On the subject of our atmosphere, there has been substantial dialogue and debate over greenhouse gases, global warming, acid rain, and humanity's responsibility in the generation thereof, and, indeed, these issues are rather contentious in the political sphere. Where public discourse has neglected to apply appropriate deliberation and examination is in the general quality of our air and the health effects stemming from poor air quality. In addition, there is not enough public awareness of the effective and actable solutions to air quality problems, nor is there enough individual responsibility to enact those solutions.

Poor air quality has a hefty tally of proven adverse health effects. Air pollutants not only exacerbate the symptoms of asthma and trigger aggravated asthmatic episodes, but they can actually contribute to the outset of chronic asthma. According to chemists at Louisiana State University in Baton Rouge, air pollutants containing persistent free radicals (PRFs) affect the lungs in similar ways to tobacco smoke and are suspected to contribute to the presence of smoking-related diseases, such as cardiopulmonary disease and lung cancer, in lifetime non-smokers. Cystic fibrosis patients who are exposed to pollutants stemming from industrial and automotive emissions or improper use and maintenance of HVACS experience a drastic decrease in lung function. Smog has been linked to chronic bronchitis, pneumonia, emphysema, and other lower respiratory illnesses. Air pollution is also statistically related with higher rates of fatigue, allergies, heart attack, stroke, DNA damage, and premature birth. According to the American Lung Association's "State of the Air" report, 79% of Maricopa county citizens are at high risk for respiratory complications as a result of poor air quality. Moreover, the World Health Organization has concluded that 41,200 people die per year in the United States from causes "attributable to environmental risk factors." As one might presuppose, poor air quality has the worst effects on the demographics least capable to combat the irritants in our air: the elderly, the young, and the chronically ill.

Because of our concept of public space, the quality of our air may appear to be strictly a matter of public policy, something far beyond an individual's control, something that only corporate planning or government regulation could alter. To an extent air quality is a public concern, because most of the pollutants in our air are created by urban, industrial, commercial, or environmental factors, but it is just as much an individual concern. All of those urban, industrial, and environmental pollutants that plague the atmosphere also enter into homes at alarming rates. Once these pollutants enter into a home, they are typically trapped there by humidity, air pressure flow, HVACs, and building envelope. Then, the chemicals used in daily domestic life compound these outdoor pollutants. The outcome is that the concentration of the pollutants in the average home is actually about two times as dense as the concentration of those same pollutants in the atmosphere. If one considers that the average person spends the bulk of the day indoors, it becomes clear why indoor air quality is rapidly becoming a major issue.

Everyday indoor air pollutants that are considered noxious, toxic, volatile, flammable, carcinogenic, allergenic, antigenic, radioactive, or otherwise hazardous include particulate matter, volatile organic compounds (VOCs), microbial contaminants, Legionella, sulfur dioxide, nitrogen dioxide, carbon monoxide, hydrogen sulfide, tetrachloroethylene, methane, arsenic, cyanide, smoke, ozone, aerosols, asbestos, radon, and lead.

Indoor air quality is a complicated dilemma without any easy solutions. Poor indoor air quality is often compounded by outdoor air pollution, which creates a paradoxical conundrum where indoor air must be ventilated efficiently for health reasons, but outdoor air is too contaminated to be suitable for indoor intake.

There are, however, several different home improvement measures individuals can enact to reduce the presence and impact of air pollution in their homes. Houseplants are capable of filtering and metabolizing many pollutants, especially VOCs, microbial contaminants, and carbon/oxygen-based gases. Houseplants also help balance oxygen-carbon levels. Many common household products, especially cleaning products, fertilizers, herbicides, and pesticides, contain ozone, ammonia, chlorine, arsenic, cyanide, and other harmful chemicals that are highly reactive and can compound with outdoor air pollutants. Reducing or eliminating the use of these products is essential to improving air quality. Having your home inspected for the presence of toxic, radioactive, and carcinogenic materials such as lead, radon, and asbestos is an important safeguard. Inspection is especially necessary in older dwellings that were built before awareness and regulation of these materials existed. Smoke detectors and carbon monoxide detectors are necessary tools for measuring air quality and safeguarding against house fires, carbon monoxide poisoning, and low oxygen levels. Regularly ensuring the functionality of heating devices, such as furnaces, boilers, water heaters, stoves, and ovens, will protect against dangerous levels of flammable, volatile, and toxic chemicals such as methane, carbon monoxide, and carbon dioxide. Using dehumidifiers to regulate air humidity will reduce the presence of microbial contaminants. HVAC design is also crucial. Pairing an HVAC system with a carbon dioxide sensor allows for need-based ventilation, which can help maintain clean air. Air filters are important for filtering some outdoor air pollutants such as particulate matter before they are trapped indoors. Increasingly, HVAC systems are being designed to remain in a positive air-pressure state, which better controls the influx of outdoor air. Positive air-pressure state HVACs are important in urban areas, where outdoor air contains abnormally high levels of hazardous materials and ventilation is still needed.

Considering Maricopa County has repeatedly violated the 1990 Clean Air by failing to meet air quality standards and has recently received the worst possible air quality rating from the American Lung Association, it would be prudent for residents of the Phoenix metropolitan area to consider enhancing their indoor air quality by updating and enhancing their HVAC system. In Arizona, where the desert climate creates high levels of dust in the air, it is crucial to have a well-working air filtration system to filter particulate matter. Residents of the Phoenix metropolitan area should also consider converting to a positive air-pressure state HVAC system, which will ventilate indoor air only when absolutely necessary and can be programmed to ventilate air at times in the day when outdoor air is least harmful. These precautions, along conscientious, pollution-limiting use of our public air, will help combat some of the air quality problems and the health complications thereof, which we have experienced over the past few decades in the Valley of the Sun.

