Diesel generators are gaining the upper hand over their petrol siblings, even when the emergency power generating issues are considered for individual homes. yes, American homeowners are searching all available hardware outlets for reliable power supply units, to get them through the blackouts and brownouts. When cataclism hits your area, you may be just the only home with its lights on…

The choice of diesel generators available makes the selection process quite complicated. And when you consider that hardly anybody is conversant with the electrical engineering principles, no wonder many buys are resulting in a mismatch between the power demand and the generating capacity of the diesel generator. What follows is a waste of money firstly, because the purchase price is high, and secondly, due to the expensive maintenance costs and premature wear and tear of spare parts. High noise level, offensive fumes and excessive oil consumption may be a problem.

Having said all that, diesel generators have many advantages over their petrol counterparts. Here are some of the major benefits: – Long operating life (12,500 – 32,000 hours between major maintenance is needed) for liquid cooled diesel generators. – Cost of the scheduled maintenance is lower than for the petrol gensets, even the most reliable ones. – To generate 1 kW of electricity will cost you 38% less. – Low level of noise when operating at full capacity, especially, when high quality muffler is used.

Yes, whilst an average petrol generator will require an air cooled engine replacement after 550 – 1600 hours (depending on the brand) an average liquid cooled diesel generator will last many times longer; particularly low speed engines operating at 1800 rpm. Although diesel engines operating twice as fast, at 3600 rpm are not as durable, they are still commonly used in light-duty applications, such as portable power units; also in less expensive models. So, what are the critical criteria of selecting one of many available diesel generators for your home? Here they are, listed in no particular order:

1. There’s nothing better, than a liquid cooled diesel generator, fully enclosed and operating with an efficient muffler. 2. Exchangeable air cleaners are a must. 3. Your generator must have low oil alarms and overload shutdowns. 4. To be on the safe side, add an extra 25% to the nominal output needed. 5. Check the length of warranty and availability of the spare parts and service.

Finally, which manufacturer should you choose? It all depends how much you can afford. If you can afford to spend only $1400, it’ll give you a brand new diesel generator by All Power, rated at 6.5 kW. But, if you have more money, you surely should consider buying one of many portable Kubota diesel generators. Cost of a 6.5 kW unit is about $5,000. Other reputable brands like Honda, Steele or Pramac are also worth considering. Finally, remember that you’re investing in your and yours family comfort and safety, in the long term.

A diesel retrofit installer typically involves making a fleet of vehicles emit lower diesel exhaust through a program to install a retrofit device to highway and non-road vehicles. The premise is to create cleaner running diesel vehicles, especially in heavy equipment situations.

The career outlook for a diesel retrofit installer is good. They make on average $39-$59 thousand a year.

The job as a diesel retrofit installer involves analyzing a fleet inventory, logging exhaust temperature data, understanding the DPF regeneration and cleaning requirements, selecting the appropriate retrofit technology, parts, installing the units and monitoring backpressure and maintaining the engine for optimal exhaust control.

Because ultra low sulfur diesel fuel is required for highway vehicles and will be phased in to the non-road sector beginning in 2010, the time is now to start installing diesel retrofit units to make vehicles and off road heavy equipment compliant with EPA standards.

Because the EPA’s Office of Transportation and Air Quality has started the diesel retrofit initiative for cleaner air quality, any vehicles that burn diesel and biodiesel need to be equipped for the newer types of diesel blends and diesel retrofit installers are a growing occupational field that is a result of energy efficiency and the recent “green” movement.

A diesel retrofit installer can generally get training for the position from the retrofit supplier, since most of them will provide training to fleet mechanics and personnel as part of purchasing retrofit units from them. A diesel mechanic can quickly become trained as a diesel retrofit installer, and the retrofit device typically is installed as muffler replacement.

Because of this, many muffler replacement technicians are also being trained in diesel retrofit and some companies may choose a company where there is diesel retrofit installer personnel, if they don’t have their own fleet mechanic team.

This is part of the push for a greener America, to burn more efficient and less polluting fuels, and the ultra low sulfur diesel fuel will become the standard by 2010.

Because there are millions of diesel burning vehicles on America’s roads emitting harmful diesel emissions, the new regulations make diesel retrofit the most effective means of getting vehicles in compliance. Other options include replacing older vehicles, put a new engine in, or rebuild the present engine. Obviously diesel retrofit installer jobs will become more popular since the other options cost more than the $900 to $1500 per vehicle diesel retrofit.

