Category: Saving Water

The Way to Eliminate Hot Water Heaters

Most homes have a hot water heater that provides the homeowner with a plentiful supply of warm water. The tank fills up, the device heats the water and that the hot water is expelled out of the faucets in your home. When warm water heaters break or if you need to update to a different size or style, it is very important to know how to properly dispose of the components. These things cannot be set on the curb on trash-collection afternoon, however there are a couple of techniques to eliminate them.

Contact county or city officials or the local waste management department to find out if your area has an appliance recycling program. If it does, consider the hot water heater to the specified location. Alternatively, find out if you can set the hot water heater with your normal trash on a neighborhood recycling day.

Call the regional recycling centre and ask whether it accepts hot water heaters. Take the hot water heater to the facility. Find out whether the recycling centre pays cash for the item as most facilities profit from draining and reycycling the metallic components of the device.

Contact your landfill if you cannot recycle the warm water heaters in your area. Take the unit to the landfill. Pay the disposal fee that frequently relies on the weight of this merchandise.

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Review of the Toro 20066

The Toro 20066 Recycler is. It is a mid-range mower compared to other versions in the Recycler lineup, and all of the Recycler versions are less fully featured compared to more expensive Super Recycler versions. Although discontinued, the 20066 Recycler may be available used or reconditioned from resellers.


The 20066 Recycler has a 190-cc Briggs & Stratton engine; it’s a four-cycle power plant that puts outside 6.75 foot-pounds of torque. The engine features recoil start, and it’s equipped with all the”Ready Start” system that eliminates the need for prestart priming and choke adjustment. Higher-end Toro Recycler versions are equipped with Honda engines, and more affordable versions are outfitted with smaller Kohler engines.

Cutting Deck

The 20066 includes a 22-inch stamped steel cutting deck rather than the milder cast aluminum deck featured on more expensive Super Recycler versions. The 20066’s total weight is 83 lbs. The deck on the 20066 can be configured to mulch grass clippings, throw them via a side-discharge chute or deposit them at a rear-mounted set bag. The deck also includes two cutting positions, which range from 1.25 to 4.25 inches, and a wash-out port that permits you to clean the blade and underside of the mower by simply joining a garden hose to the top side of the deck.

Drive System

The 20066 is outfitted with Toro’s premium”Personal Pace” propulsion system. The system transfers power from the engine to the rear wheels by way of a drive belt, and the machine automatically adjusts the quantity of power delivered to the wheels so the mower’s speed matches the operator’s walking pace. The mower’s highest speed is 4.8 miles per hour, which is a lively walking clip. Lower-end versions feature a more straightforward variable-speed system that does not adjust automatically.

2014 Model

As of 2014, the 20332 Recycler is the existing Toro model most like the 20066 Recycler. Its Briggs & Stratton engine is exactly the same dimension as that of the 20066, though the newer engine is rated at 7.25 foot-pounds of torque. The 20332 includes a comparable feature set, such as”Personal Pace,” 22-inch deck and wash-out port. At 80 lbs, though, the 20332 is slightly lighter compared to 20066.

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Paint vs. Siding Cost

Re-finishing the outside of your home can alter its whole appearance, including a lot to the “curb appeal” that raises property value value or just making you proud of a home you plan to keep on living in. Some of the most common options for an exterior update are painting the exterior or installing siding. As with the majority of home improvement projects, cost is a significant deciding factor between the two methods.

Price of Materials

Siding is a significantly larger up-front investment than painting. Vinyl, the most common type of siding as of 2013, can run from $2 to $7 per square foot, depending on style, quality and place. Paint runs between $1 and $2 per square foot. If you plan to do the work yourself, siding requires specialized tools which cost up to $100. Most homeowners have basic painting supplies available, with replacing gear costing closer to $50.


In case your house now has siding, a contractor will remove and dispose of the old cover for $1,000 to $3,000, depending on the size of your home and your area. Preparing a painted house for new paint necessitates cleaning and scraping, a process most painters can do for $500 to $1,000. In either scenario, you might receive a discount on preparation if you buy it from exactly the same contractor you hire to employ the new paint or install the new siding.