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Review - Denso 234-4011 Oxygen Sensor (Air and Fuel Ratio Sensor)

• Designed to detect the amount of oxygen in the exhaust system
• Constructed from high quality material
• Features double protection layer, aluminum oxide trap layer, PTFE filter and stainless steel housing
• Manufactured with precision to meet OE standards
• Easy installation

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As I was sitting there in the K&N info session, listening to a bald man with a raspy voice throwing me his best pitch on air filters, I thought to myself, "K&N really does care for their customers."

This guy wasn't just some salesman. Heck, he was as nervous as 6th grader giving a book report in front of the class. He stuttered and stammered over his words, as if it were his first presentation. But you know what? The guy knew what he was talking about. Cars are his life. Maybe it was the excitement in his words or the sweat dripping down his face, but I could tell he wasn't faking. He loved his job and loved talking about auto air filters. He even told us his life story-- about growing up working on cars with his dad.

But, back to the debate. People around the country are bringing their cars to dealerships and mechanics with MAF(Mass Air Flow Sensor) problems. The problem-MAF failure. What causes MAF problems? The dealerships claim excess oil from K&N filters is to blame.

The K&N representative, however, gave a compelling argument. If you are not familiar with what a K&N filter looks like, let me explain. It is cone shaped part, basically constructed of a paper filter with wire mesh around it. It attaches to a hose that brings air into the engine; blocking dirt, bugs, and any other hazardous objects that happen to make their way under your hood. The paper, which is the filter, is coated in oil.

Have you ever gotten a really greasy piece of pizza and blotted it with a napkin. If you haven't, I will give you the low down. The napkin absorbs the grease, practically making the paper transparent. Well the paper is similar. The filter absorbs the oil, which coats it for protection, and is invisible. You can't even see it. Mechanics are claiming that the oil from the filter is coming off the paper an affecting the MAF. Even if you were driving 103mph and held a grease covered napkin out the window, the oil wouldn't come off-trust me.

His number two argument. The MAF is fouled by oil right? Well, the MAF is in the engine. Do you know what is constantly cycling through the engine? You got it-- oil. It is much more likely for oil from the engine to get sucked through the intake and foul the MAF.

His final point. Is the filter fouling the MAF or is the MAF flawed? It is just as likely that the MAF comes defective from the factory. Mechanics are telling customers that MAF readings show it is "saturated" with oil from the K&N filter. But I looked at the cone-shaped piece in the man's hands. It was a solid, dry piece. He made a good point. Where would all this "excess" oil come from? Hmmm...

Of the 2,500,000 filters K&N sells a year, they encounter less than 200 dealership problems annually. The representative continued to explain the company's lengthy product testing process. I work for an automotive company, but I'm not that into my car. I'm more of a motorcycle guy. My point being, I was ready to buy a K&N air filter. On top of all the testing, K&N works with customers to make sure dealerships honor their warranties. Solid argument if you ask me.

Table top heaters belong on a patio as much as a commercial or a residential patio heater does. These heaters are just a smaller version of the standard outdoor patio heater. They will not heat a huge area, but can keep you warm around a table or desk when the temperature outside drops.

There are many different types of table top heaters. One that provides the most heat for its size is the propane table top heater. These heaters can raise the temperature of a small area approximately 25 degrees. This can allow you to enjoy your outdoor activities even in the winter.

In addition to the heat provided by the these heaters, they also add ambiance to any outdoor table top setting. They are very stylish and should fit well with just about any type of patio furniture.

Propane table top heaters are safe. They usually have a shut off tilt valve and an oxygen depletion sensor. These safety features will allow you to enjoy your heater even more and not have to worry about accidents or injuries.

Most small propane heaters use a standard propane cylinder. They are adjustable to a maximum of 11K BTU's (11,000 British Thermal Units). As long as there is moderate to low wind outside, this heater should keep you warm and comfortable.

These heaters are lightweight and portable and most come with a safety grill guard along with the shut off tilt valve and oxygen depletion sensor mentioned earlier. They are easy to use and most have an easy one step ignition lighter.

If a propane table top patio heater is used on the inside, you will have to have extra safety precautions. There should be proper ventilation when using this type of heater in an enclosed area. Keep in mind that these are small heaters and will not heat a medium to larger size area. Usually these types of heaters will provide a 360 degree circle of radiant heat (radiant heaters heat by sending out infrared rays that heat the objects that come in contact with it).

When a full-size heater is not required or will not fit in a required space or maybe you want more of "personal" sized heater for your needs, remember the propane table top patio heater may fill the needs you have. They are perfect for smaller outdoor areas, camping, patio tables or any area where warmth is needed in a small localized area.

Gas ventless heaters do not require an external air source to provide heating. They use the oxygen inside the room for combustion. The exhaust produced due to their combustion process is minimal and therefore they do not require chimney or exhaust system for discharging the by-products of combustion out of the room. Since there is no exchange of inside and outside air, the loss of heat is negligible, which makes them an efficient heating source.

Gas ventless heaters are unique amongst most heating systems as they use either propane or natural gas as fuel. The main benefit of using such heaters is that they are portable and do not require an electricity source for operation. The disadvantage of using such heaters is that they use the oxygen of the room and discharge small amounts of carbon monoxide, the end product of the combustion process, which causes the danger of asphyxiation. To overcome this disadvantage, some of them come with oxygen sensors that get automatically turn on when oxygen level in the room is low.

There are different types of gas ventless heaters available these days. Depending upon the method of operation, they are of different types like radiant heaters, blue-flame heaters, and gas logs. You can choose from wall mounted, free standing, and portable heaters. Radiant heaters quickly heat up the spaces. They are widely used to heat large areas like warehouses and industries. Blue flame heaters work like a central heating system and are more appropriate for small spaces like homes and offices. Gas logs are not as efficient as blue-flame and radiant ones. They produce high amount of moisture and therefore can be used only in well-ventilated rooms.

