Staten Island Plumbing, Heating & Air Conditioning Coupons

Staten Island Heating Repair Services

From our ability to work on all makes and models to our 100% Satisfaction Guarantee on all work, you can’t go wrong with the fully licensed HVAC contractors at

Below are some of our heating repair services we offer:

Zone Valves, Circulator Pumps, Thermostats Repaired
Electrical Problems
Motors & Gas Valves Replacement
Clogged Duct Lines
Authorized National Grid Service Company (Gas Company)
Circuit Boards
Boiler Replacement
Furnace Replacement
Water Heater Replacement
Oil to Gas Conversions
Pool Heater Repair and Replace
Baseboard heating

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Call (718) 966-8600 For Immediate Help

  • Frequently Asked Questions

    Why does my water heater not work as well as it used to?

    If your water heater is running cold easily or frequently then several things could be happening. First check the shower head volume if shower’s are too quick. A new shower head puts out about 2.5 gallons a minute. Some older heads put out 5 gallons a minute. Working with the shower head would double shower length in this case. In some cases, the dip tube on the cold water inlet has broken or worn. When this happens, it creates a short loop for the water, water at the bottom half of the tank will not be used, which makes half of your tank useless. Get it fixed as soon as possible. On electric water heaters, they commonly have two heating elements that work in turns. First the top element heats up the top of the tank, then power goes to the lower element. If the lower element is out, only the top of the tank gets heated. If the top element isn’t working, there will be no hot water. Sometimes the Reset button needs to be pushed or reset. If this doesn’t get the element working, use a continuity tester to determine if the element has shorted out. Replacement of the element may be needed.

    What causes hot water to be rusty and brown?

    There are a few answers to this common question. First, chemicals can cause rust in the water lines and a change in the water pressure will cause the rust to loosen up and come through the water lines and into the shower, bathtub, or other appliances. Another cause could be a break in the pipe. What you may be seeing is dirt. What happens is when water is flowing and on, and then you suddenly turn it off, it creates a slight low pressure in the line which pulls in dirt around the pipe. When you turn on the flow, that dirt is pushed along until it comes out of the tap or shower-head. After several cycles, you can have a bunch of dirt in the lines, which dissolves and makes the water look brown or rusty. Two other possibilities could be that the glass lining in the water heater may be compromised, allowing the metal jacket to rust. If this is the case, you don’t have long until it starts to leak and will need to be replaced. Secondly, if you are on a well, iron bacteria may be growing, and may not be showing up in the cold water because it remains invisible in solution until it is heated, or has more time to react with oxygen in the water heater. In this case, shock chlorination of the well may be in order. A simple test by a water treatment company will tell this, and in many areas, it is free.

    When I fill a container with hot water it is milky, but after a few minutes, the water in the container clears up. What causes this?

    Complaints of discolored water are commonly blamed on water heaters and storage tanks, but in fact, it is a rare occurrence for today’s high quality glass lined tanks to have a lining failure significant enough to allow water to contact enough bare metal to discolor the contents of even a small tank. The most common cause of “rusty” water is a non-toxic iron reducing bacteria, scientifically termed Crenothrix, Leptothrix, and Gallionella. Water heaters and storage tanks usually require new anode rods as presence of iron bacteria contributes to premature anode failure. The simplest treatment available is shock-chlorination of the system. This is a surface treatment, and often requires repeated trials in heavily infected systems. The chlorination of a system requires that you follow each step explicitly to avoid an un-treated portion of the piping system from reinfecting another part.