Engine Oil Additive Info

Hydrogen Water Power To Double Even Triple Mileage for Automobiles

The fate of our economy seems to be in the hands of fuel and oil. The solution? Going green seems to be the new trend everywhere you look. For some of us, our vehicles are necessary. However, some car companies are making it easier for us to keep our cars and go green.

This is by running cars on Hydro water power. What does this mean? Hydro power, allows countries to be less defendant on oil and fuel from other countries. This keeps the cost of fuel down and also helps the environment by cutting down on greenhouse gases. Its use of water makes this a very eco-friendly option for vehicle owners.

This new form of fuel is not a new concept. Its research actually dates back to the 1800′s. Only in the last few years, have scientists found a way to fuel cars with it.

One pitfall of hydro power for vehicles is the networking effort. To enable the economy to really benefit from this new, alternative form of fuel, it has to be widely used. This is difficult because then everyone would have to convert to hydro power. Eventually this may be true. At the present manufacturers still need to make vehicles that accommodate the majority of the population.

What are some other benefits of hydro powered vehicles? Hydro water power is very clean. This is because it is carbon-free. A very useful one is that a car fueled by hydro power uses less mileage per gallon. This is because the fuel it uses is a combination of hydrogen and fuel. Another benefit is that these new eco-friendly cars will eventually give off zero emissions. Emissions are part of the harmful fumes that cause damage to the ozone.

As years go on, we will be able to save around thirty-seven percent of emissions. We will also be able to save three times of annual car emissions on the entire earth.

How much does hydro power cost? It does not cost very much at all. Hydro powers cost is one third of current fuel costs. This is only for maintenance, however, the rest of its cost is very economical as well.

How reliable is hydro power? It is very reliable and flexible as well. Coming from water makes hydro power renewable. Hydro power has constant energy.

Hydro power is not just a thought for the future. It is actually a reality. Other have been convinced that the hydro powered car has been nothing but a political sales pitch. This is not so. Some major

car manufacturers have already designed and made cars fueled by hydro power. It is said that by the year 2020, hydro powered vehicles will be most common among vehicle owners.

Hydro power is a way to utilize the natural resources we already have. Doing this will help maintain our earth. It will help us create a better and safe environment. Science and research may help us to truly go green.

Find More Automobile Oil Articles

How To Take Care Your Automobiles In Winters

Cars need to be maintained and looked after for smooth use.  It is important to look after your car and care about the same in winter season.  There are many factors which lead to damage and destruction of car engine parts and body in winter times.  And if not maintained, can lead to short life of your machine.  It’s very compulsory to begin with the preparations on the offset of season. Firstly, it is often that cars economy fall during winter season so to run your car in optimum level, always change engine fluids in low temperature.  There are many cases when the engine fluids and oils freeze or don’t work in winter.  So look for the best oil for your car.  Moreover, bends and joints in engine parts should be well greased so as to retain them soft even in harsh temperatures.

Tires of cars are also a concern.  Tires are made of rubber and the rubbers life is very short in extreme temperatures.  Snow surfaces cause damages to car tires.  It should be made a practice to look at surface before parking the car whether it’s under snow or clean.  Avoid parking in such spaces.  It is usual experience for almost all drivers during winter season that cars make some creepy sound.  The noise can be felt on brake or at curves due to water split into the wheel drums.  Lubrication and dryness for the car is hence necessary in winters.The glassware used in the cars as windshield or door windows is tough enough to bear high as well as low temperatures.  The windshield and the door windows can experience frozen ice layers on surface when parked in open area for long duration.  Using hot water to clear off the glasses is not a good idea indeed.  Better alternative is to use heater in car directing inwards windshield.  This way is suitable and not time taking also.  On further concerns, buy special winter wipers for the windshields.