Installing vinyl siding on a one-story, three-bedroom home costs as low as $3,600 as much as $13,000, depending upon your area and which contractor you hire. A specialist paint job on the exact same sort of house costs between $1,500 and $3,000. Although the real prices on any given house will fluctuate widely from this instance, it clearly illustrates the difference in price between either sort of home improvement.


High-quality exterior paint jobs last up to eight years until they start to visibly chip and fade, with most paint jobs showing wear four to seven years. Material data reports on vinyl siding claim lifespans of 20 to 50 years, although vinyl siding for a product is less than 50 years old, so no data confirms the long end of that claim. At three to five times the lifespan, the cost efficacy of vinyl siding can be approximately the same as painting your home if you plan to remain in it for a long moment.


Vinyl siding comes with integral insulation and is rated at 25 percent more energy efficient than paint, which can mean long-term energy savings and short term green energy tax breaks. Although this won’t benefit you at the cash register, it is worth considering when comparing the total cost of both alternatives.

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Wattage vs. Surge Wattage to get a Window Air Conditioner

You may be wondering what the difference is between wattage (also called running or ranked wattage) and surge wattage (also referred to as start-up wattage). Running wattage indicates that the electricity a motor-driven appliance uses once it reaches normal operating speed. Surge wattage represents the power the appliance consumes as its motor begins and gets up to two-thirds of its operating speed.

Surge Wattage

Depending on the operating efficiency and the power factor of the air conditioner’s hermetic motor-compressor unit, the surge wattage could be as few as 1.04 to 2.0 times its running wattage. In most cases the surge wattage won’t be an issue for you, but if you’ve got an older home in which the division circuits are already operating at their maximum safe capacity, the additional surge wattage might cause sporadic tripping of a circuit breaker.

Typical Surge Wattages

A 10,000 BTU Unit has surge wattage of 1800 watts along with a running wattage of 1200 watts. A 12,000 BTU unit has surge wattage of 3950 watts along with a running wattage of 3250 watts.

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Test Procedure for an Electric Water Heater Element

Electric water heaters have been intended to perform for many years with little if any attention in the homeowner. Ideally, the whole process of obtaining hot water consists of turning on the suitable tap and waiting a few minutes for the heated water to make the trip from the reservoir tank to the faucet. When turning to the hot water tap does not produce the anticipated results, you may have the ability to repair, or at least locate, the issue yourself.

Turn off power to the water heater in the primary service panel. Never repair or service any electrical appliance while it is plugged in or getting power.

Set the multimeter to the appropriate transmission range. Most residential electric water heaters function on 220-volt current. But some smaller electric heaters use 110-volt circuits. Match the range setting on the multimeter to correspond to voltage on your heater.

User a screwdriver to remove the entry panels covering the heater’s power link and heat elements. Power connections are most frequently found on the cover of the heater near the water intake and output pipes. Upper and lower heating elements are found close to the bottom and top in the side of the heater.

Press and hold one of the multimeter’s probes from the bare ground cable of the main power connection. Insert the remaining probe alternately to the cable connectors to your black and red power leads. If you get any reading other than zero for both of the results, then stop immediately and contact an electrician. The presence of electric current after the power supply is shut off in the primary service panel signals an issue requiring immediate professional attention. If you have a reading of zero on both leads, then proceed to another step.

Set the multimeter reading selection to “Ohms.” The elements within an electric water heater generate heat by passing current through a conductor with a resistance set to coordinate with the heater’s wattage and voltage.

Determine the appropriate ohm reading for your own heating elements. The voltage and wattage ratings are published on the foundation of each heating element. These are numerical values followed with a “W” for watts and “V” for volts. You might need a flashlight to get a fantastic view of those readings. To find the anticipated opposition, measured in ohms, to get the element, use the formula, voltage times voltage divided by watts; the consequence of the calculation is that the anticipated ohm, or opposition, reading for your element. On a 240-volt/3500-watt element, for instance, the formula looks like this: 240 times 240 equals 57,600 divided by 3,500 equals 16.4 ohms. The opposition reading for this element needs to be 16.4 ohms on your multimeter.