They are convenient, cost-effective, efficient, and environment friendly. To avoid the build up of carbon monoxide and humidity, you should use such gas heaters in rooms that have good ventilation.

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Review - Denso 234-4154 Oxygen Sensor (Air and Fuel Ratio Sensor)

• Designed to detect the amount of oxygen in the exhaust system
• Constructed from high quality material
• Features double protection layer, aluminum oxide trap layer, PTFE filter and stainless steel housing
• Manufactured with precision to meet OE standards
• Easy installation

For More Information :

There are many factors that influence the performance of your vehicle's engine. For example, the oxygen sensors, valves, head gasket, and myriad other components must be working properly if your engine is to perform efficiently. Having said that, many of the engine-related problems that plague drivers are due to their fuel injectors (FIs). They become dirty over time. When that happens, you might experience a decline in the performance and efficiency of your engine.

Below, we'll take a closer look at the effects a dirty FI can have on your car. I'll describe what happens when clogs develop and describe the factors that contribute to obstructions.

When Fuel Injectors Become Clogged

If you have ever seen an FI up close, you'll already know that a small obstruction can cause the air-fuel mixture to lean out. A lot of drivers mistakenly think a significant blockage is necessary in order to affect an injector's operation. In reality, the blockage may represent no more than ten percent of the nozzle's opening. Even that can potentially lead to misfiring. As a result, excess oxygen leaves the cylinder and flows into the exhaust system. The oxygen sensor takes note of the excess and reports the lean mix to the computer.

Within the closed feedback loop, the computer will adjust to the lean mixture by sending more fuel to the injectors. Unfortunately, this does not resolve the underlying problem. The issue is made worse by an altered spray pattern. If the spray pattern is affected due to a clog, the fuel will burn less efficiently in the combustion chamber.

The Root Cause Of Clogging

Even though most modern FIs are designed to resist clogging, it happens frequently. The reason is due to the gasoline that flows through the system. The gasoline you buy at the pump is filled with hydrocarbons. Within the hydrocarbons, there are olefins, a waxy substance that contributes to deposits that accumulate and clog the FIs.

When you turn your car off, the fuel injectors remain extremely hot. The heat causes any residual gasoline still within the nozzles to vaporize. Unfortunately, the olefins are left behind. They harden into deposits and over thousands of miles, begin to form an obstruction in the nozzles. The problem occurs so gradually that drivers seldom realize it's happening.

Gasoline contains special detergents and additives that are designed to keep the fuel injectors clean. However, low-cost suppliers often reduce the level of these elements in order to cut costs and preserve their profit margin. The irony is that many people buy low-priced gas to save a small amount of money without realizing that doing so sets the stage for expensive repairs down the road.

Cleaning The Fuel Injectors

A lot of mechanics suggest cleaning your fuel injectors every 30,000 miles to ensure they remain unclogged and able to deliver an efficient spray pattern. If you have never taken the time to clean them, you will likely notice a marked improvement in your engine's performance.

To start, if you lack experience working with cars, you should leave the cleaning to your mechanic. The job takes less than half an hour, but can seem complex, even when cleaning the FIs while they're in place. You'll need to use special equipment to feed the cleaning agent to the fuel rail (while your engine is running). You'll also need to disengage your fuel pump and block the return line. As a side note, taking the fuel pump offline may cause a fault code; it will need to be cleared after you've finished cleaning the FIs.

Once the cleaning agent has gone through the engine and your fuel injectors, engage the fuel pump (clear the fault code, if necessary). You should be able to examine the injectors to determine whether all obstructions have been cleared. If a blockage persists, you may need remove the FIs in order to perform a more thorough cleaning.

Dirty fuel injectors are a common problem, especially in cases where drivers use low-priced gasoline. Plan to have the FIs cleaned every three or four years to ensure they remain free from clogs.

There are several sensors under the hood that influence the operation of your engine. These include the knock sensor, oxygen sensor, and throttle position sensor. Arguably, one of the most important is the engine coolant temperature (ECT) sensor. As its name implies, this component is designed to monitor the temperature created during your engine's internal combustion process.

Below, we'll provide a brief overview of the ECT sensor, and explain how it affects the performance of your engine. You'll also learn how to identify signs the part may be failing.

The Coolant Sensor And Your Engine's Performance

The main job of the coolant sensor is to gauge the temperature of your engine, and send this information to your powertrain control module (PCM). The PCM uses the information for a number of purposes, all of which are meant to optimize the operation of your engine.

For example, the computer will modify the level of fuel that is sent to the cylinders; it will alter spark timing; it may also disregard information from the oxygen sensor if you are cold-starting your car. In some cases, the ECT sensor will also adjust the function of the cooling fan.

By sending accurate information to your PCM, this sensor influences the operation of your ignition system, fuel system, and ultimately, your engine. Thus, it helps improve the overall performance of your vehicle.

Signs Of A Problem

Signs of a malfunctioning coolant sensor are not always obvious. For example, it may fail to inform your PCM that your engine is cold. Normally, when you cold-start your car, your computer modifies the air-fuel mixture in the cylinders to run "richer." It does this by running your vehicle in "open loop" mode so the engine can quickly reach standard operating temperature. If the computer is unaware of the cold-start, it may not engage an open loop. This can lead to idling and driveability problems while your car is cold.

Poor fuel efficiency can also occur. This happens when the ECT sensor fails to tell the PCM to close the open loop. Excess fuel is delivered to the cylinders, and is essentially wasted. This will also increase the level of emissions produced in the exhaust.

Note that the symptoms of a failing coolant sensor are difficult to identify because they are subtle. Moreover, the end results (i.e. poor idle, excess fuel consumption, etc.) can be caused other components, such as a malfunctioning thermostat. The first indication noticed by drivers is often an engine fault code. Unfortunately, the codes can be misleading.

