Saving Money by Heating the Crawl Space

January 17th, 2011

If you’re like most people, you probably focus on how to keep the living areas of your home warm and comfortable in the winter months. Of course, you want to do this with as little expense as possible and so insulating and heating all of the rooms of your home naturally makes sense. The main goal of this is to eliminate any areas where heat might be able to escape, thereby causing you to spend more and run your heating system for longer to keep the temperature indoors at an acceptable level.

What you might not often think about, however, is the fact that the crawlspace under your floors is probably not insulted at all. Of course you and your family don’t spend much time there, but if you’re trying to keep your home comfortable for as small a price tag as possible, this is something you should think about addressing.

There are actually several reasons that heating and insulating your crawlspace can save you money in the long run. For one thing, the ducts and pipes that carry your heated air and water to various locations throughout your house generally run right through these very crawl spaces. Even with an average amount of insulation surrounding those pipes and ducts, you’ll still be losing heat to the outdoors as the air and water travel through the crawl space.

Of course, pumping heat directly into the crawl space would be a waste too, since there is no insulation to keep it there. With the proper amount of insulation, however, you can easily heat your crawl space with very little energy and potentially save a ton in the long run.

When your ducts and pipes are traveling through a heated space, they’ll retain the heat they started with and bring that to the rest of your home. You’ll pay very little to keep the crawl space warm and you’ll save a lot by conserving the heat and hot water that you do generate to keep your house comfortable.

Plus, because your crawl space is generally located directly underneath the floor, you’ll be protecting the actual rooms of your home from heat loss as well. And you floors won’t be so cold to walk on either. Overall, there really is no reason not to take the time and have your crawl space properly insulated and heated.

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The Energy Star Label

January 14th, 2011

The Energy Star program is a joint program of the US environmental protection agency and the US department of Energy. The program’s goal is to help consumers save money and protect the environment through energy-efficient products and practices.

The best-known aspect of the Energy Star program is the Energy Star label, which is awarded to appliances and other items that are significantly more efficient than average. Energy Star efficiency guidelines vary depending on product category, but in general, Energy Star products use 20%-30% less energy than minimum federal standards.

The Energy Star guidelines were designed both with energy efficiency and performance in mind. While low energy use is one of the most important criteria for selecting Energy Star appliances, product performance, features, warranty, safety, and durability are also taken into account. Price is also a factor: if a product costs significantly more than other products in its category, it will only receive the Energy Star label if the up-front cost will be recovered through savings in operating costs within a reasonable amount of time.

The first Energy Star labels were given to computers and monitors in 1992. Now labels can be found on many other products, including:

  • Furnaces
  • Hot water heaters
  • Air conditioners
  • Dishwashers
  • Refrigerators
  • Light bulbs (florescent and LED)
  • TVs

Energy Star products can be found wherever appliances and electronics are sold. Look for the blue and white Energy Star label. You can also look for the yellow EnergyGuide label that is affixed to most heating and cooling systems and household appliances. This label is created by the Department of Energy and shows a product’s annual cost of operation compared to similar models. It will often indicate whether a product is Energy Star.

It’s important to note that while an Energy Star label indicates that a heater, air conditioner, or household appliance is more efficient than the minimum guidelines, it does not always mean that you are getting the most energy efficient option on the market. If you are making a major appliance purchase, use the Energy Star label to be sure every model on your “short list” is energy efficient. Then, look carefully at the EnergyGuide label to compare the efficiency of the models you are considering.

The EPA has also extended the Energy Star label to cover new homes and commercial and industrial buildings. To qualify for the Energy Star rating, a new home must use at least 15% less energy than standard homes (built to the 2004 International Residential Code). Energy Star homes usually include insulation, high-performance windows, energy-efficient heating and cooling systems, appliances, lighting, and water heaters.

The Energy Star standards and label have been recognized in many other countries, including Canada, Australia, Japan, New Zealand, Taiwan and the European Union.

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Attic Insulation – Does it Save You Money?

January 12th, 2011

While you may not spend too much time up in your attic in the winter – or at any time of year for that matter – the conditions up there can end up having a significant impact on the size of your heating bills. Fortunately, if you’re leaking heat out of your attic like crazy, there is something you can do about it. And it won’t even take you a lot of time or cost too much, but it will save you a ton of money in the long run.

So what is it that you can do to magically save so much on your heating bills? Well, the truth is that all you really need to do is insulate your attic properly. Since the attic isn’t typically a space that people occupy often, builders often leave these areas uninsulated. That means that they’re pretty cold in the winter. But if you’re not sitting up there, does it really make any difference?

