These heaters are used in engines, space heaters, and at work. They are used to accelerate existing chemical reactions by adding a catalyst. Although this may sound complicated, inserting a catalyst is not difficult.
Basics of Catalytic Heater
The chemistry of catalytic heaters is quite simple. The catalyst cannot change the chemical process in which it was introduced. It speeds up the process. Heat is caused by the acceleration of chemical processes. Catalytic heater panels are usually made of platinum or other platinum-like metals like palladium or rhodium.
How catalytic burners work
The basic principle of a catalytic burner is the same as any other type of catalytic heater. To speed up a chemical reaction, a catalyst is usually a metal.
Catalytic heat is also used in large-scale applications on construction sites and chemical plants. These heaters are often used in areas where steam condensation would be problematic.
Catalytic Heaters: The Science of Catalytic Heaters
Catalytic heaters require only three ingredients to function: fuel and oxygen. Most often, the fuel is either natural gas or propane. The catalyst is usually a platinum-coated, electrically charged plate.
A typical catalytic heater setup will have natural gas or propane sitting inside the heater against platinum or other platinum-type metal. The chemical reaction is accelerated by turning on the heater. Heat is created when a process is accelerated.