Replacing The Component

It's worth noting that fault codes can be generated for the ECT sensor for reasons that may have little to do with the part. For example, suppose your engine overheats. As noted earlier, the coolant sensor is responsible for tracking temperature around the assembly, and delivering the information to the PCM. If the assembly suddenly overheats, the computer may mistakenly think the problem lies with the sensor. This and similar situations can produce a fault code. Be aware it can happen before replacing the part.

Mechanics approach replacing the ECT sensor differently. Some will suggest replacing it if your thermostat fails, even if the sensor is working properly. The reason is because the part can fail down the road due to age. Other mechanics recommend waiting until the sensor has actually failed, or shows signs of pending failure. The decision is yours. Given that the component is relatively inexpensive (usually under ), it may be worthwhile to replace it if the mechanic is already under the hood.

One last note: bear in mind the coolant in your car's cooling system will degrade over time. It needs to be replaced every two or three years (follow the recommended interval in your owner's manual). If you neglect to replace the coolant, it will slowly become less able to cool your engine, possibly causing a fault code if the assembly overheats. Thus, make sure the fluid is in good condition before needlessly replacing the ECT sensor.

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Review - Denso 234-4048 Oxygen Sensor for Exhaust System

• Designed to detect the amount of oxygen in the exhaust system
• Constructed from high quality material
• Features double protection layer, aluminum oxide trap layer, PTFE filter and stainless steel housing
• Manufactured with precision to meet OE standards
• Easy installation

For More Information :

Basements can be used for various purposes, laundry, storage, bedrooms, home office space, and more. They can also be a cool retreat from the summer heat. But when the weather gets colder, the cool chill of a basement is much less desirable. If you want to spend any time in your basement in the winter, you need to heat it.

How Can I Heat My Basement?

One of the effective ways to heat your basement is with a fireplace, if you have a full functional fireplace. But a fireplace can be expensive and difficult to install. For those people who do not have a functional fireplace in their home, there are still options for warming up the basement. Portable heaters are available in many types and styles. Among the different options include a heavy duty electric heater, baseboard heaters, ceramic heaters, fan heaters and propane space heaters.

* Heavy duty electric heaters are used to heat larger areas. They are capable of heating a room to over 100 degrees Fahrenheit. Economical and easy to handle, the heating element heats the oil, which in turn heats the air surrounding it. Heavy duty electric heaters have no exposed elements, so it is safe to touch.

* Electric baseboard heaters have an heating element that warms the air passing through it. Warmer air rises up the heater, while the colder air is pulled down to be heated. They are good for room by room heating. Baseboard heaters do not require much space and do not require any ductwork. They are a good choice for basement heating in homes that are newly constructed or remodeled. Baseboard heaters are easy to install in just about any kind of space. They are quiet and draft free and make it easy to control the temperature in each room.

* Ceramic heaters work by using a fan to push the air over a ceramic heating element. A huge grill that oscillates the twin heating elements give the heater the ability to heat up a larger area. Ceramic heaters also come with a foot switch, tip-over switch, built-in air filter, overheat sensor and an anti-freeze setting.

* Fan heaters use a fan to push air over a heating element. This function therefore reduces the thermal resistance between the heating element and the surroundings, heating an area more quickly.

* Propane heaters are good for smaller basement rooms, around 300 square feet. They radiate heat using propane gas as its fuel. They do not require electricity or ductwork. It also warms objects and people before it warms the air.

A Few Safety Tips Regarding Space Heaters

* Place heaters on the floor NOT on the furniture or tables, where they may fall, dislodging or breaking parts in the heater, which could result in a fire or shock hazard.

* Do not use heaters in wet or moist places, unless is it certified for that purpose. Damage or corrosion to parts of the heater may result in a shock hazard or fire.

* Be sure that the plug fits snugly in the electrical outlet you are using. A loose plug can overheat, resulting in a fire.

* Do not place a rug or carpet over the cords, doing so can cause the cord to overheat causing a fire

* If your heater breaks, take it to a qualified repair person. Do not attempt to fix it yourself.

* Be sure that all your unvented gas-fired heaters are equipped with an oxygen depletion sensor. This sensor detects a reduced level of oxygen around the heater, and shuts it off before a hazardous amount of carbon monoxide accumulates. Heed the warnings about the dangers of carbon monoxide that are labeled on the heater.

* Have your gas heater and venting system installed and inspected by professionals according to local codes.

* Make sure that gas-fired heaters are vented properly

* IF YOU SMELL GAS, DO NOT TRY TO LIGHT THE APPLIANCE. Do not touch any electrical switches, or try to use the phone. Open a window or door and leave the area immediately. Then go to a neighbor and call a gas service person or fire department to alert them of the leak.

* Equip your home with at least one smoke alarm and carbon monoxide detector per floor.

* Be sure you keep at least one dry-powder operative, ABC-type fire extinguisher in the home at all times.

* Keep areas around heat sources free of papers, trash and debris which may catch fire.

An Oxygen sensor is sometimes called a Lambda sensor or probe, it is used to lessen emissions from a vehicle by guaranteeing that the engine burns its fuel well and clean. Robert Bosch GmbH which is one of the world's biggest automobile components supplier was founded by Robert Bosch in 1886, and was responsible for the introduction of the first Lambda sensor/probe or oxygen sensor in the year 1976.

Oxygen sensors that are used for automobiles are generally referred to as O2 Sensors and after the first one was pioneered by Robert Bosch, Volvo and Saab, which is a manufacturer of automobiles, but which General Motors is now the proprietor of, decided to be the first set of companies to use an O2 sensor in their vehicles; this was within the same year the oxygen sensor was introduced. The O2 sensors were not introduced into the United States until about 1980, and in 1993, oxygen sensors became a requirement on all types of cars within many European countries.