Absolutely it does. The problem with having an uninsulated attic is that heat rises and so will quickly move to the highest point in your home. This is the attic, of course, and if the attic isn’t insulated, all of that warm air that you’ve been paying to heat will go right out the top of your house. Even if the door to the attic is shut up tight, you will still be losing heat into it.

And if the attic isn’t insulated, chances are that there’s no insulation anywhere above the ceiling of the top floor of your house. With heat continually rising and escaping out of the top of your home, you’ll find that your home heating system has to work much harder to keep the house at a comfortable temperature. And the harder your heating system works, the more you’re paying in energy bills each month.

Fortunately, adding insulation to your attic is relatively easy and won’t cost you much at all. And the savings you start to see immediately on your energy bills will more than make up for the expense of having the insulation installed. Even if your attic does have some insulation in place already, it may be worth checking to make sure it’s still working well. Some types of insulation simply break down over time and you might not be getting anywhere near the protection you thought you were.

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Cleaning the Heating Coil: It Can Save You Repairs Later

January 11th, 2011

Just like any piece of equipment, your furnace needs some regular attention and maintenance to keep it running right. And one of the most important parts of the furnace to pay attention to during these service visits is the heating coil.

Without the heating coil, your furnace simply won’t be able to put out heat to keep your house warm. That’s because the combustion in the furnace is used to heat the coil. Air is then blown across the heating coil so that it can be warmed before being circulated throughout the house.

If your heating coil isn’t kept clean, it’s easy to see how you could end up with all types of problems down the line. And since air is constantly being blown across the coil when the furnace is at work, it’s particularly susceptible to accumulating buildups of debris and sediment.

When this happens, there are several consequences. First of all, your furnace will have a harder time heating your whole house and heating it evenly. As a result, all of the parts of the furnace will have to work overtime to keep your home warm and this can cause them to wear out and break faster. Of course, when that happens, you’ll need professional repairs to get you back on track and you may have to go without heat for some time in the coldest part of the year.

Also, a dirty heating coil won’t be as efficient at transferring heat to the air blowing past, meaning that you’ll be getting less heating power out of the fuel your furnace is consuming to heat your home. Essentially, this will mean your furnace is not functioning at peak energy efficiency and that will certainly be reflected on your monthly heating bills.

But all of this can be avoided by keeping your heating coil clean and in good repair. You will likely need to have a professional take care of this for you and it is a standard part of an annual maintenance visit. While you may have to pay a bit each year for that regular maintenance, you’ll be much better off and save a good deal of money in the long run by having it done and your coil cleaned.

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When Should You Replace Your Existing Heat Pump?

January 7th, 2011

Nobody wants to think about having to replace a home heating and cooling system. It’s a big job and a new system probably won’t come cheap – not if it’s worth buying anyway. But in the end, you’ll be better off replacing your heat pump sooner rather than later if you start noticing signs that it may be on its way out.

So what are these signs? Well, they’re actually pretty easy to recognize if you know what to look for. For instance, if your heat pump is suddenly making more noise than it used to, there’s a good chance that something’s going wrong inside. This may only require a minor repair, but if minor repairs like this become a regular occurrence, you should start seriously thinking about looking around for a new system.

The cost of even minor repairs will certainly add up quickly over time, and you’ll have to seriously think about whether it makes financial sense to continue to repair an older system rather than simply replacing it with a new one. Chances are that you’ll have to invest in a new one anyway, and the sooner you do it, the less you’ll have paid for repairs to a system you were just going to get rid of anyway.

Also, if you’re starting to notice humidity problems in your home or if some parts of your house are being kept warmer than others, it may very well be a sign that you heat pump isn’t working like it should. Again, this can sometimes be rectified with repair work, but especially if your heat pump is 10 years old or more, it probably makes more sense to replace it.

Another item to keep an eye on when you’re worried about how well your heat pump is working is your monthly energy bill. If you notice a sudden or even a gradual but steady increase over time that you know isn’t a result of an increase in energy prices in your area, you should suspect that your heat pump isn’t working like it should.

Even if it’s still keeping your home at a comfortable temperature, the fact that your heat pump is using more energy to do it is a sign that there’s something wrong with your system. Plus, newer systems are generally more energy efficient anyway, so you’ll be making up for the initial investment of purchasing a new system when you start paying even less on your monthly energy bills.