Make sure that the car roof is free from snow heaps to avoid roof dents.  This can hence cause body dents.  Make sure to get the scratches or dents on car body right before the first drop of rainy season.  Body corrosions can expand on the contact with water so better treat it before the season arrives.  Always cover the car body with some winter wear Cover your car with some clothing.  In this way the body color retains well.  Use special creams and sprays for winter maintenance. Accessories and extras of the car also need some attention in winter seasons.  Like neon lights and headlights attached to car need to be covered with some guard.  Radio antenna should be put off in jack during snowfall.  This is how you can save your machine from suffering harsh cold.

Related Automobile Oil Articles

Use of Electronics in Automobiles Increased Demands for Asic, Assp, and Fpgas

Frost & Sullivan has recently made public their new report on the current status of ASIC, ASSP, and FPGA markets. The report not only states how the industry is faring but also forecasts what will be the trends in the markets and what will be the challenges that it will have to confront.

In the study, the experts analyzed also other factors that affect the industry directly like their end-users. They include also in their studies body and chassis, central command, telematics, power train, engine control, safety and security, and driver relevant information. The main thing that the study shows is that more and more electronics are being used on automobiles which increased the demand for ASIC, ASSP, and FPGAs.

Today’s vehicles are becoming more and more reliant on electronic components. Different systems of a vehicle that are being developed and produced today are equipped with electronic systems which aid the mechanical parts in performing effectively. Fuel injection systems for cars rely on electronic components to provide the engine with the right amount of fuel. Likewise, safety systems also rely heavily on electronic circuits to provide optimum safety to the occupants of a car in the event of a crash. Braking systems also depend on electronic components like the anti-lock braking system (ABS). Without the aid of electronic components, even high quality parts like brake components from EBC Active Brakes Direct will not perform to the best of their capabilities.

The automobile specific integrated circuit (ASIC), application specific standard products (ASSPs), and the field programmable gate arrays (FPGAs) markets have been achieving much success, thanks to the needs for the said products in the automotive industry. The increase in the number of consumers means that the demand for the said electronic parts will also rise. Other factors that made the need for electronic parts are government pollution mandates, safety and security regulations, and the oil crisis. The use of electronic components also reduces manufacturing costs since human errors are very much avoided.

In the automotive industry, the introduction of luxury features also increased the need for specialized electronic components. The popularity of hybrid vehicles like the popular Toyota Prius also made the demand increase. Electronic components are needed on hybrid vehicles to facilitate the smooth change of power from engine to electric motor muscle. Other mandatory safety systems also need electronic components. Electronic stability systems rely on electronics to keep the car stable especially while cornering. Suspension systems also depends on electronics as shown by electronically controlled independent suspension systems employed by the latest mass produced vehicles.

Due to the increase in the demand of such, the industry is expected to generate considerable revenues especially in the European region’s market where the industry is doing a very good business. While Europe may be the leading region in terms of production of ASICs, ASSPs, and FPGAs, Asian countries are joining the bandwagon. The region has become the fastest growing segments due to the increasing automobile sales in the said area.

While the industry may be enjoying much success, they still have to come up with more world class electronic design automation software tools to provide better service to their end users. Fierce competition is also expected since there are companies that are already established which will make it hard for smaller enterprises to break into the market and stake their claims in a share in the growing market. The analysts said that there is a possibility that the large and established companies will acquire smaller companies to increase their productivity. Analysts further said that the market for electronic components will grow dramatically as the technology used in cars will likely advance in the future.

Fuel Technologies in Automobiles

Most of the cars in the world are run by internal combustion engines using gasoline or diesel fuels for propulsion. However, there is massive concern regarding the air pollution caused by the usage of such vehicles hence alternative fuel technologies are being looked into. Other factors that might lead to its decline are the increasing prices of oil-based products and stricter environmental laws. Global warming is finally being recognized as a global issue hence the emission of the greenhouse gases by these automobiles has to be looked into. Other than gasoline and diesel, petroleum products such as Liquefied Petroleum Gas (LPG) and Compressed Natural Gas (CNG) are also used in some internal combustion engines.