Engine Control Unit which is abbreviated ECU or Power-train Control Module which is abbreviated PCM is a computer programme for motor vehicles that supervises the timing of the ignition, the amount of fuel and other factors that is essential for an internal combustion engine to operate. It collects data on oxygen concentration and then makes adjustments to the quantity of fuel that is injected into the engine to balance the level of air and fuel. The purpose of the ECU is to sustain a certain Air-Fuel Ratio by decrypting the data it collects from the oxygen sensors.

The component of the O2 sensor is a cylinder that is ceramic with porous electrodes from platinum laminating both the inside and out then the entire thing is further plated in gauze made of metal. The oxygen sensor or probe functions by getting a measurement of the ratio between the oxygen in the gas, in the exhaust and the external air, it then makes an adjustment that is dependent on the result that it acquired from the measurement.

The sensors will only function efficiently when they are heated to an approximation of 316 degrees Celsius or 600 degrees Fahrenheit; therefore the companies have started to make the more recent probes with heating components enclosed in the ceramic that makes the cylinder, in order for the sensor to heat up more quickly to the required temperature. The probes that were made without the heating component would reach the required temperature after a while, but took a little time as it had to depend on the heat from the exhaust, in addition there are elements in the engine that is made to absorb heat, so it took a while for the exhaust to get to the correct temperature to allow the older model oxygen sensors to work.

In this article I will tell you about different parts and accessories used in cars and more particularly I will focus your attention on BMW.

Let us begin now with the fuel injectors. They are in fact linked to the electronic controls and these controls together with a good clean fuel are the two important things you need to look for when pursuing a good and precise work of your fuel injectors.

Fuel injectors are made for both - to make horsepower and to keep the emissions low. In order for this to work a good rapid burn of the fuel is required. That's why BMW are so successful here. They made a small needle-like valve that forcefully under big pressure injects the fuel into the intake port. The fuel is atomized and like this together with the oxygen in the air it burns instantly and this gives the needed power for your BMW car.

The clean fuel is very important because it will give a longer life for your BMW car and that's why you need to take really good care of your oil filters. There are usually two types of oil filters - cartridge and spin-on. Sometimes a magnetic system is applied to the filter in order for the ferromagnetic parts to be captured.

Another very important part of your BMW car is the thermostat. This device is capable of both - measuring and regulating the temperature in the car. If it fails your engine may damage because it will most likely overheat. In order to control the temperature the thermostat will constantly measure it and then it will cool down the system or heat it up by switching and controlling the flow of the heat energy.

Now let's discuss the BMW oxygen sensor. This is a system with a measuring device putted in the exhaust. It is important to know how well the fuel has burned in the engine and this measuring device will provide you with that data. This data will be then examined by the fuel injection computer and it will make the necessary adjustments in order for the better burn of the fuel. These adjustments are all about the way in which the fuel combines with the air and more precisely - the oxygen in that air. This is very important because the better the fuel burns the higher is the performance of your BMW car.

The BMW ignition coil is another amazing thing - it will not fail for very long time and now let's see why it is so important. In order for your BMW car to start operating it needs a provider of a little spark which will ignite the combined with oxygen fuel. This spark in your BMW car is provided by the spark plugs but they need a high-voltage electrical charge and this will be provided to them by the ignition coil.

The ignition coil is based on induction. It will take power from the accumulator which is 12 volts and then it will transform it to thousands of volts because in order for the spark to be created this high voltage is an indispensability.
The BMW power steering pump on the other hand is the device which will transform the power from the engine into hydraulic pressure. This hydraulic pressure will enable you to easily turn the wheel in the desired direction. Basically the system is driven by the engine which will generate pressure in a rotary-vane pump and the faster your vehicle is going the more pressure is generated. Of course there is also a valve which will relief the system if the pressure goes too high. This valve prevents from damages and also it controls the pressure to be in the necessary values that are still big enough for the system to work properly.

We were talking about some high voltage and now let us discuss for a moment how this high voltage is distributed to for example - your ignition system. If your BMW car is old enough you will see that it uses a BMW distributor cap. This cap is usually plastic and it is used to wire up devices and insure a way for the high voltage to safely pass through. Of course there are many problems that can surely damage your BMW car and for example the first major problem is the water. As you may know the water conducts electricity well enough especially when the voltage of that electricity is high enough. This in our case is really bad because you have to be very careful not to allow any water to go even near the distributor cap.

You will see that with time some cracks begin to occur on every plastic material especially if the temperature of it is changing. If you see cracks on your distributor cap you will need to change it. This is easy and you can do it yourself. However because of these problems with the cap you may want to get a BMW car with DIS or distributorless ignition systems. The only problem there will be that they are a bit more complicated and you will most likely be unable to change it yourself if you are not an expert.

Now let's dive in some mechanics. Vibrations when big enough can cause some problems with your BMW car and will surely make you feel not at ease. To prevent this your BMW car is equipped with coil springs which in fact are known to be the reason for the good suspension of the BMW cars but in fact it is not the only reason.

The coil springs are controlled by the BMW shocks and the precise tuning of these shocks is the very thing that will provide the best suspension. This is why the tuning for every particular vehicle is a must and BMW defiantly knows that and perhaps this is why they are known well for their good suspension. In order to understand why suspension is so important just imagine how much time will be needed for your BMW car to settle down after you hit a bump and even without taking in account the damages that may happen you will defiantly won't feel good if these high vibrations occurs constantly.

Oxygen sensors are found in the exhaust system of cars, where they're exposed to fuel and other toxic gases such as HC, CO and NO2. These substances can pollute the sensor and hinder its capacity to work efficiently. Oil, fuel and coolant contamination can cause damage as well. Excessive soot buildup in the sensor's ceramic parts can increase response time and consequently decrease its capacity to detect oxygen efficiently.

