Engine Oil Additive Info

Power of Propane

Propane gas is becoming quite popular with barbecue owners, campers and automobile owners – after all, it is the best substitute for natural gas, wood or any other combustible material. Its increasing use is a very good reason for people to learn about it and make informed choices for their household heating needs.

Introduction to Propane – An alkane and a gas at atmospheric pressure, it is stored as a liquid, and vaporised into a gas for use. It liquefies under very low pressure and is thus more amenable to domestic use. Propane gas is non-toxic and odourless, however, an identifying odour is added for ready detection.

Natural State – Propane does not exist in nature, but is produced as a byproduct of two other processes – the processing of natural gas and the refining of petroleum.

Properties – Propane gas burns well in the presence of oxygen, producing huge amounts of heat (almost 50 MJ/kg) when properly combusted, and emits small amounts of CO2, which makes it a very clean fuel to burn.

Usefulness -

• The low boiling point (i.e. – 420C degrees) means that it vaporises immediately upon release and is ready to use, hence it is good for barbecues.

• It is a clean fuel, so easy to transport and use with minimal danger, ideal for some locomotives, recreational vehicles and campers. It causes less engine wear and does not dilute the engine oil. It also has a high octane rating.

• Its liquid state at moderate pressure means affordable and portable fuel tank design and faster refills of same.

• It is also used as a refrigerant and found to be more efficient than conventional refrigerating gases.

• It is used as the primary fuel in hot air balloons, in manufacture of semi-conductors and propellants, for special effects in the film industry and in agriculture for crop drying and weed control.

Prospects of Propane use – It is an effective replacement for wood. Wood is scarce and propane is safe, easy to use and relatively cheap. It is increasingly being deployed in domestic use due to portability and cheap production making it a viable, economical option.

Precautions – Although safe, it can asphyxiate by replacing oxygen. If there is a propane tank in an enclosed space, do not ignore pungent smells. Propane is heavier than air. If there is a leak in a propane fuel system, the gas will sink into any enclosed area and thus exacerbate a risk of explosion and fire.

Availability – Used in a variety of markets, from barbecue grills to automobiles, the price of this portable gas is determined by other competing fuels for these markets, in addition to the supply chain factors. It is also a seasonal consumer good, and so it is likely to be more expensive when, say, the home heating needs of the community are higher. Getting more popular by the day, it would be safe to welcome Propane gas as the versatile fuel option of the future.

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.

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Fuel Additives Possess Restoration Power

For the majority of individuals, today’s fledgling economy has caused serious financial struggle.  People are unable to purchase new automobiles because most financial institutions have restricted lending and few consumers have available capital to do so without a loan.  Restoring and maintaining older vehicles has become more important than ever before, and can be a great help in both of those processes.  

At present, banks and other lending institutions are awarding home and automobile loans to very few people.  Even those individuals with decent credit are being faced with high interest rates or being turned away.  Few people have the necessary capital to purchase an automobile outright, as well.  The difficulty for individuals to procure an automobile loan in the current economy means it is imperative that they do whatever necessary to keep their older vehicles running properly.  Maintaining older vehicles with higher mileage can become costly if the correct preventative measures have not been taken over the vehicle’s lifespan.  Along with performing regularly scheduled maintenance, like fluid and filter changes, the use of can help to restore used vehicles to newer conditions and protect them from further mechanical failure.  

Over time, the unburned fuel left in fuel lines and injectors degrades and forms deposits.  The byproducts left behind from burnt fuel inside combustion chambers also form deposits.  These harmful deposits build up inside fuel components, on intake valves, and inside combustion chambers.  In older model vehicles, especially those with higher mileage, these carbon build-ups can clog fuel components such as injectors, lines, and filters.  Insufficient fuel pressure or clogged fuel injectors can result in fuel starvation which leads to poor engine performance, diminished fuel economy, and many mechanical problems.  It causes engine power to suffer and vital metal parts to wear prematurely.  The use of helps to clean these components and keep the vehicle operating properly.  Because they keep injectors spraying the correct amount of fuel evenly across every cylinder, less stress is inflicted on any one cylinder’s vital moving parts. restore horsepower and fuel economy to near factory specifications, as well.  

