The role of industrial process heaters, for example, circulation heaters, has been a very important factor with regards to the storing and transportation of asphalt. We will be exploring the importance and the different ways in which industry professionals store and transport asphalt.
There are two primary types of heating systems used in the asphalt industry. The first of the two is the fuel heating system, and the second is the electrical heating system. They are both extremely different and require careful handling to ensure operations run smoothly. The fuel heating system has been used for many years and is heavily reliant on diesel and gasoline. They use fire and extreme heat to produce results and maintain asphalt temperature.
Fuel oriented heating systems find it difficult to accurately judge the temperature of asphalt, and the time in which it takes to heat the asphalt can be much longer than anticipated. There are also some concerns regarding the environment. Fuel oriented heating methods use up a lot of fossil fuels, which in turn release harmful emission substances that are dangerous for the environment. As you can see there are various problems regarding this method of asphalt heating.
The use of electrical heating systems, much like circulation heating, allows for industry professionals to complete the same job without compromising the environment and the precious fuels that we have left. They make use of high powered electric heaters that produce the same amount of heat that is required to heat asphalt appropriately. The best part about using an electric circulation heater is that they can heat asphalt at a consistent rate. That means they are extremely accurate, much more so than fossil fuel heaters which have trouble controlling heat temperature.
Checking the temperature drop of the asphalt is where the majority of problems occur. With an electric heater, this task is completed with the help of a sensor that is attached to the control panel. As temperatures drop the sensor notifies the control panel, which then starts the electric heaters accordingly.
Another major difference between the two kinds of heating systems is the way they go about the actual heating process. Industrial process heating with electric heaters typically uses direct heating methods. The heating elements come in contact with the product and directly heat it. This ensures that there is little or no heat loss since most of the heat produced is directly added to the product itself.
The benefit of having an electric heater is that they can heat product much quicker than traditional fuel oriented heaters. Another major difference between the two heating systems is the way in which they go about heating the asphalt. Electric heaters use direct heating methods, which means once the heating elements come in contact with the product they will begin heating it. This is a significant improvement from the old way of doing things.
The emphasis on the environment and the safety of vehicles that transport bitumen, the use of electric heaters on the direct fired tanks is normal. The use of electric heaters and the insulation of the tank mean that the tank has high thermal efficiency. Direct fired tanks are ideal for keeping heat within the product. These tanks attach directly to the electric heater.
Let’s talk about direct fired tanks, which are important heating systems. They are typically used when the storage heating requirements are inadequate, the asphalt needs to be heated before use, or when the distance to transport the asphalt is more than the amount of time needed to keep heat intact. The use of direct fired tanks is best for small asphalt plants. The need for industrial process heating in these plants will not be in high demand since there may be one or two storage tanks for asphalt.
Despite having a plethora of advantages, some of them are ideal for larger PMAC plants. The larger the plant, the greater the need for heating. In addition, there is a need for the heater to be able to heat other subsidiary products that complete the assortment of asphalt. Heating other components is a task almost impossible for direct fired tanks. They can only do so with the help of multiple scavenger heating coils or booster heaters.
Another disadvantage of the direct fired tanks that make use of burners is that there is very little space for the heat to affect the asphalt. This means that the recovery rate of temperature in these heaters is 1 to 3 degrees Fahrenheit per hour. Accordingly direct fired tanks, circulation heaters have a larger surface area to heat. The heating element is immersed in the asphalt allowing for thorough heating from within without heat loss.
If you’re looking to purchase a direct fired tank you must first take into consideration that these heaters are better for temperature maintenance rather than temperature increase in bitumen products. Temperature increase is a job that is best left to large storage containers that have powerful electric heaters with strong heating elements attached to them. In a direct fired tank, both the place of heating, the method of heating being used and the amount of asphalt that can be heated will all be inadequate.
It is fair to say that the asphalt industry is of great importance to the infrastructure of each country around the world. Electric heaters are a staple in this industry and continue to create safe work environments that are much more efficient. The heating industry continues to make major adjustments in technology that allow industry professionals to excel in their trades and therefore, produce higher quality products.
Why is Mineral Oil Used in Thermal Heaters?
Thermal heaters, also known as thermal fluid heaters, employ the use of a thermal liquid such...
What to Use When Heating Wax
SituationA popular chemical compound that often requires heating is wax, which is an organic compoun...
What is Passivation? Why do We Need to Passivate Flanged Heaters?
Most of the parts of flanged heaters are made of stainless steel—an alloy that is mainly compri...
What is a Digital Controller?
Control panels are essential elements of any electrical device. Control panels are especially i...
Vegetable Oil Heating
Food Industries and Vegetable Oil Viscosity In Cleveland Ohio, a large food manufacturer called WATT...
A Closer look at Circulation Heaters
Wattco manufactures and designs circulation heaters for maximum efficiency. As a result, these heate...
Electric immersion heaters can be used for many industrial applications at various scale size. An im...
The Use of Immersion Heaters in the Nuclear Power Industry
The nuclear power industry serves to provide heat and electricity to consumers by harnessing the hea...
Industrial Immersion Heaters: Types, Applications and Elements Used
Immersion heaters are used in industries for various manufacturing processes that include preservati...
Circulation Heaters: Choosing the Right One
Circulation heaters can be used in a variety of fields ranging from oil and gas to chemical and cons...
Duct Heating in HVAC and Building Construction
Heating, ventilation, and air-conditioning (HVAC) systems are used for heating and cooling residenti...
.Crude oil, unprocessed fossil fuel, is one of the most important natural resources. In its unproces...
Temperature and Power Controls for Industrial Electric Heating
A control system is an essential part of every industrial heating system. Whereas some applications ...
Wattco’s Guide to Industrial Heaters for the Chemical Industry
In the 21st century we have our ability to control heat to thank for much of the technology which im...
Preheaters of Natural Gas
Natural gas is one of the most commonly used fossil fuel and a nonrenewable source of energy. It ...