Posts Tagged ‘Ladner’

Things You Should NOT Do Yourself around the House: Some Pointers From Ladner

Friday, September 16th, 2011

Everyone wants to feel handy around the house and there are a lot of great things you can do to help keep your Ladner home and its various systems in tip top shape, but not everything should be on your to do list. Some tasks are dangerous or require special equipment and should only be performed by professionals. Here is a list of some such tasks and why you should avoid them:

  • Service a Gas Appliance or Furnace – If it involves a gas line, call a professional. This goes doubly so for live electrical work. You should always call someone who has the specific certification and licenses needed to work on your gas or electricity systems. They know the safety precautions and if there is a problem they will recognize it immediately and act fast to keep everyone safe.
  • Annual Maintenance – Filter changes, cleaning and other small jobs can be on your to do list, but big time maintenance done annually on your exhaust pipes, furnace or air conditioner should be done by a professional who has the equipment for it.
  • Duct Cleaning– You can clean the vents and the entry lines at your air handler just fine, but how will you reach the middle of your ducts without an industrial strength vacuum? Call a professional to get those ducts truly clean.
  • Remodeling of a Room – Unless you have the necessary skills and know what permits are needed, heavy duty remodeling of a kitchen, bathroom or new room should be done by someone with plumbing certification and experience.
  • Sewer Line Service – Always call an expert for anything related to your sewer or drainage system. They are not only complicated, but tend to be directly connected to city property and require a permit to work on. Even if you don’t break anything, the legal implications of this work require professional help.

There are a lot of fun things you can do around your home to keep it in good condition, but for the big stuff, always call a pro – if not for the sake of your home, for your health and wellbeing.

How Hard Is Your Water?

Friday, July 22nd, 2011

The hardness or softness of water varies considerably from one part of the country to another. What we really mean when we talk about hardness is how much calcium and magnesium carbonates are present in the water. The more of these minerals there are, the harder your water will be. While the fact that your water is harder does not mean that it is unsafe, it is good to know what you are dealing with.

There are several ways to find out how hard or soft your water is. You may simply be able to call your local municipality and get the results of the tests they perform. You can also purchase a water hardness test kit pretty easily and some water softener services even perform free hardness testing on mailed-in samples.

Water that is too hard can cause problems for washing machines because it interferes with the chemical functioning of many detergents. And water that is too hard will leave deposits behind on fixtures, sinks, tubs and anything else it comes into contact with. Over time, these deposits can clog up pipes or make their openings smaller, effectively reducing water pressure.

Deposits are also good at clogging up shower and faucet fixtures and they can even build up in your washing machine which will cause some real damage down the line. Using hard water for cooking can create some unwanted complications as well.

Fortunately it is relatively easy to eliminate hard water problems. There are many companies that offer a variety of water softening services. There are water softeners that can be attached to your home water source to treat the water as it comes in and remove any excess chemicals that the water has. These water softeners are an excellent option when you are struggling with very hard water.

Of course, these water softeners can also wear out and become clogged with buildup over time, so you will want to look for a water softening service company that provides full service replacement and repair programs as well.

Green House Gasses and Air Conditioners

Friday, July 1st, 2011

There’s simply no way around it: the air conditioner you probably depend on all summer is emitting a constant stream of greenhouse gasses contributing to the warming of the Earth. While it’s true that the coolants used today, hydrofluorocarbons (HFCs), are much less damaging than the chlorofluorocarbons (CFCs) initially used in air conditioning, they are still harmful to the environment.

Environmentally Friendly Coolants

Recently, research has led to the development of more environmentally friendly coolants. One in particular, HFO-1234yf, is scheduled to be introduced for use in the air conditioning systems of all GM cars beginning with the 2013 models. This is a step in the right direction, but much more needs to be done to address this growing problem before it’s too late.

Electricity and Carbon Dioxide

The use of environmentally friendly coolants will only go so far towards curbing the environmental impact of air conditioning. That’s because air conditioners are universally powered by electricity, and electricity is almost universally produced by the burning of fossil fuels like coal. When coal is burned, it generates a great deal of carbon dioxide, a substantial pollutant on its own.

An Intensifying Cycle

Of course, the more carbon dioxide and other greenhouse gasses are introduced into the atmosphere, the hotter the planet will become. And as the average temperature rises, air conditioning will be used more and more to combat these effects. This is a cycle that could quickly spiral out of control if something is not done to disrupt it.

What You Can Do

There are several things you can do if you’re concerned about how your air conditioning usage impacts the environment. First of all, make the switch as quickly as possible to HFO-1234yf or a similarly environmentally-friendly coolant when it becomes available. And remember that the air conditioning in your car counts too.

You can also go a long way towards reducing your contribution to greenhouse gas emissions by keeping your overall energy consumption down. Try relying on other, natural methods of cooling your home as much as possible. And when you do turn on your air conditioner, make sure you use all of the energy being consumed as efficiently as possible.

That means keeping your unit in good shape to maintain its energy efficiency and making sure that your home is properly sealed and insulated so your air conditioner doesn’t have to work overtime maintaining a comfortable indoor temperature.

Keeping Your Home Toxic Chemical Free

Friday, June 17th, 2011

So, you have decided you want to try to go chemical free in your home. Whether you want to be friendlier to the environment at large or just foster a healthier home environment for yourself or your kids, eliminating toxic chemicals is a big step. Below are some tips to help you go about it the right way.