Diesel was first used as a fuel in automobiles in the 1930s, introduced by Mercedes Benz and Citroen. Diesel has much higher fuel burn efficiency as compared to petrol. However, they require better filters to handle exhaust gases of fine soot particles which are called diesel particulate matter. Cars that run on gasoline are generally lighter and can work at higher rotational speeds. Sports cars are normally fitted with gasoline engines due to this reason. A catalytic converter may be used to clean up exhaust gases released. Biofuels are also used in some automobiles to increase octane, improve emissions or simply as an alternative to petroleum fuels. Ethanol is used popularly as fuel in Brazil; it caters to almost 20% of the automotive fuel need of the nation.

Electric cars and stream driven engines were produced way before gas powered engines. Steam powered engines could not run until the boiler pressure was available; additionally they tended to be very heavy so they never achieved mass popularity as a road vehicle. Initially, the electric cars had an advantage as they were silent as compared to the loud gas powered engines, a problem which was later rectified. However, there are many reasons which led to their downfall. The batteries of these cards needed to be recharged regularly so they were not fit to travel on for a long range. The extra weight these batteries occupied was another disadvantage. Henry Ford struck the greatest blow in their popularity by mass producing gas powered engines at affordable rates. In the 1950s there was some interest in gas turbine engines but no cars reached production due to high fuel consumption, delay in throttle response and a lack of engine braking. Cars which use compressed air like the Tata/MDI OneCAT Air Car are being developed as an alternative. There are several prototypes available. These cars either use solely air or air combined with diesel/ethanol/gasoline.

Rocket and jet cars are another alternative to the normal road automobiles. These cars are propelled by propulsive jets which are emitted from rocket, turbojet or turbofan engines. In 1997, the ThrustSSC used two turbofans with reheat and was able to go beyond the speed of sound at ground level. It is safe to say, however, these cars will probably never go into mass production for the general audience. The major asset of rocket and jet cars is their ability to reach great speeds.

More Automobile Oil Articles

Automobiles Throughout History

Unlike most ­inventions, the automobile was not an instant creation by an ingenious inventor; however there are certain landmark moments in the history of the modern day automobile. An estimated 100,000 patents are said to have created the car as we know it. Leonardo Da Vinci and Isaac Newton are credited with drawing up the first theoretical plans for a motor vehicle. Nicolas Joseph Cugnot was a French engineer and mechanic, in 1769 he invented the very first self-propelled road vehicle using a steam engine. The French Army used the vehicle to move artillery. This was followed by Nicolas with the design of a tricycle with the ability to carry four passengers and powered by a steam engine. Interestingly enough Cugnot is also the first person to be involved in a motor vehicle accident as he drove one of the vehicles into a stone wall in 1771.

There is debate as to whether the steam powered road vehicles of Nicolas Joseph Cugnot can be categorized as automobiles. People who accept the notion call him the first inventor of the automobile. The design was further improved by Onesiphore Pecqeur in France. In the U.S. Oliver Evans received the patent for a steam-powered land vehicle. A road carriage powered by steam was built in Richard Trevithick in Great Britain in 1801. Steam powered vehicles became relatively popular and many improvements were made to the original designs.

However, the steam engine design proved to be very popular for locomotives but it added too much weight to the road vehicles, which proved to be a major hassle. Although the exact year is uncertain, somewhere between 1832 and 1839 Robert Anderson of Scotland is said to have created the first electric carriage. The Electrical engines had flaws as well; they proved to be heavy, slow and expensive. Additionally, their batteries needed to be recharged frequently. Due to these problems, both the steam powered engines and the electrical engines were abandoned for gas-powered vehicles.

