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|Fuels for heating|
Heating oil consists of a mixture of petroleum-derived hydrocarbons in the 14- to 20-carbon atom range. During oil refining, it condenses at between 250 and 350 °C (482 and 662 °F). Heating oil condenses at a lower temperature than the heavy (C20+) hydrocarbons such as petroleum jelly, bitumen, candle wax, and lubricating oil, which condense between 340–400 °C (644–752 °F). But it condenses at a higher temperature than kerosene, which condenses between 160–250 °C (320–482 °F).
Heating oil produces 138,500 British thermal units (146,100 kJ) per US gallon and weighs 7.2 pounds per US gallon (0.85 kg/l), which is about the same heat per unit mass. Number 2 fuel oil has a flash point of 52 °C (126 °F).
Heating oil may be blended to create a product that burns similarly.
Heating oil is commonly delivered by tank truck to residential, commercial and municipal buildings and stored in above-ground storage tanks ("ASTs") located in the basements, garages, or outside adjacent to the building. It is sometimes stored in underground storage tanks (or "USTs") but less often than ASTs. ASTs are used for smaller installations due to the lower cost factor. Heating oil is less commonly used as an industrial fuel or for power generation.
Leaks from tanks and piping are an environmental concern. Various federal and state regulations are in place regarding the proper transportation, storage and burning of heating oil, which is classified as a hazardous material (HazMat) by federal regulators.
United States and Canada
Heating oil is known in the United States as No. 2 heating oil. In the U.S., it must conform to ASTM standard D396. Diesel and kerosene, while often confused as being similar or identical, must conform to their own respective ASTM standards. Heating oil is widely used in United States and Canada. Where other fuels are not available, it is sometimes referred to as the unit cost per unit (BTU=British thermal unit or BTUH / h per hour), and can be less than other fuels.
The Department of Energy tracks the prices homeowners pay for home heating fuel (oil and propane). There are also a number of websites that allow home owners to compare the price per gallon they are paying with the Department of Energy data as well as other consumers in their area.
Heating oil is mostly used in the northeastern United States, with the majority of that heating oil coming from Irving Oil's refinery in Saint John, New Brunswick, the largest oil refinery in Canada.
Republic of Ireland and Northern Ireland
Heating oil is the most common fuel for home heating in Northern Ireland due to the late development of a natural gas network. Bord Gáis has built an extensive gas pipeline network across Ireland. Common suppliers of heating oil in Ireland are Maxol and Emo Oil.
England, Scotland and Wales
Heating oil is used sporadically for home heating around England, Scotland and Wales. As in Northern Ireland, it is the rural areas and communities that rely on oil. There are around 1.5 million people in Great Britain using oil for home heating. Great Britain has many suppliers of heating oil ranging from large companies such as BP and Bayford to the local oil supplier who will cover a very small area. Many villages may use buying groups to order heating oil at the same time, thereby accessing lower costs. A number of heating oil suppliers work with larger organisations that directly compare oil prices and offer the cheapest to their customers.
The Department of Energy and Climate Change (DECC) have referred the UK oil market to the Office of Fair Trading (OFT) for review. The OFT has resolved to look at the structure of the market, with a view of the fairness for consumers and alternative energy options for off grid consumers such as heat pumps.
The degree day system is based on the amount of fuel a customer has consumed between two or more deliveries and the high and low outdoor temperatures during the same period. A degree day is defined as one degree of temperature below 65 °F in the average temperature of one day. In other words, to arrive at the number of degree days in one day, the official high and low temperatures for that day must be obtained. The two figures are then averaged, and the number of units this average is below 65 °F is the number of degree days for that day. For example, if for Tuesday, November 3, the high temperature is 70 °F and the low is 54 °F, the average is found by adding 70 and 54, which equals 124, and then dividing by 2. The resultant figure is 62, and by subtracting 62 from 65, it is determined that there were three Fahrenheit degree days that day.
The K factor is the number of degree days in any given period divided by the number of gallons of fuel oil used in a given period. Multiplying K degree-days per gallon by the number of gallon of usable fuel remaining in a tank gives the number of degree-days before a delivery is needed.
- Oil burner
- Fuel price risk management
- Hazardous material
- Heating, ventilation and air-conditioning (HVAC)
- United States:
- Consumer Council for Northern Ireland
- North American Combustion Handbook
- New York Harbor No. 2 Heating Oil, CME Group
- Operations: refining, Irwing Oil
- Country Pictures: UK, http://www.eci.ox.ac.uk/research/energy/downloads/countrypictures/cp_uk.pdf
- "View the Network". Pipeline Maps. Bord Gáis. Retrieved 26 July 2010.
- "HeatingOil.co.uk". Retrieved 6 March 2013.
- "Value Oils". Retrieved 6 March 2013.
- "BoilerJuice". Retrieved 08 April 2013.
- "Office of Fair Trading Wants to Hear from You". John Swindells. Retrieved 9 May 2011.