Removing Toxins

The first step is to eliminate some of the major toxic chemicals that may already be in your home. First, make sure your home’s ventilation system is functioning properly. Clean vents regularly and inspect the system and change the filter annually.

Consider using a water purification system to remove chemicals like chlorine — which is used to kill microbes in many water systems — as well as drug residues and heavy metals. Remember as well that lead is a dangerous toxin, so have your home inspected for it. Remove and replace any paint, pipes, or other materials made of lead. This is especially important if your home was built prior to 1978.

Finally, have your home checked for radon and asbestos. These are both harmful toxins that can easily be breathed in without being noticed. Check for radon especially if your home has a finished basement, or if your family spends a significant amount of time in the basement.

Keeping them Out

Now that you have expelled these contaminants from your home, look for ways to avoid inviting other potentially dangerous chemicals in. Most of us use toxic chemicals every day without even realizing. To help keep these toxins out of your home, you should look for cleaning supplies that are chemical-free. Companies that manufacture and distribute chemical-free cleaning products include Method, Seventh Generation and Ecover.

You can take it a step further by using DIY cleansers. Baking soda, lemon juice, vinegar and salt are all useful in household cleaning and are much safer for children and pets than chemical-based products. Drain clearing products contain extremely harsh chemicals that can contaminate water supplies and even damage your plumbing. A combination of baking soda, vinegar and boiling water can be just as effective without the toxicity.

Finally, use soap as an alternative to chemical air fresheners. Simply leave a few bars around the house in strategic locations. The soap will absorb nearby odors. For added effect, use scented soap.

Start with these simple steps and you will be off to a good start in keeping harmful chemicals out of your home and away from your family.

Where Are My Shut Off Valves?

Friday, May 27th, 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.

Maintenance Really Does Save Money

Monday, March 21st, 2011

When it comes to your home heating and cooling systems, you really cannot go wrong with proper annual maintenance. While it may seem like an unnecessary expense, especially if your systems are relatively new, you will save a lot in the long run if you pay that small fee once a year for each system.

During a maintenance visit, a technician can thoroughly clean out your heating or cooling system and check all parts to make sure they are not showing signs of excessive wear and tear. If they do find a problem or a part that needs to be replaced, they will be able to make the necessary repairs quickly and you will not have to worry about calling someone out later for an emergency visit.

Also, catching problems early like this means that repairs will likely involve fewer parts and cost much less than they would if you let the problem go and it became more widespread. The truth is that your heating or cooling system can continue to work when one or another of its parts is not working correctly, but that means that other parts of the system have to work overtime to create the same result.

Your heating or cooling system will also be much more energy efficient if it receives regular tune ups and attention from a professional. Even the best new systems lose a small percentage of their efficiency each year that they are in operation. While this is not much from year to year, the cumulative effect will soon cause your energy bills to climb higher than necessary.

Paying for regular maintenance, then, can actually save you money because it will mean you pay less each month to run your system. And it is never too late to start. Even if your heating or cooling system is not new, it will benefit from a thorough cleaning and tune up. You may be quite surprised how much your energy bills go down after this type of service has been performed.

Annual maintenance can also help you to get more for your money by extending the useful life of the heating or cooling system. Many systems that are properly maintained can last even beyond their expected life span, meaning that you will not have to replace it as soon as you would have otherwise. For all of these reasons, the minimal cost of an annual maintenance visit is well worth paying over the long term.

Clogged Kitchen Sink? What Should You Do

Wednesday, February 16th, 2011

Clogs are common in almost every household and place of business. Even if you take special care not to put anything that might cause a clog down the drain, there is a good chance that excess bits of food, grease, hair, or other unsavoury materials and pieces will eventually line and clog your pipes. So, what should you do when a clog takes over your kitchen sink? Here are a few simple steps for quick removal.

1.       Disconnect Your Garbage Disposal – Before you do anything, you will need to disconnect the disposal from the sink so you have access to the drain. Start by unplugging your disposal – never work on your sink or the garbage disposal with it plugged in. If the disposal itself is clogged, turn the blades manually to work free any clogs. If it turns freely, the clog might be past the disposal in the pipes and it will need to be removed for further cleaning. Most of the time, however, the clog will be either in the disposal or in the opposite sink.

2.       Plunging Your Sink – Once you have ruled out the disposal, it is time to plunge the sink. Make sure to clamp off the line from your dishwasher so that you do not push any water back into the machine. If you have two sink drains, make sure to seal up the one you are not plunging so that a good seal is created. Do NOT plunge the sink if you have poured any chemicals down in an attempt to clear the drains.

3.       Cleaning Out the Trap – If a plunger cannot get the job done, it is time to check the P-trap. To do this, remove as much water as possible from the sink and place a bucket under the trap so you do not make too big of a mess. Now, disconnect the p-trap from the trap arm. If you have an older metal sink assembly, you may need a wrench or pliers to get the Slip Nuts free. Plastic is much easier. Check the trap to see if there is a clog in the curve of the joint. If not, you will need to move on to the final possible fix.

4.       Snaking – If you cannot clear the clog with a plunger and your hands, it may be time for a snake. You can rent one from most hardware stores if you do not own one, and it is a lot cheaper than calling a plumber to do it for you. You will need to remove the trap arm from the drain itself and then run the snake down the line until you find the clog. This can be a time consuming process, but most often it will take care of any remaining clogs.

How Does a Heat Pump Work?

Wednesday, 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.