Burner Fuel
Pressure Vessel Steel
Boiler with Heat Exchanger
Energy contained in 1 liter
Diesel Liquid Propane Gas Kerosene
9.7kwh 6.9kwh 10.35kwh
A Burner that can be integrated into a VHE for electric energy generation, will usually be made individually.
In particular, a burner flame protection that will allow a maximum amount of heat to be transferred to the propellant and not be blown out by wind coming from any direction is a good consideration to start with.
One of the best ways to do that is to mix the fossil fuel that is to provide the heat with air, before it enters the combustion chamber, so that the chamber will only have one entry and one exit for the exhaust.
The Insulation that separates the two halves of the Burner exhaust is built in along that path, so that heat energy will not be lost through conduction along that metal path.
The insulator can be extend across the cross section of the exhaust pipe, so that the heat extraction process that takes place after it's position in the chain, using a suitable heat exchanger, will not cause cooling to happen inside the combustion chamber of the Burner.
There are many examples of heat exchangers on the market, but individual designs and modifications that suits the specific purpose as shown in App. Diagram 10 may be required.