A diesel retrofit installer will be in high demand as the phase in of non-road equipment is covered and should stay that way until the 2010 deadline, in this effort to cut pollution and make America a “greener” place to live.

Duramax Diesel Performance?. what more needs to be said? The Duramax came out with the fastest truck in the nation with their high horse power LBZ motor. The duramax is ideal to build up for power because of the almost bullet proof Allison Transmission that the truck comes with. In this article I will talk about a few of the popular modifications that are done to the Duramax.

The most popular modification for any diesel is the performance chip. One of the most popular ones out there for the Duramax is EFI Live which allows you to put custom tunes on your Duramax. You can use it to custom tune your own engine and transmission, so you aren?t restricted by pre-made tunes. It increases power, economy and shifts. Another popular tuner for the Duramax is the Diablosport Predator which comes with three performance tunes. It is uploaded into the trucks diagnostic port and puts in the performance or economy programs of your choice and has the ability to check trouble codes and adjust the speedometer for bigger tires.

Another popular modification for the Duramax diesel is a cold air intake. Probably the most well known are AFE Intakes. AFE Intakes come with five protective layers and give maximum air flow with premium filtering. They also have a filter upgrade that has 7 protective layers. Getting air into the engine is important because the more air into the engine, the higher the percentage of fuel that can be combusted. So you get the power at the wheels and better economy versus losing it out the tailpipe in a black cloud.

The third most popular modification made to the Duramax is an upgraded exhaust system. This is important especially if running a chip because the higher flow exhaust system will keep temperatures lower and the engine won?t have to exert the effort to push the exhaust away if it can flow freely away. The free flowing exhaust increases power and economy and relieves engine stress. Many people don?t want to pay the full price for a complete exhaust system. So a lot of people are using what is called the Aero Turbine Muffler. It is just a muffler replacement, but the Aero Turbine Muffler acts like a jet engine and increases the speed of the exhaust as it flows through giving benefits similar to a full exhaust system.

We are just into the fifth month of the year and car manufacturers are already promoting their 2008 model year vehicles. The 2008 Ford Escape and its hybrid version have already been released and so are other auto models from different car manufacturers.

In the United States, as prices of gasoline increases, hybrid cars have been gaining popularity. For the 2008 model year, it is expected that car manufacturers will be introducing more hybrid vehicles as the demand for this type of automobiles increases. Another technology though is set to be unleashed into the United States and Canadian auto markets in the form of clean diesel engines. Next year, it is expected that European and Japanese car manufacturers will be introducing diesel cars in the said auto markets. In Europe, the use of diesel engines is already popular, thanks to companies like Volkswagen and Mercedes Benz. The success of diesel engines in the region is expected to give diesel engines a better reputation in the United States.

For years after the 1970s and 80s decades, Americans have been staying away from diesel engines. It can be remembered that this engine technology was introduced in the 1970s in the United States. Unfortunately, the diesel engines of old are known for their black soot emissions and in some cases poor reliability. Newer diesel engines though have overcome this problem with the use of better emission filter technology.

The Ford Super Duty already available in the market boasts of having a powerful diesel engine with emission similar to that of a gasoline engine. The Super Duty is one of the vehicles that can promote the use of cleaner diesel engines. The problems encountered in the use of bio-ethanol is also another reason seen that will help popularize the use of diesel cars.

Flex-fuel vehicles in the United States which are designed to run on a combination of gasoline and bio-ethanol is recently being criticized due to the lack of fuel refilling stations offering E85 – the alternative fuel composed of 15 percent gasoline and 85 percent bio-ethanol. In a recent study, it was found out that 99 percent of flex-fuel vehicles in the United States are actually using conventional gasoline thereby beating the purpose of these supposed to be environment friendly vehicles.

Already, European car manufacturers have expressed their intentions to release diesel vehicles in the United States next year. The German Volkswagen has been selling diesel-powered vehicles in the U.S. for decades and at present, they will upgrade their engines by using a cleaner technology dubbed as the Blue Motion. The first Volkswagen auto model which will use the clean diesel technology is the Jetta.

Another German car manufacturer which will introduce diesel-powered vehicles in the U.S. next year is Mercedes Benz. Sport utility vehicles or SUVs, known as the favorite of American car buyers, will be what Mercedes Benz will be equipping with their clean diesel engines. Already announced to be released in the United States auto market are diesel versions of the M-Class, R-Class, and the GL-Class. These vehicles will be equipped with clean diesel engines and other soot cleaning technologies from the engine to their, Mercedes Benz mufflers and out the exhaust pipe. Aside from these European carmakers a Japanese company has expressed their intention to introduce a diesel car in the U.S.

