Are Premium fuels worth it?
Most home heating fuels are refined from crude oil and their characteristics vary during the refining process which creates impurities. Premium fuels help eliminate these impurities but do not alter your home heating oil’s chemical properties.
By removing the impurities, premium fuels can improve the efficiency of a system and can be very cost-effective over the long term. Premium fuels often contain a range of active ingredients that help to maintain healthy performance and prevent issues such as sludge build up or corrosion that can lead to munch larger and more expensive issues later on. Using premium fuels alongside regular annual servicing can increase the lifespan of boilers, engines and combustion systems, so the key to understanding the value of the premium fuels is to look at both long term efficiency performance and the improved longevity of your boiler.
Introducing Premier Pure Premium Fuel
This is domestic kerosene that is used for heating purposes. Usually, it is fragranced for those that live in environments that are sensitive to fuel scents. Premier Pure has been made to make sure that homes get the top quality premium kerosene that serves them well.
About Premier Pure
- Premier Pure premium fuel is known to lower to amount of carbon emissions
- It is effective oil in preventing the formation of sludge in the heating boilers
- While using Premier Pure premium fuel, your boiler will be protected against problems that require frequent repairs
- Most fuels lead to the build-up of deposits, especially around the heat exchanger surfaces and around the nozzles. However, with Premier Pure premium fuel, the deposits will not build up in the same way
- This type of oil is known to improve the efficiency of the operating systems
- Premier Pure premium oil can improve the lifespan of your heating system. It is made in a way that boosts thermal efficiency and cuts down on soot and carbon in your tanks
- Premier Pure used alongside a blend of fuel stabilisers, chemicals, and lubricants will reduce wear and tear and ensure your system will last longer
What are the key Premier Pure premium fuel components?
The following are the main components of Premier Pure premium fuels:
- Detergents
- Dispersants
- Metal deactivators
- Anti-oxidants
- Corrosion inhibitors
The fuel stabilisers and dispersants are very crucial components in the oil. The fuel stabiliser helps in inhibiting the formation of deposits when the fuel is heating up. The dispersants make sure that the tiny deposits are formed to exit through the nozzle and are completely burnt. Thus, these two powerful additives combined ensure that deposits won’t build up on the heat exchanger surfaces or even the nozzles.
The metal deactivator is used to cut down on fuel degradation, which is usually caused by metal interaction in the fuel system. The lining of the heating systems is often lined with copper, making the oil darken and degrade when both come into contact.
Corrosion inhibitor is purposely created to prevent wear and tear that may form in the heating systems. Thus, with Premier Pure, your heating system will have fewer rust deposits, and the metals will last longer.
The detergents used give the fuel a fresh smell when burnt.
Benefits of Premier Pure
- Premier Pure is domestic kerosene available with added fragrances that give a fresh smell in environments sensitive to foul odours from fuels.
- Lower carbon emissions. Premier Pure burns at 95 percent or more efficiently thus limiting the amount of carbon that is released to the environment.
- Premier Pure increases the shelf life since the fuel does not degrade.
- Since the system does not rust, you do not have to replace its parts regularly. Thus, by using Premier Pure service problems are reduced and the heating system serves you better and for a longer time.
Everything you need to know about boilers
A boiler system is purposely designed to heat the water inside a tank that supplies it hot through pipes. The boiler can also supply steam from the boiled water via pipes and radiators to release warmth. Most boiler systems in a residential setting are hot water heating systems. During the cold months of winter, both the hot water and steam producing boilers are excellent hearing systems to supply you with warmth.
Typically, a boiler sits on a burner and the burner burns fuel to release heat. Many boilers use natural gas, which is usually piped to the homes directly. However, often in rural area, natural gas lines do not serve most of the residences and so oil boilers are common.
Evaluating different types of boiler systems
There are three main types of boilers, system, heat only and combi. System boilers produce hot water for a storage cylinder which is used to for central heating. System boilers, unlike conventional boilers, take water in via a direct supply from the mains. A heat only boiler, also known as a regular or conventional boiler, usually has two tanks, a hot water cylinder and the actual boiler, situated in an elevated space such as a loft.
The third type of boiler, a combination or combi boiler, is supplied directly from the water mains. This means that you won’t need a hot water storage cylinder or a water storage tank as with other systems. When you use the hot water tap with a combi boiler, the gas burner is ignited and a heat exchanger transfers the energy to the water, which allows hot water to be generated almost instantly.
One of the key considerations when purchasing a boiler system is the system’s operating efficiency. The level of efficiency of your heating system will depend on the percentage of fuel that is used to create heat. Thus, a more efficient heating system translates to more savings on heating costs.
While evaluating a heating system’s efficiency, there are two common types, standard systems and high efficiency systems. Standard boiler systems are less energy efficient, usually operating at around 84 percent of maximum in efficiency levels. Standard boilers are also less costly in terms of upfront costs compared to high efficiency systems. High efficiency boiler systems are classed as having an efficiency that is more than 90 percent.
Still want more? For more information about the different types of boilers we recommend the Which? article “What are the different types of boiler?”
What makes a boiler high efficient?
A boiler works by heating water, conducting the hot water through pipework, radiators, radiant floors systems, or a coil. However, what makes some boilers high efficiency is that they trap any heat that tries to escape back into the system. In contrast a standard efficiency boiler allows the heat to be lost in the process of conducting.
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