Press one of the probes against each of the heat element’s connecting terminals, and evaluate the multimeter’s ohm reading together with the consequence of the calculation in Step 6. A variant of plus or minus 2 percent between the component’s calculated opposition and the multimeter ohm reading is ordinary. Bigger variations indicate problems with the element.

Press and hold one probe against the bare metal of the reservoir tank. Press the remaining partition temporarily contrary to each of the component’s connecting terminals. Any opposition reading other than zero indicates a brief and means the element ought to be replaced.

Press and hold one probe against the bare metal of the reservoir tank. Press and hold the remaining probe against the steel collar around the base of the heat element. Any opposition reading other than zero indicates that the presence of a brief. The heating element ought to be replaced.

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Do Metal Roofs Improve the Resale Value of Your Home?

Over time, a variety of materials have served as home roofing, including asphalt shingles, wood shingles and sorts of slate or clay tiling. Metal is a durable home roofing material. Roofing made from metal like zinc or aluminum was seen on buildings in the late 1700s. Metal roofing can enhance its capability as well as a home’s resale value.

Home Resale Improvements

When compared with an asphalt-shingled home A contemporary metal roof on a home can enhance the resale value of that home by 1 to 6 per cent. Moreover, you are going to recover an average of 85.9 percent of your prices on a metal roof. Homeowners in the eastern regions of the U.S. recover 95.5 percent of prices on average for their homes’ metal roofs.

Metal Roof Benefits

With different advantages, metal roofs come in addition to their home resale cost improvement advantages. Metal roofs can be great insulators According to the Green Chat website. A metal roof reflects more of the sunlight’s energy, conserving 25 per cent or more on cooling and heating costs and keeping your home cooler. Since metal roofs are so durable and weather-resistant, many homeowner insurance businesses offer coverage discounts of around 35 percent.

Most Popular Type

The best selling type of metal roof would be the standing-seam steel version. Adding an upturned edge on a single panel that connects it to an adjoining panel, the standing seam steel roof is more lightweight and may be installed over an present roof. Steel roofs also use lines that are vertical to offer a look to their homes. Metal roofing can be made to seem like different types of roof shingling materials, also.

Metal Roof Prices

Metal roofs are not affordable, and installing them may be an intricate process. The average total cost such as installation and materials, runs from $10,426 to $12,550 as of March 2012, according to the HomeWyse website. The per-square-foot cost of a premium metal roof is $9.58, using a similar asphalt-shingled roof’s March 2012 per-square foot cost being $3.41. Contemporary metal roofing has a 50-year rated lifespan, though, compared with 15 years for other and asphalt materials.

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The way to Control the Flow of Water in Pond Waterfalls

Waterfalls can add visual and auditory attractiveness to your pond. They also, however, can add complications to the pond’s design. If your slopes’ Water flows too fast or too slow, then you may not have the ambiance that you would like for the pond or the perfect habitat for your pond fish. Adjusting the stream of water over each waterfall may be easy or have you ever headed back to the pond merchant. The adjustment process that is required depends upon the cause of the water flow issue and if you want the water to move quicker or slower.

Put in a pump with controls. This kind of pump lets you adjust the water stream higher or lower manually.

Slow the flow of water over a waterfall by putting obstacles in the stream of water. Obstacles like stones and potted plants in the stream will slow the water on its path down the waterfall into the pond.

Eliminate obstacles on the waterfall to boost water flow over the autumn.

Change your pump into one that pumps fewer gallons of water every hour to slow the stream of water over a waterfall. The pump will decrease how much water is circulated and flows down the waterfall. A pump’s gallons-per-hour rate is noted on its bundle.

Put in a pump that pumps more gallons of water every hour to improve the water flow over a waterfall. If you’ve got a large pond or a tall waterfall, this more powerful pump may be necessary to maintain the water moving in a desirable speed.

Increase the size of pond piping that connects to the pump to boost the water flow over a waterfall. You may have a pump rated at 3,000 gallons per hour, but it won’t have the capacity to pump into its full capacity if the piping is overly narrow. With a pipe that is as large as the pump’s outlet pipe was recommended by Orest Protch in his 2001 to 2002 “Annual Ponds USA” Pumps 101 article.

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