Nobody wants to think about having to replace a home heating and cooling system. It’s a big job and a new system probably won’t come cheap – not if it’s worth buying anyway. But in the end, you’ll be better off replacing your heat pump sooner rather than later if you start noticing signs that it may be on its way out.

So what are these signs? Well, they’re actually pretty easy to recognize if you know what to look for. For instance, if your heat pump is suddenly making more noise than it used to, there’s a good chance that something’s going wrong inside. This may only require a minor repair, but if minor repairs like this become a regular occurrence, you should start seriously thinking about looking around for a new system.

The cost of even minor repairs will certainly add up quickly over time, and you’ll have to seriously think about whether it makes financial sense to continue to repair an older system rather than simply replacing it with a new one. Chances are that you’ll have to invest in a new one anyway, and the sooner you do it, the less you’ll have paid for repairs to a system you were just going to get rid of anyway.

Also, if you’re starting to notice humidity problems in your home or if some parts of your house are being kept warmer than others, it may very well be a sign that you heat pump isn’t working like it should. Again, this can sometimes be rectified with repair work, but especially if your heat pump is 10 years old or more, it probably makes more sense to replace it.

Another item to keep an eye on when you’re worried about how we

Nobody wants to think about having to replace a home heating and cooling system. It’s a big job and a new system probably won’t come cheap – not if it’s worth buying anyway. But in the end, you’ll be better off replacing your heat pump sooner rather than later if you start noticing signs that it may be on its way out.

So what are these signs? Well, they’re actually pretty easy to recognize if you know what to look for. For instance, if your heat pump is suddenly making more noise than it used to, there’s a good chance that something’s going wrong inside. This may only require a minor repair, but if minor repairs like this become a regular occurrence, you should start seriously thinking about looking around for a new system.

The cost of even minor repairs will certainly add up quickly over time, and you’ll have to seriously think about whether it makes financial sense to continue to repair an older system rather than simply replacing it with a new one. Chances are that you’ll have to invest in a new one anyway, and the sooner you do it, the less you’ll have paid for repairs to a system you were just going to get rid of anyway.

Also, if you’re starting to notice humidity problems in your home or if some parts of your house are being kept warmer than others, it may very well be a sign that you heat pump isn’t working like it should. Again, this can sometimes be rectified with repair work, but especially if your heat pump is 10 years old or more, it probably makes more sense to replace it.

Another item to keep an eye on when you’re worried about how well your heat pump is working is your monthly energy bill. If you notice a sudden or even a gradual but steady increase over time that you know isn’t a result of an increase in energy prices in your area, you should suspect that your heat pump isn’t working like it should.

Even if it’s still keeping your home at a comfortable temperature, the fact that your heat pump is using more energy to do it is a sign that there’s something wrong with your system. Plus, newer systems are generally more energy efficient anyway, so you’ll be making up for the initial investment of purchasing a new system when you start paying even less on your monthly energy bills.

ll your heat pump is working is your monthly energy bill. If you notice a sudden or even a gradual but steady increase over time that you know isn’t a result of an increase in energy prices in your area, you should suspect that your heat pump isn’t working like it should.

Even if it’s still keeping your home at a comfortable temperature, the fact that your heat pump is using more energy to do it is a sign that there’s something wrong with your system. Plus, newer systems are generally more energy efficient anyway, so you’ll be making up for the initial investment of purchasing a new system when you start paying even less on your monthly energy bills.

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How Efficient Is a Heat Pump?

January 6th, 2011

Heat pumps are actually remarkably efficient when compared to some of the home heating alternatives out there. Especially if you’re already using electricity to heat your home, you can get generate huge savings on your monthly energy bills by switching to a heat pump system.

As their name suggests, heat pumps remove heat from the air and transfer that heat from one area to another. That means that in the winter, your heat pump will remove the heat from the air outside your home and pump that heat in to heat your home. During the summer months, that process is actually reversed, and heat pumps are able to cool your home by collecting the heat from your indoor air and pumping it outside.

Since heat pumps are actually just moving heat from one place to another rather than generating it all on their own, they don’t require much energy at all to operate. While you can buy furnaces that are as much as 97% energy efficient, they’re still using more energy than a heat pump would. The fact that the furnace is turning the vast majority of the energy that it uses into heat doesn’t mean that it still doesn’t require more energy to operate.

Just because heat pumps are more efficient than many other types of heating systems, you can’t just assume that all heat pumps are equally energy efficient. Just as different types and models of furnaces have different energy efficiency ratings, so too do the many types, sizes and models of heat pumps. Make sure you thoroughly compare your options before you settle on the right system for your home.