By protecting and lubricating internal engine parts, restoring engine performance and power, and increasing fuel economy by an estimated 2 to 6%, can help individuals maintain their older vehicles and avoid more financial difficulty in an already difficult time.  By dissolving harmful deposits with it’s high potency, PI Performance Improver, is a good example of a cleansing that can restore lost engine power and performance.  It saves consumers money from increased fuel economy, fewer premature repairs, and lengthening the life of the vehicle itself.  For those individuals needing to keep their older vehicles operating properly because they are financially incapable of purchasing a newer one, fuel additive products like PI Performance Improver are perfect solutions for restoring higher mileage engines to like new conditions without incurring the high cost of an entire engine rebuild.In addition, performance gains can be realized along with fuel savings.

The Power Of Synthetic Manual Transmission And Differential Oil

Shear stress is created from the teeth of metal gears being applied to the metal face of other gears in a parallel form.  These gear faces are under the full force of the engine’s power in a manual transmission or differential.  These components translate this power to the wheels at the desired speed depending on how the gears are applied.  In order to protect the faces of these gears over time, gear oil must act as a lubricant and provide protection to these metal surfaces.  It’s viscosity rating is normally higher than that of regular motor oil, and it’s molecular, strength level must stay consistent between drain intervals.  If manual transmission or differential oil can not withstand these extreme pressures and temperatures from shear stress, pitting and scoring on the faces of these metal gears will occur.  This wear will create metal flake and fluid contamination which will only cause more wear.  The cycle will continue to repeat itself until part failure will ultimately occur.  Synthetic manual transmission and differential oil lowers the chance of this occurrence because of it’s powerful properties.

Conventional, petroleum based oils break down quickly from shear stress and the extreme temperatures caused by gear frictions.  Their irregular molecular structure created in the refining process can not withstand these conditions well between drain intervals.  They thin quickly and allow the metal faces of gears to grind on one another.  Synthetic fluids are created in a laboratory to possess more specific properties such as viscosity and a uniform molecular structure.  Because it is chemically engineered for a specific composition, the power of synthetic manual transmission and differential oil is much better suited for these purposes.  It withstands these extreme stresses, temperatures, and frictions better than traditional oils.  These synthetic fluids also contain special, high pressure and anti-wear additives that protect and clean these vital metal parts.  These additive rich, synthetic fluids cope better under the intense, gear pressures present in manual transmissions and differentials.

Although just as helpful and necessary for protection in ordinary vehicles, synthetic manual transmission and differential oil is especially helpful in those used for racing, hauling, and towing.  These applications create the largest loads and stresses on the gears of these components.  The financial savings created from better protecting these components in both regular applications and those used more for specific purposes is clearly demonstrated in longer drain intervals, fewer part repairs, and better performance.  Amsoil, one of the leading producers of synthetic oils, offers a wide range of synthetic manual transmission and differential oils at competitive prices, including their Synthetic Manual Synchromesh Fluid which can be used in all automotive applications requiring synchromesh transmission fluid.  Without question or exception, the power of synthetic protection in manual transmissions and differentials proves superior to traditional fluids every time.

The Ford 6.0 Liter Power Stroke Diesel Engine by RJ Performance

The new Ford 6.0 Liter Power Stroke Diesel Engine has 325 maximum horsepower output. This is adding an additional 100 horsepower to its previous version along with 560 foot poundage torque. This is one of the most innovative and new products on the market. Keep in mind that the Power Stroke “name” has been used for quite awhile, however, the 6.0 Liter Engine is brand new and has many new unique options and features.

The Ford 6.0 Liter Power Stroke Diesel Engine by RJ Performance is an electronically controlled, directly injected diesel engine. The meaning of a Direct Injection is that of the gas being injected directly into the engine cylinder. This makes it different from the type that must go through a pre-combustion chamber externally to the engine cylinder utilized on other diesel engines.

