Carney All Seasons Blog: Archive for July, 2011

How Can I Get Better Flow from My Faucets?

Friday, July 8th, 2011

Most of us realize that a drain can get clogged or that the pipes in our home might require extra repairs every now and then, but rarely do we realize that when the faucet is not providing a strong, steady flow of water, it is likely because of a clog in the actual faucet. If you are suffering from low flow in your faucets or worse, sputtering and clogging, here are some tips to help fix the problem.

Why it Happens

The reason that so many faucets now have problems related to clogging is that they have been changed and redesigned over the years to reduce water flow. Older faucets would pour ridiculous amounts of water through the drain – not at all good for the environment. Today, aerators and other technology advancements greatly reduce the amount of water used, but also tend to cause these types of clogs.

Checking Your Aerator

The easiest way to fix a slow flowing faucet is to check the aerator tip for unwanted sediment. Despite filtration of tap water, over time small bits of sand, dirt, and other sediment can and will build up in the aerator. That sediment should be cleaned out of the tip of the aerator at least once a month to keep it from slowing the flow of water.

If a water main breaks somewhere or a problem occurs in the water supply outside of your home, this type of sediment might start to build up more rapidly and cause immediate clogs in your faucet. Other things that might build up include pieces of pipe or flux from plumbing joints that break free and enter the water supply. None of it poses a health problem, but it can be frustrating when it gets into your faucets and blocks the water supply.

Valve Cartridge

If the aerator is not the problem it may be in the valve cartridge. To fix this, you will need to replace the part. Each faucet can be very different, so you should refer to your owner’s manual (many of which are online) for how to take this part out of the faucet assembly. When you go to the hardware store, be sure to take the valve cartridge with you so you can get the exact piece you need for replacement.

The easiest way to avoid a clog in your faucets is to be careful with any repairs you make. While a water main break is not something you can control, you can control how the water supply is affected when someone does repairs on your home’s plumbing. Leave faucets open outside, turn the main valve back on slowly and check your faucet immediately after the repair to ensure no sediment gets clogged in the assembly.

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Where Are My Shut Off Valves?

Wednesday, July 6th, 2011

Whenever you want to do some home repairs on your plumbing, whether it is to change a leaky faucet or fix knocking pipes, you need to shut off the main water supply. But, most home owners do not know where their main shutoff valves are, especially if they have just moved in or are renting a home that is unfamiliar to them. To help, here are some common places you can look for shutoff valves in your home.

  • Water Meter – The Water Meter, which you can usually find in your basement or just outside your home, will have a shutoff valve attached directly to it. Usually there will be two shutoff valves – one on each side of the meter (supply and home). To effectively shut off your water supply, turn the valve located before the meter.
  • Toilet Supply – Sometimes you do not need to cut off the main water supply to your entire house. It can be disruptive and the people in your home may not appreciate not having drinking water or a shower while you are working on the plumbing. So, when working on the toilet, always look for the toilet water valve located behind the tank. Sometimes this valve will be on the floor – other times it will be located on the wall just behind the tank.
  • Finding Wily Supplies – Sometimes the water supply may not be located where you would expect. It might be behind appliances or access panels or above your head somewhere. Most of the time, the water supply will still be in the basement, so start there and look carefully for the root of the pipes. Since most of the pipes in your home will originate at the supply line, you can usually trace them back to a single source.

If you still cannot find your main water supply line and shutoff valve, that does not mean it is hidden in the floor somewhere or outside. Sometimes, the supply lines are just in odd places, either because of strange construction or poor renovations by a past owner. If this is the case, get a second pair of eyes to help you hunt or as a last ditch option, call a plumber who will be able to more easily follow the lines back to their source. Nine times out of ten, you should be able to find and handle a main water supply on your own. But never rule out calling for a professional’s help if things get more complicated than anticipated.

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How Much Water Does a Leaky Faucet Waste?

Monday, July 4th, 2011

A leaky faucet is obnoxious for more than one reason. It is incessant, it represents a problem that will probably only grow worse, and it can cost you money on your water bill. Beyond all of that, it wastes a lot of water, putting undue stress on the environment. But, how much water does a leaky faucet actually waste? It may not seem like much, but when added up over a period of time, that leaky faucet’s impact can be fairly substantial.

Okay, so a single drip every couple seconds may not seem like a lot of water. But, think about it this way. If you let your faucet drip every day, twenty four hours a day, it is definitely going to add up. Imagine what would happen if every faucet in your home was dripping or every faucet in your neighbourhood. It would not seem like such a small amount of water anymore.

In terms of how much water is actually wasted, it is impossible to tell for certain. After all, every drop of water from a faucet is a different size and falls at a different rate. But, for the most part the water coming from a faucet (according to the US Geological Survey) is between 1/5 and 1/3 of one milliliter. Using those calculations and 1/4 of a milliliter as an average, the USGS estimates that roughly 15,140 drips from a faucet equals one gallon of water.

It may not seem like much. After all, fifteen thousand drops is a LOT of drops. But, if your faucet dripped once every second every day, all day, it would only take four and a half hours to reach one gallon. Every day you would waste 5 gallons of water or 2,082 gallons per year. That is 10% of the average water used by a standard 3.5 gpf toilet on a daily basis. Now, imagine what happens if you have more than one drippy faucet, or if your bathtub leaks which will drip more water at a time or if the leak is larger than the average size.

In short, the cost of a leaky faucet may not seem like much, but as time passes, it can really add up and if it is not taken care of, the cost will only grow as the leak gets bigger and potentially new leaks start in other faucets of your home. Do not let it drip forever – take action now and cut down on the environmental impact you have, as well as your bill.

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Whole House Fans vs. Attic Fans

Friday, July 1st, 2011

Air temperature in your home is a big issue in the summer. The cost of maintaining your air conditioner as it runs nonstop for hours at a time can be very high – as much as $4,000 for a single year of cooling. That’s why a lot of families turn to fan solutions to reduce how much they spend on their AC units each year.

How Fans Work

A fan draws in outdoor air to your home. That outdoor air will cool your home when the outside temperature is cooler than the indoor temperature. If the weather outside gets much warmer than 80°F, you will probably still need to use your air conditioner at least a little, but if it’s in the 70°F-80°F range, the temperature inside can be maintained simply by blowing cooler outdoor air into your home.

A whole house fan solves this problem by pumping fresh air into your home through the ductwork you already have in place. When the temperature outside is low enough, you’ll enjoy a much steadier, more comfortable level of cooling and save a lot of money.

However, for those that don’t want to install a completely new system for their entire house, attic fans offer a good chunk of savings as well.

Why Attic Fans Work

The idea behind an attic fan is simple. During the summer, all the heat in your home rises. Even with your air conditioning working at full capacity, heat will build up in the attic, especially if you don’t use that space and therefore don’t have any cooling ducts up there.

In some cases, attic temperatures can rise to 140°F or higher, which then raises the temperature of the rest of your home and forces your AC unit to work that much harder.

An attic fan is good because it takes the air from outside, almost assuredly cooler than 120°F and cycles it into your attic to keep the temperature lower. That simple fan can reduce indoor air temperature by as much as 40°F or 50°F and significantly reduce your air conditioner’s work load.

Which is Better?

Neither of these is better than the other. If you have low cooling costs and want to keep your attic from adding to them, an attic fan is perfect. However, if you want to cut into your cooling costs for all but the warmest months of the summer, a whole house fan may be the right option.

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