The presence of lead in poor quality gasoline also decreases the life span of oxygen sensors. Exposure to silicates and silicones also hinders their ability to function correctly. Because the sensor's function is to determine the best ratio of fuel and air mixture in the car's exhaust system, contamination can cause the gas combustion engine to run rich (with unburnt fuel) or lean (with excess oxygen). This can decrease the car's mileage.

Therefore it's essential to maintain proper health of the sensor to minimize gas usage. Purchasing a new censor is the most obvious course of action to take when the old sensor is damaged. But purchasing new sensors, especially the wideband ones can be costly. Nevertheless, we're exploring the possibility of "recycling" the sensors by cleaning them.

Disclaimer: Please note that cleaning oxygen sensors is NOT advised and we cannot promise that the cleaned sensor will work; but in this piece we've attempted to consider methods to reuse sensors instead of purchasing replacement sensors.

So, please attempt the procedure at your own risk. Will the sensor function properly after being cleaned?

Because it's exposed to high heat in the exhaust system, the main contaminant will probably be a thick coating of baked carbon on the sensor tip, which won't dissolve readily in any solvents. One method to get rid of the carbon residue is by using a blow torch (such as propane) to heat the sensor tip. Hold the torch to the tip until it is about to turn red. Then quickly immerse the tip into water.

Next, blow compressed air to clean the tip. This will cause the deposit to break up. We advise you to repeat this several times until the residue is gone. You can try the CRC brand QD electronic cleaner to get rid of oil and fuel contaminants.

This is a special cleanser that doesn't leave behind any residue after it dries. Maintain a safe distance between the cleaner nozzle and oxygen sensor while you're spraying. Remember to use gloves and safety goggles to protect your eyes and hands.

Hot Water Vents:
Show your children where the water heater and furnace vents are located and explain to them how hot they get. Keep children away from these vents, they can cause serious burns and injuries. Don't allow children to turn any hot water faucets on. Hot water temperatures can be extremely high if not set properly.

Odd-Even:
If you ever get confused about the direction you're traveling in keep in mind that most odd numbered Interstate highways run north to south and even numbered run east to west.

Poor Emissions:
Poor emissions and/or a faulty oxygen sensor can cause a 40% reduction in fuel economy. Can you believe that? A 40% REDUCTION!

Potable Water:
You never know the condition or quality of potable water at various campgrounds. Always use a water filtration system to filter the drinking water in your RV, or take bottled water with you for drinking water.

Clean Filters:
Keep the filters in your roof air conditioner clean and it will operate more efficiently. Refer to the A/C owner's manual for cleaning instructions. Replacement filters are sold at most RV dealerships.

Happy Camping,

Mark

Copyright 2006 by Mark J. Polk owner of RV Education 101

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Features - Denso 234-9014 Oxygen Sensor (Air and Fuel Ratio Sensor)

• Manufactured to detect the amount of exhaust gas air fuel ratio
• Constructed from durable material
• Features zirconia solid electrolyte
• Highly accurate
• Easy installation

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If You Want To Deals For Denso 2349001 On Black Friday! At Low Price And Value Promotion. Or You Can Read Review And See Compare Price List To Decision Before Get The Best Price For Denso 2349001 And Get A Great Purchase It On Black Friday! In This Site. You Are Coming The Right Way!! Because This Time Denso 234-9001 Oxygen Sensor (Air and Fuel Ratio Sensor) In This Store Is On Discount For Black Friday!! It So Discount To 50% For The Lowest Price And Cheapest But Good Quality 100% Amazon Guaranteed. And Very Important!, This Store Can Useful You To Save Money Every Way, Because This Store Is Amazon Primary Partner Store. Qualified Orders Over 25$ Free Shipping! In 2 Days. Good luck For Purchase In This Store.

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Features - Denso 234-9001 Oxygen Sensor (Air and Fuel Ratio Sensor)

• Manufactured to detect the amount of exhaust gas air fuel ratio
• Constructed from durable material
• Features zirconia solid electrolyte
• Highly accurate
• Easy installation

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Features - Denso 234-4209 Universal Oxygen Sensor (Air and Fuel Ratio Sensor)

• Manufactured to the highest O.E. quality, guaranteed to fit right
• Aluminum oxide trap, this extra layer helps to protect from silicone and lead poisoning
• Stainless steel housing and porous Teflon filter all contribute to make a long life
• Improved engine performance and greater fuel efficiency
• Prevents premature sensor failure

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With the rising cost of gas, and no sight in end, people are looking for ways to increase their gas mileage. The best way that I have found to do this is with your own DIY hydrogen gas generator that allows you to run your car on water.

Sounds like science fiction but it's not. In fact, I built a hydrogen generator a few months ago and increased my gas mileage by 30%! If a single mom with very little time on her hands and even less mechanical ability can do it, anyone can.

Now, you do not run your car on water alone. You actually use water in the hydrogen generator to create a burnable gas known as HHO, or Brown's gas that you then inject into the engines intake along with the gas or diesel fuel you already use.

The hydrogen generator uses the century old technology of electrolysis to separate water molecules into two bonded hydrogen atoms and one oxygen atom. This configuration gives you a very safe and powerful gas called HHO. While not explosive, it does combust three times more efficiently than gasoline because it is already vaporized which is the key to getting a liquid to ignite.

HHO gas is extremely fine and burns completely. When mixed with regular fuel sources it will drastically increase the efficiency at which the combined fuels burn. Gas burns so inefficiently that you need a catalytic converter to cook off all the unburned fuel.

Of course the auto makers design cars to be inefficient and even install oxygen sensors to ensure an inefficient air to fuel ratio. Did you know that you use only about 20% of the available energy in a gallon of gas for forward motion? The rest is wasted which is great for big oil and a tax hungry government. It is also beneficial to the auto makers because unburned fuel leaves deposits in your engine, shortening its life.