As with any new technology upgrade, there can be drawbacks. The major drawback of the Ford 6.0 Liter Power Stroke Diesel Engine by RJ Performance is the oil that must be used. It has to have the exact type of oil that it calls for otherwise it may foam up as it is going through the injector. This can cause a lot of hand starting and running rough.

Of course there are numerous other features of the Ford 6.0 Liter Power Stroke Diesel Engine that makes the performance amazing. These features can include:

A Variable Vane Turbocharger. An Air to Air Intercooler. A Four Valve per Cylinder Head Design.

The Ford 6.0 Liter Power Stroke Engine is a modernized diesel that gives out the clean power and performance that we seek each day for a sophisticated work vehicle. This allows its buyers to own a diesel with the same type of level of comfort you would have if utilizing a normal gas engine.

The one major drawback to upgrading in new technology is the replacement cost, Costs to replace parts or costs to repair oil issues that can happen with the turbo. These problems can cause entire engine failure if they are not properly serviced.

RJ Performance offers a very cost efficient alternative to buying an engine directly from a dealer or trying to find the parts to do a rebuild of these types of engines.

The engines purchased from RJ Performance include the following:

Turbo. Complete Fuel System and Injection System. E.C.U. which is mounted at engine top. Manifolds. Oil Pan and Valve Covers. Internal and Engine Components.

The engines purchased from RJ Performance do not include the following:

Wiring Harness. Alternators. Starter. Power Steering Pump.

For more information including pricing and warranty information, visit – http://www.rj-performance.com

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The Power Of Synthetic Motor Oils

Although most people know enough about the necessary maintenance of their vehicles to perform oil and filter changes at regularly scheduled intervals, they are oblivious to the many important roles of the engine oil itself. Even fewer understand the differences between one engine oil and another. Many are even under the impression that one oil is as good as the next, and there are no differences between oil types and brands except for price. This is simply untrue, and many consumers are just misinformed or misunderstood. Synthetic motor oils usually are slightly more expensive when compared to the traditional, petroleum based oils, but they are significantly better as well. They are so much better that the financial benefits created by these synthetic fluids far outweigh the extra money spent when chosen over the traditional oils of the past.

Synthetic motor oils are superior to conventional, petroleum based oils in a number of money saving ways. Created by chemical engineers to have molecular uniformity and higher volatility levels, synthetic fluids withstand engine stresses better than their predecessors and last longer as well. This means that they do not break down as quickly between drain intervals, thereby extending the length of the drain interval itself, and protect vital, internal engine parts better. Petroleum based oils burn off during use and leave behind byproducts that attach themselves to internal engine parts. These byproducts form deposits over time and cause unnecessary wear. They also clog engine passageways which starve the upper engine of necessary lubrication, again causing internal wear. It is clear that over a vehicle’s lifespan, synthetic motor oils protect engines better and increase it’s life considerably. This vehicle life extension and diminished amount of unnecessary repairs create enormous financial savings for the consumer in the long run.

Where conventional oils create problems for engines over time, synthetic oils contain detergents and additives that clean engine internals, increasing engine performance. Because of these engine protection and performance enhancing properties of synthetic motor oils, vehicles using these oils burn less fuel in the combustion process. This saves the consumer considerable money at the gas pump because of improved fuel mileage. One of the oldest and foremost, leading producers of synthetic fluids, AMSOIL, suggests a 2 to 5% increase in fuel mileage by using a synthetic oil in one’s vehicle. This amount, although it doesn’t seem like much, will translate to far more than the extra money spent on synthetic oils, especially when combined with the money saved from fewer engine repairs.

Most people understand little about the differences between synthetic motor oils and traditional, petroleum based oils. Many believe there are no differences at all and that synthetic fluids are simply a ploy by oil producers to extort more money from the consumer. The truth is that synthetic oils are clearly different and actually very superior to the conventional oils of the past.