The energy efficiency rating of a furnace is easy to recognize, as each of them comes with a standard AFUE rating. If you’re looking to switch to heat pumps, however, it’s easy to get confused when you’re trying to compare the energy efficiency of various models.

Heat pumps actually have two separate measurements for energy efficiency. These are the seasonal energy efficiency ratio (SEER) and the heating seasonal performance factor (HSPF). Energy efficiency measurements for heat pumps reflect both the cooling and heating efficiency of the system, and so what’s best for you may vary depending on what you’re more likely to use your heat pump for.

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How Does a Heat Pump Work?

January 5th, 2011

If you’re in the market for a new home heating and cooling system, a heat pump is definitely an option worth considering. However, while the popularity of these systems is growing rapidly, many people still don’t understand what they’re all about. Before you go out and get yourself a new home comfort system, you should make sure you really know what you’re looking at.
As their name suggests, heat pumps move heat from one location to another. However, their name can be misleading as well. Heat pumps are able to both heat your home in the winter and keep it cool in the summer by taking heat from the air in one place and sending it to another.

For example, your heat pump will remove the heat from your indoor air in the summer and pump it outside to keep your home cool. In the winter, the process is reversed, and the heat pump gathers heat from the outdoor air and pumps it inside to keep you house warm.

Of course, it’s not hard to see how the air inside your home in the summer has heat in it. But the outdoor air in the winter is cold. So how does a heat pump heat your house with cold air? Well, the truth is that there is almost always some heat in the air, no matter how cold it seems to you and me.

In fact, the temperature would have to drop well into the negative range before there was absolutely no heat to be found in the air. And heat pumps are specially designed to find that heat and collect it.

Basically all heat pumps work on this principle. However, they can’t keep your house comfortable all on their own. Heat pumps are usually installed as part of a complete home heating and cooling system. This means they’ll be paired with an air handler that can circulate the temperature controlled air throughout the house.

There are also some heat pumps that supplement the amount of heat they’re able to pull out of the air by heating it as it passes through. These types of heat pumps are often more effective in cooler areas, but because they require more energy to actually generate heat, they’re not typically as energy efficient as models that rely on their ability to get heat only out of the air.

If you’re in the market for a new home heating and cooling system, a heat pump is definitely an option worth considering. However, while the popularity of these systems is growing rapidly, many people still don’t understand what they’re all about. Before you go out and get yourself a new home comfort system, you should make sure you really know what you’re looking at

As their name suggests, heat pumps move heat from one location to another. However, their name can be misleading as well. Heat pumps are able to both heat your home in the winter and keep it cool in the summer by taking heat from the air in one place and sending it to another.

For example, your heat pump will remove the heat from your indoor air in the summer and pump it outside to keep your home cool. In the winter, the process is reversed, and the heat pump gathers heat from the outdoor air and pumps it inside to keep you house warm.

Of course, it’s not hard to see how the air inside your home in the summer has heat in it. But the outdoor air in the winter is cold. So how does a heat pump heat your house with cold air? Well, the truth is that there is almost always some heat in the air, no matter how cold it seems to you and me.

In fact, the temperature would have to drop well into the negative range before there was absolutely no heat to be found in the air. And heat pumps are specially designed to find that heat and collect it.

Basically all heat pumps work on this princ

If you’re in the market for a new home heating and cooling system, a heat pump is definitely an option worth considering. However, while the popularity of these systems is growing rapidly, many people still don’t understand what they’re all about. Before you go out and get yourself a new home comfort system, you should make sure you really know what you’re looking at

As their name suggests, heat pumps move heat from one location to another. However, their name can be misleading as well. Heat pumps are able to both heat your home in the winter and keep it cool in the summer by taking heat from the air in one place and sending it to another.

For example, your heat pump will remove the heat from your indoor air in the summer and pump it outside to keep your home cool. In the winter, the process is reversed, and the heat pump gathers heat from the outdoor air and pumps it inside to keep you house warm.

Of course, it’s not hard to see how the air inside your home in the summer has heat in it. But the outdoor air in the winter is cold. So how does a heat pump heat your house with cold air? Well, the truth is that there is almost always some heat in the air, no matter how cold it seems to you and me.

In fact, the temperature would have to drop well into the negative range before there was absolutely no heat to be found in the air. And heat pumps are specially designed to find that heat and collect it.