You can increase gas mileage by ensuring your tires are properly inflated, removing excess weight from the vehicle (maybe that mother in law you're forced to lug around with you) drive the speed limit and various other conventional methods.

But, if you want to drastically increase your gas mileage you need to build your own hydrogen generator. You can do it for less than and with parts found locally and in a matter of a few hours. Try it; you'll be amazed at the results!

Custom Electrolyzer Plans

Using plans that are customizable for your engine will save you time money and increase your gains. With a few added tips on how to max out your fuel cell gains, you can get to those double digit gains quicker. Learning from the trials and errors of others is the most efficient route to max MPG gains. You can increase the efficiency of any internal combustion engine, but only if you do it right.

What Is Good Fits Under The Hood

What good is a electrolyzer that doesn't fit under your hood? Commercial built electrolyzers come in standard sizes that can be difficult to place under your hood. A custom set of electrolyzer plans will allow you to fit a maximum efficiency cell, into even a compact engine compartment. You can locate the cell where you want. Not only will customizable plans allow for proper placement you can adjust output too. Not all engines are the same, and having the ability to tweak your output can greatly increase performance. Taking your fuel savings even a step further will show some real advancements. You can lean back your fuel equivalent to the ratio of HHO. HHO (hybrid hydrogen oxygen) has three times the efficiency of high test gasoline. This allows you to lean back a lot of fuel for a little HHO. Saturating your engine with HHO will increase MPG, but you can take it a step further by having control of your fuel ratio. A good EFIE (electric fuel injection enhancer) will allow you to control your sensors output to the millivolt, allowing slight ratio adjustments. This is the key to maximizing your miles per gallon. Without fuel ratio control a lot of your gains are negated due to sensor error readings. The errors throw in more fuel into your ratio to compensate, thus negating a lot of potential savings. These are savings that you could be harnessing with a simple device. A little HHO goes a long way, and you'll be amazed at how far you can lean back your fuel.

Customizable electrolyzer plans are worth considering and they give the commercial units a good run for their money. You'll save more sooner, by DIY, and you'll be able to customize the cell to your engine. You can't beat the benefits, for the price of water, not to mention self gratification.

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Denso 2344621 Review - Best Buy Denso 234-4621 Oxygen Sensor (Air and Fuel Ratio Sensor) On Sale And Discount Price!

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Features - Denso 234-4621 Oxygen Sensor (Air and Fuel Ratio Sensor)

• Designed to detect the amount of oxygen in the exhaust system
• Constructed from high quality material
• Features double protection layer, aluminum oxide trap layer, PTFE filter and stainless steel housing
• Manufactured with precision to meet OE standards
• Easy installation

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It's hard to imagine, but sensible guys and gals out there actually go nuts whenever the check engine light goes on. They faithfully take their car or truck to their loyal mechanic. No one really knows what happens when it's there; the mechanic will inspect it and probably tell you it needs something that you've never heard of, or didn't think existed for your model.

Let's face it, everyone's busy and cannot possibly check their mechanic's credentials, and scrutinize everything in his to do list for your car, but don't be a fool. There are a lot of legitimate mechanics out there but there's a lot who let's say are over imaginative when it comes to inspecting what's wrong. Maybe you are mechanically inclined, and are able to open the hood and take a gander. If you know what you're doing fine, but what if you're not sure? If only you had a friend to tell you what's wrong, and what's not wrong. Someone who will keep your questions to himself, and won't shame you in front of others when your check engine light does come on and you have no idea how did it happen.

If you're mechanic is your friend, then that's fine. But do you actually want to waste his time and your money to do something that was so simple that could be solved in a few minutes? What if I were to tell you that simple questions can be answered in minutes by online car repair question sites, such as Automotive Experts Online. They can save you time and money. Before you yell, How can a website fix your car? Well, as much as the internet has grown, it cannot actually fix your car, just like the web cannot actually take a test for you to help you get a passing grade. But remember, the information highway can give tons of information to help you pass that test yourself. Sites like these are the weapons of choice for average car owners, or weekend mechanics as well. Answers to common car repair questions, such as "What should I do when my Honda Accord check engine light goes on", or "resetting my Toyota check engine light" can be found in a jiffy.

Here's how a site like this works. Let's say that your check engine light is on and you don't know why; so you go online and ask. Incredibly, most of the time, the engine has nothing to do with the light that gives you warning. In minutes a trusted authorized mechanic will be there to answer any questions and give you support. Here is a sample of what may happen: when a check engine light comes on, a board stores a code that will lead to where the malfunction is located. Just like a map with the treasure being your malfunction, the root to your problem. It doesn't necessarily show you exactly what is wrong, but it gives you a code that you (or a technician) can decode to fix that problem. Sounds simple, doesn't it? All you have to do is get all your facts straight by doing a little research. Here's another example: let's say the code p0171, oxygen sensor indicates lean" shows up, making the check engine light appear. This doesn't mean the oxygen sensor is bad, but that the oxygen sensor is stuck lean. There could be a number of reasons for this: the oxygen sensor is lazy, or may actually need to be replaced.

Sites like Automotive Experts Online have a database to search for free. You can give your own questions a try. Certified auto technicians are there to help you with all sorts of car problems, such as check engine lights for Honda Accord or Toyota check engine light, or even help with jumpstart a car. This is safe and reliable auto advice that's also cheap and fast. Who has time to figure out common car problems on their own, and auto mechanics can charge up to hundreds of dollars to tell you what's wrong before fixing it. Sites like these are great for car owners who do the work themselves, but can be a life savor for newbies who have been afraid to fix their cars.

The site is free to register and join, so try logging on today. Questions can be seen for free and registered users bid on answers written by real certified experts who are there waiting for your questions. Quick questions relating to Toyota check engine light, or check engine light for Honda Accord are often answered within minutes. You are also guaranteed your satisfaction with a full refund your deposit 100% if you are not satisfied. Pretty good service for when you're in a pinch.