During the early 1900s, the electrical cars had great sales in the United States but by the 1920s, a much better system of roads was built and people needed automobiles that could travel for a long range. After crude oil was discovered in Texas the price of gasoline was reduced father heralding the dawn of gas powered vehicles. Probably, the biggest factor in the popularity of gas powered cars was Henry Ford and his ability to mass produce internal combustion engines. Mass production of these vehicles also made them widely affordable and hence popular. Figures show that whereas a gasoline car could be bought at 0 in 1912, an electric roadster would cost around ,750. Electric cars all but vanished by 1935 but during the 1960s and 1970s there was major concern regarding the exhaust emissions from internal combustion engines hence there was a need for alternative fueled vehicles. Electric cars were revived partially for utility based jobs for example the United States Postal Service in 1975 bought 350 electric delivery jeeps which were to be used in a test program. Currently, a lot of work and research is being put into manufacturing electric cars as a viable alternative.

More Automobile Oil Articles

How To Take Care Of Automobile’s Engine

A car engine is the soul of a car. If there are certain problems with the engine of a car, will affect the life of your car. Like our body needs vitamins and other nutrients to maintain a healthy body. A car engine is the need for regular maintenance so that there will be no problems or damage occurring in parts of the car engine. In the engine of a single car, there are more than 40 parts maintenance needs. But above all, is used to change the engine oil of the machine. Because motor oil is one of the most important things that determine the performance and life of the car. Should be checked regularly at least every two weeks or before a long trip. Check the regular motor can protect your car engine will also protect your life as a driver. Because if a problem is occurring motor insurance while you’re driving, can cause traffic accidents due to engine failure of his car. By having a long trip, first check the car’s engine then proceed to other parts of your vehicle, such as transmission fluid, brake fluid, power steering fluid, radiator coolant, windshield washer, and the tires of his car.

As we focus on automobile engines, here are the tips on how to keep car engines: Follow up with regular oil change oil, because change is the most important factor to keep the engine running flashy. If parts are themselves the damage phases, the change before it was made a [problem in your engine. For example, plug in your car, air filter and timing belt are in my little role and must change before it affects other parts of the locomotive. Another attempt to avoid overheating the motor. Because once the engine to overheat, causing serious damage to your engine as well as in parts of your car. And for added protection in your vehicle regularly to make sure that small problems and will try to fix it immediately before it becomes serious problems or damages. In the protection of your vehicle while driving, keep in a secure unit and keep on driving your vehicle properly. What I mean is, not simply to increase a little gas and make some unpleasant changes in art. Check also if the engine is not running without problems. The drive smoothly, do not let the engine have fits, it may cause overheating. Before a long trip, rest and relax for the engine of your car will have a break too. Then, before entering the long term, again, check your vehicle again as part of their maintenance and, if there are any problems, fix, or has some solutions with the help of some persons in a position to solve their problems with the car. You always remember that once the car engine has a problem; continue to affect other parts of the car engine. Therefore, the best way is to have a proper and regular maintenance in order to keep away from a costly repair.

Find More Automobile Oil Articles

Reducing Cost of Fuel and Maintenance on Automobiles

Using a high performance motor oil is one way to increase the engine life of a vehicle and to improve the automobile’s fuel economy. Studies have been done to show that some, specific brands of motor oil improves fuel economy by approximately five percent and dramatically reduces the wear on the automobile engine. These oils allow for more miles between oil changes. With the savings that will be made between oil changes and the reduction of maintenance on the vehicle, paying a higher price for oil will save more money in the long run.

Another important way to save money on fuel for automobiles include keeping tires properly inflated. The U.S. Energy Department reports that low tires can increase fuel consumption by three percent.

It is important to change dirty air filters to enhance fuel efficiency approximately ten percent. The purpose of an air filter is to trap impurities from damaging the interior of the engine. Not only will this maintenance procedure save on gas but will also protect the engine.

Before stopping at the first gas station in sight, shop around for the lowest gas prices in the area. This is one sure way to decrease automobile fuel costs. Even paying just a few cents less per gallon will add up to money saved once the tank if filled.

