The current society across the globe has embraced environmental-friendly ways to generate hot air hence the need to use flue gas. One of the most efficient and environment-friendly ways to generate indirect heat is from flue gases .i.e. THERMAIR – Hot Air Generator. The process of operation occurs when cold air is inserted in a hot air generator, and it absorbs heat from the flue gas passage and when cold air and flue gas are moving in different direction and eventually transferring the heat from flue gas to cold air eventually producing hot air.
Hot Air Generators principle
Hot air generator using flue gas caters to any hot air requirement of any drier, replaces electricity and steam to generate hot air and the drying time and drying cost is considerably reduced therefore providing an economically cheapest clean air available instantly.
Hot air generators are used for industrial use where hot air is required for drying or any other indirect heating process. Such industries include chemical, pharmaceuticals, food processing, automobiles, and textiles industries.
With the significant environmental and financial benefits condensing economizers provide, it is much easier to see why a lot of companies are now investing in this technology. Through this effective waste heat recovery, virtually all organization or business can increase profits, by reducing the cost of energy and saving the money every month, year after year right back into their bottom line.
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Cost effective way to generate hot air from flue gases FAQ
A hot air generator is a device that heats air and distributes it to a specific area. It is often used for industrial purposes, such as drying, curing, and painting. Hot air generators can also be used for home heating and other applications.
Hot air generators work by using a heat source to heat air. The heat source can be a gas, electric, or oil burner. The heated air is then circulated through a system of pipes or ducts to the desired location.
There are two main types of hot air generators: direct-fired and indirect-fired. Direct-fired hot air generators heat air directly with a heat source. Indirect-fired hot air generators heat a heat transfer medium, such as water or oil, which then heats the air.
Hot air generators offer a number of benefits, including:
High heat output
Fast heating times
Efficient operation
Low maintenance
Wide range of applications
Hot air generators can have a few drawbacks, including:
Can be noisy
Can produce fumes
Can be flammable
Can be expensive
The size of the area to be heated
The desired temperature
The type of heat source
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The installation of a hot air generator will vary depending on the type of generator and the manufacturer’s instructions. However, in general, hot air generators can be installed by a qualified professional or by the homeowner.
The operation of a hot air generator will vary depending on the type of generator and the manufacturer’s instructions. However, in general, hot air generators are operated by turning on the power and adjusting the thermostat to the desired temperature.
Hot air generators require regular maintenance to ensure safe and efficient operation. Maintenance tasks may include:
Cleaning the air filter
Inspecting the heat exchanger
Changing the oil or fuel
Replacing worn parts
Hot air generators can be dangerous if not used properly. It is important to follow all safety precautions when using a hot air generator. Some safety precautions include:
Never leave a hot air generator unattended
Keep children and pets away from the hot air generator
Do not use a hot air generator in an enclosed space
Turn off the hot air generator when it is not in use
