevented from rising too high. To further lower the temperature, this substance conducts heat away from the reactor. The steam pipe system is divided from the water or coolant pipe system. Steam is created when water in the steam piping system is heated. The heat is transferred from the first pipe system to the second pipe system using a steam generator. Water boils in this location, creating steam that turns the turbine. Nuclear power plants generate electricity but no potentially obnoxious greenhouse gases. As a result, less air pollution from this source of energy is produced. Steam is what you see emerging from those smoke stacks. It is true that this process generates more electricity than some other renewable energy sources. Concerning the waste, there is one question. How are nuclear wastes handled? Uranium atoms are being split, and as a result, radioactive waste needs to be disposed of. We don’t want to cause more environmental harm. Waste is currently kept in concrete basins with a steel liner. Sadly, even if the waste is safely stored, it will continue to be radioactive for thousands of years. Hundreds of nuclear power plants are currently operational. Do we support this energy form going forward and confront our fears, or do we look for another option? Each type of energy has both good and bad qualities. Whichever side prevails in the end is all that remains to be seen.

Wouldn’t it be wonderful if we could create our own renewable energy? If we can accomplish that, we won’t need to continue paying for our cars’ gas or electricity. Some of the equipment can be purchased, but the remainder must be completed by us. Consider the use of solar or wind energy. We already understand how to create and control it. Do some online research before setting up the system yourself if you want to create one. You will require an inverter, battery, charge controller, solar panels, some wires, and a support structure in order to use solar energy. With wind energy, the only distinction is that a fan is required. You can put everything together once you have everything you need. You’ll be relieved to know that some businesses sell the entire system if you lack expertise. You can be certain that there won’t be any issues with it the moment you turn it on by purchasing it from them and having it installed by their professionals. Before you can use one of the two green energy sources, there is one more requirement. Make sure you have a flat area that is approximately 100 square feet or larger before you purchase the materials or the system because it takes up a lot of space. Making your own biofuels is an alternative for those who lack the resources or space to use these two energy sources. Many nations use biofuels, which are produced by harvesting crops like corn, sugar, and others. Fortunately, you can make your own using some recycled waste, so you don’t need a farm to produce it. The vegetable oil we use for cooking is an excellent illustration of this. Warming the liquid and filtering it through a coffee filter are the first steps in converting this into a biofuel. The water must then be removed by briefly returning it to a boil at 100 degrees. Titration is a technique that we use to determine the amount of lye that is present in the vegetable oil. After that is complete, we combine sodium hydroxide to create sodium methoxide. Used vegetable oil must be heated throughout the lengthy conversion process before it can be used as a biofuel. We do this to ensure that the fuel we produce is pure, and only after this is done do we allow it to cool. Even though the amount of biofuel we ultimately produce varies, you will be able to estimate it because this is the fuel you can see floating on top. Filter it once more if there is any remaining glycerin. Thereafter, you will already have your own supply of biofuel that you can use or even sell to other people who share your concern for the environment. Making our own green energy sources helps us to become less reliant on gasoline in all of its forms for our heater, house, and vehicles. Why aren’t more people doing it? Simply put, they don’t have the time to make it themselves and would prefer to depend on someone else to do it.

A Green Energy Source: Geothermal The ability to harness the energy of the earth is one of the many things we are capable of thanks to technology. When we choose to use geothermal energy, which also happens to be a green energy source, we do precisely this. Geothermal energy is produced by drawing heat from the planet’s interior. This is produced by radioactive decay of potassium, uranium, and thorium in magma. The drawback of geothermal energy is the high cost of construction. On the other hand, it is still a renewable source of energy because the earth’s crust continuously decays, replenishing the heat. Three different kinds of geothermal plants are present. These are binary, flash, and dry steam. In dry steam plants, steam is extracted from underground cracks and used to power a turbine that spins a generator. Flash plants draw water from the ground that is over 200°C in temperature, allow it to boil as it rises to the surface, and then separate the steam phase in steam/water separators. The steam is then used to power a turbine. Binary plants are the final group. Here, boiling organic fluid created by hot water passing through heat exchangers spins a turbine. After energy is produced, the remaining geothermal fluid and condensed steam from all three types of plants are injected back into the hot rock to absorb more heat. Many locations around the world use geothermal power plants. These are typically found in geographically unstable regions of the earth. Some can be found in Chile, Italy, Iceland, New Zealand, the United States, and the Philippines. The Yellowstone basin and northern California are the two most notable regions for this locally. Some people think we can extract energy from hot, dry rocks instead of going very deep into the earth. To find these hot underground radiogenic granite rocks, 3 kilometres of earth must first be dug up and drilled into. Some Australian businesses are currently investigating this technology. Even when comparing the amount of energy gathered from solar and geothermal sources, the sun still provides more energy. People should nevertheless use it because solar energy cannot be captured when clouds block the sun’s rays from reaching the solar panels. Due to its renewable nature, geothermal energy is a green energy source, just like wind, hydropower, and biofuel. We don’t have to worry about the price of oil in the global market, which hit more than $110 a barrel and is currently under $40, by maximising its potential. But there are other issues that we should be worried about as well. Given that coal-fired and nuclear power plants produce hazardous gases and radioactive waste that could harm people and the environment, we should also try our best to protect it. Everyone is aware that global warming has altered our planet. Chernobyl and Three Mile Island taught us valuable lessons, but that does not guarantee it won’t happen again. Promoting alternative energy is necessary for us to play our part in preserving the environment for present and future generations, and geothermal energy is just one of many green energy options that are currently available.