Another way to save on fuel costs is to reduce the load of the vehicle. One hundred pounds less of weight in the vehicle increases mileage by two percent. When not in use, remove luggage and bicycle racks to increase mileage and aerodynamics.

If the vehicle has been idling in a parking lot or drive way for over one minute, turn the engine off to save on fuel. Also, if traveling forty miles per hour or less, roll down the windows to save gas instead of running the air conditioning. If going forty miles or more, turn on the air conditioner as windows that are open increase aerodynamic drag which can increase fuel costs.

Vehicle maintenance can be very costly once a problem has occurred. However, prevention is the key to saving money in automobile fuel and maintenance costs. At every 50,000 miles put on the vehicle, check the oil, transmission fluid, and coolant levels. Replace belts and hoses when there are signs of wear, check the plastic or rubber boots that keep grime out of the velocity joints, and replace the timing belt before 90,000 miles.

To protect the inside of the car, armor-all the interior to maintain and protect it, especially when in direct sunlight. The car should also be washed each week during snow and ice to wash off salt from the under carriage of the vehicle to prevent damage.

Also, routinely take an automobile to a mechanic to be checked out for any problems going on that may not be obvious to the average individual.

A Guide To Water Removal From Automobiles

When a car is submerged, every nook and corner is exposed to water. This would definitely require proper water removal procedures to ensure that water is not left in the car. The car will need many steps to remove all the water that has permeated its systems. There is the interior for example. The obvious areas are the carpet and upholstery. These should be removed from the car as soon as possible. These need to be dried in a minimal amount of time to prevent molds and fungus. They should be treated with an anti-bacterial and anti-fungal agent. They should not be reinstalled until all moisture and treatments have dried or been removed.

Let’s break down this process, the upholstery will require vacuuming out all the water from them as soon as possible. Then it needs to be placed into a dehumidifier, with air or low heat driers. The same process should be repeated with the carpet and padding. If possible, the carpet and padding should be removed and replaced. They tend to mold, releasing biological agents into the air of your car which could put your family’s and friends’ health at risk.

You will now understand why a professional is required or why an insurance company often considers a car, that has been submerged, a total loss. Here we will talk about the mechanical aspects of water removal. All the oils and lubricants must be removed, the areas cleaned of all water residue. These areas are the engine oil, the brake fluid, the lubricant from the rear end, the wheel bearings, the automatic transmission; all filters must be removed and replaced. The catalytic converter require a steady pressure to operate properly, thus this is usually removed and replaced. Also the gas tank has been flooded with water. This requires the removal of the tank, flushing it with a water removal agent, putting it back onto the car and refilling it with gas.

Now, the next area of concern is the wiring and computer system. Water removal here is obviously necessary. All are typically removed and replaced or they may continue to have problems in the future. Some of these problems might be ignition coil, fuel injectors, the wiring harness, where your electrical system is centralized. Even small things like control modules might require replacement.

The computer is designed to search out your car’s system to identify a problem. What if this system also is submerged? Will it read your system as it was designed to do? Do you want to take that chance? Well, let’s relate it to the computer you use from your desk every day. If your computer was submerged into water, you would never think of trying to dry it out and depend on it to perform the tasks your require of it daily. Well, would you?

The computer in your car regulates many systems from the operation of the car to the creature comforts. The new DVD players, the mapping systems that directs you to where you wish to travel, the air bags that saves your lives when you are in a serious accident.

This is just a brief summary of water removal from your car that might be required to restore your water damaged car. This article has only scratched the surface of automobile water removal, but hopefully it has giving you enough information to make you double check your professionals’ repairs or lack thereof.

More Automobile Oil Articles

Types Of Alternative Fuel Automobiles

Climate change caused by humans is still a widely debated topic. Studies produce conflict data and predictions about changing global weather patterns. Some scientists argue that the Earth’s climate fluctuates naturally with time and that humans are not the cause of any detected changes in weather trends. Almost all scientists can agree that something about the Earth’s climate is changing. Polar ice caps are slowly melting. It is suspected by some that the main culprit climate change caused by humans is greenhouse gasses. Greenhouse gasses like carbon dioxide are believed to trap heat in the Earths atmosphere, which is steadily increasing the temperature of the planet.