Basically all heat pumps work on this principle. However, they can’t keep your house comfortable all on their own. Heat pumps are usually installed as part of a complete home heating and cooling system. This means they’ll be paired with an air handler that can circulate the temperature controlled air throughout the house.

There are also some heat pumps that supplement the amount of heat they’re able to pull out of the air by heating it as it passes through. These types of heat pumps are often more effective in cooler areas, but because they require more energy to actually generate heat, they’re not typically as energy efficient as models that rely on their ability to get heat only out of the air.

iple. However, they can’t keep your house comfortable all on their own. Heat pumps are usually installed as part of a complete home heating and cooling system. This means they’ll be paired with an air handler that can circulate the temperature controlled air throughout the house.

There are also some heat pumps that supplement the amount of heat they’re able to pull out of the air by heating it as it passes through. These types of heat pumps are often more effective in cooler areas, but because they require more energy to actually generate heat, they’re not typically as energy efficient as models that rely on their ability to get heat only out of the air.

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Energy Efficiency Tax Credits Extended for 2011

December 29th, 2010

Good News! The tax credit for energy-efficient home improvements has been extended for another year.

However, the tax credit will be less in 2011 than it was in 2010 and 2009 – so if you can purchase your energy-efficient appliances now, you should!

For 2009 and 2010, a taxpayer can take a total of 30% of the value of energy-efficient home improvements, up to a maximum of $1500 for both years combined. For 2011, the tax credit is offered for only 10% of the cost of energy-efficient home improvements, up to a maximum of $500.

Other restrictions also apply for 2011. Certain appliances have their own maximum credit amount. For example, you can only get up to $300 for a water heater. Efficiency requirements have increased as well in certain cases – for example, gas boilers must now be 95% efficient. Tax credit requirements for gas furnaces remains at 95%, as it has been for the last two years.  This means that not all Energy Star appliances will qualify.

And, if you claim credits in 2009 or 2010, they count against the $500 maximum for 2011. If you’ve already taken more than $500 in tax credits, you can’t claim anything more in 2011.

Remember, too, that the tax credits are only for improvements to an existing home that is your principal residence. New construction and rentals don’t qualify.

If you’ve been thinking of upgrading to more energy-efficient equipment, don’t make it a New Year’s resolution: do it now!

But procrastinators take heart: even if you don’t get around to buying until next year, you’ll still get some benefits.

215.346.7160

215.346.7160

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Holiday Emergencies: How to Unclog Your Toilet…Without Your Guests Even Noticing

December 29th, 2010

It’s your big holiday party. The carols are playing, the champagne is sparkling, and everyone’s having a great time. But when you step into the bathroom to wash your hands, you discover that one of your wonderful in-laws has attempted to flush the equivalent of a small forest down your toilet. You have a houseful of people and you need to unclog your toilet now. What can you do?

To really handle this situation well, you should stock up on the right tools ahead of time. Along with the veggie dip and spiced wine, add the following to your holiday shopping list: a flange or ball plunger, and a toilet auger (also known as a closet auger). You should be able to get both in your local hardware store.

But wait! you say. I already have a plunger! You probably do, but it may be the wrong kind. The standard “cup plunger” (which is what most people have on hand) looks like a rubber ball cut in half. Contrary to what most people think, these plungers aren’t for toilets – they are for the tub, where the flat edge of the plunger will connect well with the flat bottom of the tub to form a vacuum seal. The right tool for unclogging your toilet is a flange plunger or a ball plunger. These are properly shaped to connect to the curved shape of a toilet bowl and maintain a good vacuum seal while you plunge.

So…back to the party and your emergency. Assuming that you’ve prepared appropriately, you will probably be able to clear that clog quite easily – and if you’re discreet, your party guests will never need to know! The most important thing is to overcome the temptation to flush an already blocked-up toilet (we know, maybe you’ll get lucky, but more likely, you’ll end up overflowing the bowl and making a really disgusting mess and having to clean it up with the guest towels). Instead, start by plunging with your handy-dandy new flange plunger. Gently push the plunger head through the water, allowing the air to escape from it. Then, fit the plunger around the hole in the bottom of the bowl, and push the handle up and down rapidly until you feel the clog release or until the water level in the toilet drops.

Now, test to see if the toilet really is draining. Once again, it’s tempting to flush – but don’t do it. Instead, pour a little water down the toilet from a bucket, or lift the tank cover and slowly lift the flapper seal at the bottom to allow a little water to enter the bowl. (Don’t lift the flapper all the way, or the toilet will flush, and you might end up wading around in something you’d rather not think about.)