The Equus Innova 3160 ABS + Professional CanOBDII Diagnostic Code Scanner meets the needs of the professional for a full-featured Anti-lock Brake System (ABS)  and OBDII scannner and yet it is simple enough for the week-end D.I.Y. mechanic to use. It comes with many features such as the patented back-lit display which shows 25 items of important information at the same time, thereby doing away with the need to scroll through various time consuming and frustrating menus and sub-menus. Default information is displayed in English, but you can choose to display the information in Spanish or even in French.

The Equus Innova 3160 provides S.A.E. Enhanced Live Data, which include graphs and can playback live PCM data streams. Using these features, whether you are a week-end user or a professional, you can then decide on the priority of live data values (P.I.D.) for fast analysis and review. The Equus 3160 can also do bi-directional testing, capture the vehicle's I.D. and provide oxygen sensor results.

Another very useful feature is the Anti-lock Brake System (ABS) diagnosis to troubleshoot various ABS problems, whether it is with the speed sensors, control modules, brake switches, pump motors or solenoids and more, on most post-1996 Chrysler, Ford and GM vehicles. So, whether your vehicle has a "check engine" or "check ABS" warning light on, you need only one tool, the Equus Innova 3160 - to troubleshoot the problem.

The Equus 3160 has been developed with the capability to read emissions data from vehicles with OBDII based systems to check for vehicle emissions readiness. Its simplicity of use is that it is built around a simple LED color-coded system where red means 'fail', yellow means 'potential problems' and green means 'pass', so users are able to diagnose potential emission issues quickly with the Equus Innova 3160.

Most States now also use an OBDII based system to check for emissions readiness in vehicles, therefore it is more important than ever to know the OBD2 emissions condition of your vehicle and to keep it in tip-top condition. The Equus Innova 3160 reads exactly the same emissions data as these state-required tests, so it is able help you gauge your chances of passing the emissions inspection on the first attempt.

In conclusion, the equipment's ABS + Professional CanOBDII Diagnostic Code Scanner is a powerful diagnostic tool for the professional and yet it is simple enough to use, meeting the needs of the week-end or D.I.Y. mechanic and to suit his choice of vehicle.

The Equus Innova 3160's internet connectivity also makes for easy software updates and protects your investment from becoming obsolete. You can now have a professional grade diagnostic tool, with powerful multiple features that you can rely on for years to come.

With the onset of winter, we all feel the need to use heaters to warm our rooms. Charmglow ventless heaters are the perfect solution to your indoor temperature control needs. When winters are extreme, a warm home is very comforting. Hence, heaters have become an essential part of anybody's home.

Ventless heaters are becoming very popular for several reasons. They provide all the necessary heating for your home in fall and winter, and are also designed to burn natural gas or propane in minimal ways.

Features

Ventless heaters are used for additional heating in homes during winter. These heaters are made in different types of units. Some are portable; others are free standing; or wall mounted; blue flame; or radiant. They function by utilizing the oxygen available in the room and generate heat which is pushed directly into the room. They do not vent air outside the room.

Benefits Of Charmglow Ventless Heaters

The key benefit of these heaters is that they cut down your power bills. You can switch them off when not in use. Their fuel efficiency is rated at 99.9 per cent. These heaters even don't need a chimney or an external venting duct, so they are very efficient appliances.

Charmglow heaters are affordable and cheaper than wood or traditional fireplaces and also don't take up too much of place in your house. They can be used as a secondary source of heat in extremely cold winters. They can also be used as an alternative method for heating your house in case of an emergency, such as power cuts.

If you require heating for your entire home, Charmglow heaters with 'electric blowers' can be used. These blowers help in circulating warm air throughout your rooms. This device attachment can be removed when you don't need to heat large areas. The surface of these heating machines does not get too hot even after hours of usage, which is an important safety benefit if you have children around the house. These heaters are also very simple to install. Another advantage of these heaters is that no electricity or batteries are required to run them. Also, these machines have oxygen depletion sensors which shut-off before the oxygen drops below a safe level in a room.

Get a Charmglow Ventless Heater and contribute to saving the environment and nestling in the comfort of a warm cozy home.

When You Are Looking For Denso 2344099 To Get On Blackfriday! for Best Price And Worth Promotions. Or Search For Review And Compare Price To Decision Before Get The Best Buy For Denso 2344099 And Making A Purchase. Congratulations To You!! Because This Time Denso 234-4099 Oxygen Sensor (Air and Fuel Ratio Sensor) In This Store Is On Sale!! And Discount To Lowest Price On Blackfriday! Important! It Cheapest But Good Quality 100% Amazon Guaranteed. This Store Can Help You For Save Money Every Way Because This Store Is Amazon Primary Partner Store. Qualified Orders Over 25$ Free Shipping! In 2 Days. Good luck For Purchase In This Store.

Denso 2344099 Review - Best Buy Denso 234-4099 Oxygen Sensor (Air and Fuel Ratio Sensor) On Sale And Discount Price!

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Features - Denso 234-4099 Oxygen Sensor (Air and Fuel Ratio Sensor)

• Designed to detect the amount of oxygen in the exhaust system
• Constructed from high quality material
• Features double protection layer, aluminum oxide trap layer, PTFE filter and stainless steel housing
• Manufactured with precision to meet OE standards
• Easy installation

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Features - Denso 234-4162 Oxygen Sensor (Air and Fuel Ratio Sensor)

• Designed to detect the amount of oxygen in the exhaust system
• Constructed from high quality material
• Features double protection layer, aluminum oxide trap layer, PTFE filter and stainless steel housing
• Manufactured with precision to meet OE standards
• Easy installation

For More Information :