In order to reduce the amount of green house gasses that human beings create from daily life many people have decided to convert their automobile over to running on an Alternative Source of Fuel Automobiles are one of the largest sources of the greenhouse gas carbon dioxide. Propane fuel conversion kits are becoming increasingly popular. Running an automobile on propane produces less greenhouse gases than an automobile that uses gasoline. Installing a propane dual fuel conversion kit can also increase overall gas mileage and reduce the cost of your fuel. Installing a LPG conversion kit in your automobile can cost between a thousand and five thousand dollars.

There are other kinds of Alternative Fuel Vehicles that do not have the same advantages as a vehicle running on propane. Electric cars do not have the same gas mileage advantages as a car that runs on a liquid fuel, but they do reduce greenhouse emissions. Ethanol is another alternative fuel that is becoming more popular. Brazil has more automobiles that run on ethanol than on standard gasoline. Another advantage to using alternative fuel vehicles is reducing dependency on foreign oil. Some people feel that reducing dependency on foreign oil will help strengthen domestic economies.

Related Automobile Oil Articles

Aerospace Advanced Composites in Automobiles

There is currently very little potential for advanced-composite technology in high-volume automotive applications. That is not to say that advanced composites have not been or will not be used in the distant future (more than 10 years). For example, advanced composites (e.g., carbon fiber) are currently used in several specialty road cars, concept cars, and in many racing cars. However, these are not produced in high-volume or for use in large parts.

In the United States and Europe, the barrier to acceptance of advanced composites in the automotive industry is price vs. performance. While parts integration and large parts are a potential advantage for engineered and advanced composites over metal (steel included), the cycle times and material costs for advanced composites may still present a barrier to full-scale acceptance in the automotive industry in the near future.

Advanced composites, which are composed of oriented, high-performance fibers (e.g., carbon) in a high-performance resin matrix (e.g., epoxy), provide enhanced structural, electrical, and thermal properties to numerous aerospace applications. The materials are costly, and the fabrication processes are slow. The number of units that are produced is small when compared to high-volume automotive applications. Advanced composite technology is technically appreciated by the automotive industry but is currently not accepted because of formidable costs.

The cost of high-performance fibers (specifically carbon fiber) has been a continuing barrier to full-scale adaptation of advanced composites. Guideline experts estimate that carbon fibers used in the less sophisticated aerospace applications can cost to /lb, whereas those used in sporting goods could cost to . For carbon fibers to be a feasible option to be used in industrial applications (automotive, oil well tubes, etc), they should cost around /lb. However, the realistic threshold for the cost of carbon fibers is probably to /lb. Even if some of the giants in the automotive industry can force down the price point of carbon fibers by buying in large volumes, no carbon fiber producer is expected to be able to fulfill the entire demand on time.

Engineered composites, which are composed of unoriented, discontinuous or continuous, low-cost fibers (e.g., glass) and a commodity thermoplastic matrix (e.g., polypropylene) or thermoset matrix (e.g., polyester) are well established in the automotive industry. The cost of materials is low and the fabrication times are relatively fast, ranging from a few seconds (thermoplastic GMT) to a few minutes (thermoset SMC).

Several developments in the field of engineered composites may help expedite the adaptation of advanced composites in the automotive industry. For example, oriented, continuous fiber preforms have been introduced, which will reduce fabrication time for resin infusion processes (RTM, VARTM, SRIM, and RRIM). A second example is the development of new machinery to mix and inject long glass fibers in the form of sheets. This process could provide a serious threat to both GMT and long fiber pellets.

Separately, the carbon fiber industry is reacting to the pressure to reduce fiber cost. A certain amount of progress is being made, but the optimum volumes to achieve the lowest costs are still a few years away.