Nissan, the third largest Japanese car manufacturer announced that they will be producing a diesel-powered Maxima sedan in the near future.

One problem in the way of the promotion of use of diesel engines in the United States is the availability of diesel fuel. Not more than 50 percent of all refueling stations in the country are offering diesel engines. Fortunately though, the oil industry is clearly supporting the use of diesel-powered vehicles. The Marathon Petroleum Company recently earmarked $3.2 billion for the expansion of their refineries that is expected to increase the availability of diesel fuel in refilling stations across the United States.

Another problem faced by diesel powered-vehicles in the country is consumer acceptance. Although new technologies have made diesel engines cleaner than their ancestors, its reputation has been tarnished heavily. Gasoline-electric hybrid vehicles are also popular among car buyers and it would be something that diesel cars must contend with. Furthermore, the use of advanced emission cleaning technology gives these diesel engines a price almost equal to that of hybrid vehicles. In the end, it would be a matter of preference that will spell the success or lack of it for diesel-powered vehicles.

I have to admit I am a fan of everything that allows my car to get faster and louder. For ten years I have tried to pimp my car to be the boss of the highway. I am 26 and have been living in San Diego for 20 years now. I think my love of fast cars developed when my father took me with him to see his friend’s Lamborghini. This is the greatest car I have ever seen. To be honest, it was the only one I had seen at the age of 10, but I loved it instantly; the sound, the speed, the coolness automatically transfers to the driver when he enters the car. 17 Years later I am still looking for the ultimate adrenaline rush from my car. And I think now I got it: The new Dieses Exhaust system is responsible for my next step to become the king of the road. The combination of speed and sound reminds me all the time of my experience with the Lamborghini.

So I bought the new JBA Headers yesterday. These headers replace restrictive stock manifolds with precision built exhaust headers that maximize exhaust flow for major increases in horsepower, torque and throttle response. And they include premium mounting hardware for bolt-on installation. That sounds good, doesn?t it? And the description is not the only one that sounds good; my car does as well. I am not sure, if I have mentioned what kind of car I have, so I will do so now: A PT cruiser, which now has 20 more horses under the hood than 2 days before. And seriously I love being the loudest, being the fastest, being the hottest on the road.

Now, I think my dream is coming true; the dream I had in the age of ten. My dream includes a hot blond wife who takes care of me when I need to get a good treatment, two children who I can teachto play baseball and football, and a hot, fast car. Ok honestly, I don’t have a wife. The only woman I sometimes see is my cleaning lady Maria and she is a bit too much woman for just one person, if you know what I mean. So I have no family, but at least my car is still louder and faster than the one of my dream. So I can really say that my dream came true.

Cancer. Obstructive lung disease. Optic nerve damage. These are just a few of the side effects an individual can endure when working in, around or with diesel engine exhaust. Individuals are not the only ones adversely affected if they work with diesel exhaust on a continual basis, those who are exposed a occasionally are still at risk. For example, studies have been conducted to determine the harmful effects of diesel exhaust on individuals working in the railroad industry, but little is understood about the true effects. What is known is that the two main chemical diseases associated with diesel exhaust exposure include cancer and obstructive lung disorder. However, the list does not stop there.

Diesel Exhaust and Obstructive Lung Disease

A recent study determined that between 40% and 50% of train service workers suffer from the effects of obstructive lung disease as a result of their chronic, unprotected exposure to diesel exhaust. Railroaders who work in the shop crafts, as well as the maintenance of way and signal departments, have also suffered the effects of chemical disease when exposed to diesel exhaust in the workplace.

The effect of obstructive lung disease is shortness of breath. Obstructive lung disease occurs when diesel soot is deposited into the lungs after inhalation. Diesel exhaust’s ultra-fine particles lodge in the lungs where the particles cannot be easily removed by the lung itself (mucociliary escalator). Eventually, these fine particles clog the lumen in the lungs and gradually the lungs lose their elasticity and become less and less able to expand and contract with each breath. Each day of exposure to diesel exhaust results in accumulation of the particles that restrict breathing.