If the added water leaves the toilet easily, then the clog is cleared. If not, plunge again.

If the clog won’t clear after repeated plunging, break out the heavy firepower in your freshly-stocked plumbing arsenal. Your new toilet auger has an auger bit (a sharp spiral of wire) at the end that is connected to semi-rigid wire or cable that flexes to thread through the bends in a toilet bowl. The auger bit and the wire are connected in turn to a long handle with a hand crank that you can turn to work your way through the clog.

Start by turning off the water supply to your toilet, to keep any possible mess to a minimum. Then, fully retract the auger cable into the handle and put the auger into the toilet so that the curved bit where the cable comes out of the handle faces the same way the toilet drains. (Some toilets drain to the front and others to the rear – look into the toilet bowl to see which way yours goes.)  Work the cable into the drain with a combination of cranking and gentle pressure until it becomes tight and stops turning, or until you feel resistance. Either one probably means that you’ve hit the clog. Crank the auger quickly to break up the clog, and if you can’t crank any more, stop and start cranking in the reverse direction. Continue doing this until you’ve inserted the auger all the way. If you feel that the auger has grabbed something and is stuck, push and pull gently or crank back and forth while gently pulling up. Never force the auger or you may break the toilet porcelain.

After breaking up the clog, use the plunger again to move the obstruction down the drain line. Then, check to make sure the toilet is draining (remember – do this by adding a small amount of water from a bucket or by lifting the flapper slightly, not by flushing!). If and only if the toilet seems to be draining well, try flushing it. If it flushes, you’ve defeated the clog, and you can turn the water supply to your toilet back on.

Then, don’t forget to clean the auger! Put it in a garbage bag to prevent drips and carry it out of the house. (Okay, you don’t have to do this during your holiday party, but please don’t forget to do it later!) Clean it outside and then bring it to a warm dry place to dry. Spray the auger cable with WD-40 to remove any remaining moisture and protect it while in storage. Don’t store the auger lying down – hang it, handle side up, from a hook in your workshop or shed.

Toilet augers have a reach of about three feet. If your clog doesn’t clear after you’ve tried the auger, it probably means that the obstruction is farther down the drain line. However, don’t try using a drain snake to clear the blockage, because it can damage your toilet.

Instead, call us at Carney: 215-346-7160. Even over the holidays, we’re available 24/7 to help you cope with emergencies. We’ll be glad to fix the problem and get you back to your party.

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Dear Santa, Please Bring Me Some New Plumbing Accessories (Really!!)

December 22nd, 2010

When most people think of holiday gifts for their family, chances are they’re not considering…plumbing. But maybe it’s time to think again. Everyone uses toilets, sinks, and showers every day – which means that making improvements to your plumbing will make your entire family more comfortable, every day! The right plumbing upgrades can help your family enjoy mornings more, get fewer colds, savor great European style, and save money on utility bills (money that you can put towards that new car, or a dream vacation).

Plumbing upgrades are also a great green gift. They save water and energy, and they last for years – much better than cheap, disposable stuff that will just wind up in the landfill.

So, while we’re not necessarily recommending that you completely forget about jewelry, toys, and electronics, we do think you should consider adding plumbing improvements to your gift list.

Here are some suggestions for some great, relatively inexpensive plumbing improvements that your family will enjoy every day:

  • Insulate your hot water pipes, and put a blanket over your hot water heater. This is often touted as a money-saving measure (and it is) – but it has the wonderful side effect of making your water hotter as it comes out of your sink or shower. You can’t put this under the tree…but wouldn’t your family enjoy waking up to lovely warm showers on Christmas morning? This is a great gift if you’re strapped for cash, because the materials for insulating your pipes and heater are very inexpensive – the biggest part of the gift is a couple of hours of your time and effort. (Read our blog post on insulating your hot water pipes to find out how easy it is to do.) [Link to: http://www.milani.ca/blog/plumbing/prevent-frozen-pipes/]
  • Replace your old water-saving showerhead with one of the new-generation water-saving showerheads. Those old aerators were virtuous, but they can be chilly and a little prickly.  With the right new showerhead, you’ll never even know that you’re saving water – you’ll just feel like you’re in a luxury hotel. You can get a wide range of fun styles and functions, including rain showerheads, massage showerheads, you name it. (Pair a new showerhead with insulating your pipes to really kick your family’s shower experience up a notch!)

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