Diesel asthma is another side effect commonly associated with obstructive lung disease. Similar to allergy symptoms, diesel asthma is commonly mistakenly diagnosed. Sufferers of diesel asthma notice that once exposed to diesel exhaust there is a sudden shortness of breath or quick on-set hypersensitivity to diesel exhaust, both of which occur without warning. This reaction to diesel exhaust becomes increasingly severe and persists long after exposure has ceased. It has been discovered that with time nearly 50 percent of the lung’s capacity can be lost because of obstructive lung disease.

Compared to chronic, unprotected, diesel exhaust exposure, cigarette smoke is innocuous. Further, modern diagnostics are capable of distinguishing between the lung damage cause by diesel exhaust as opposed to cigarette smoke.

Diesel Exhaust Exposure and Cancer

There is medical evidence that exposure to diesel exhaust causes cancer in humans. Medical studies of workers chronically exposed to diesel exhaust show that diesel exhaust causes cancer of the lung, urinary tract, bladder, stomach, prostate, mouth, larynx, esophagus, and colon. Further, the type of cancer caused by diesel exhaust typically metastasizes–the cancer spreads to other locations in the body.

Diesel Encephalopathy

Lastly, medical professionals have recently made a connection between diesel exhaust and diesel encephalopathy. A recent study of workers tied diesel exhaust exposure to memory deficits, sensory losses, equilibrium imbalances and mood swings. Diesel encephalopathy is a relatively new discovery, but some claim it can be detected.

If you have been exposed to diesel exhaust and have suffered injury, you may have a legal case.

Every day at work, employees working with diesel engines are exposed to diesel exhaust. Further, exposure to diesel exhaust is chronic. Failure to protect from diesel exhaust combined with chronic exposure will very likely result in a chemical disease. Although the harmful effects upon railroad workers of exposure to diesel exhaust has been the subject of several studies and has been known for many years, most of the railroads have done little or nothing about taking preventive measures, or informing their employees of the hazards.

There are two chemical diseases one can contract from diesel exhaust exposure: obstructive lung disease and cancer. In addition to entering the body through the respiratory system, harmful diesel exhaust components can enter the body through the eyes, possibly causing permanent damage to the optic nerve, and possibly even to the brain and central nervous system.

Diesel Exhaust and Obstructive Lung Disease

A recent study determined that between 40 percent and 50 percent of train service workers suffer from the effects of obstructive lung disease as a result of their chronic, unprotected exposure to diesel exhaust. Railroaders who work in the shop crafts, as well as the maintenance of way and signal departments, have also suffered the effects of chemical disease when exposed to diesel exhaust in the workplace.

The effect of obstructive lung disease is shortness of breath. Diesel exhaust exposure causes obstructive lung disease by the deposit of diesel soot into the lungs. Diesel exhaust’s ultra-fine particles lodge in the lungs where the particles cannot be easily removed by the lung itself (mucociliary escalator). Eventually, these fine particles clog the lumen in the lungs and gradually the lungs lose their elasticity and become less and less able to expand and contract with each breath. Each day of exposure to diesel exhaust results in accumulation of the particles that restrict breathing.

Another common outcome of obstructive lung disease is diesel asthma. Diesel asthma is commonly mistaken for an allergy. Sufferers of diesel asthma notice that once exposed to diesel exhaust there is a sudden shortness of breath or quick on-set hypersensitivity to diesel exhaust, both of which occur without warning. This reaction to diesel exhaust becomes increasingly severe and persists long after exposure has ceased. Over years, obstructive lung disease may cause the loss of fifty percent or more of the lung’s capacity.

Compared to chronic, unprotected, diesel exhaust exposure, cigarette smoke is innocuous. Further, modern diagnostics are capable of distinguishing between the lung damage cause by diesel exhaust as opposed to cigarette smoke.

Diesel Exhaust Exposure and Cancer

There is medical evidence that exposure to diesel exhaust causes cancer in humans. Medical studies of workers chronically exposed to diesel exhaust show that diesel exhaust causes cancer of the lung, urinary tract, bladder, stomach, prostate, mouth, larynx, esophagus, and colon. Further, the type of cancer caused by diesel exhaust typically metastasizes–the cancer spreads to other locations in the body.

Diesel Encephalopathy

Lastly, medical professionals have recently made a connection between diesel exhaust and diesel encephalopathy. A recent study of workers tied diesel exhaust exposure to memory deficits, sensory losses, equilibrium imbalances and mood swings. Diesel encephalopathy is a relatively new discovery, but some claim it can be detected.