초록 ▼

A gaseous fuel reactor is formed from a plurality of concentric casings which form a primary air chamber, a secondary air chamber, a combustion chamber, a gas distribution chamber, and a tertiary air chamber. The flow of gas and air through the various chambers interact to provide controlled flame c

A gaseous fuel reactor is formed from a plurality of concentric casings which form a primary air chamber, a secondary air chamber, a combustion chamber, a gas distribution chamber, and a tertiary air chamber. The flow of gas and air through the various chambers interact to provide controlled flame characteristics. Additionally, the flame is maintained at a lower temperature to avoid the formation of pollutants.

대표청구항 ▼

A fuel reactor comprising a plurality of concentric casings defining a plurality of concentric chambers including: a combustion chamber; a gas distribution chamber axially positioned within said combustion chamber, said gas distribution chamber including a plurality of ports connecting said gas dist

A fuel reactor comprising a plurality of concentric casings defining a plurality of concentric chambers including: a combustion chamber; a gas distribution chamber axially positioned within said combustion chamber, said gas distribution chamber including a plurality of ports connecting said gas distribution chamber with said combustion chamber; a secondary air chamber surrounding said combustion chamber, said secondary air chamber having a plurality of ports connecting said secondary air chamber with said combustion chamber; and a primary air chamber surrounding said secondary air chamber; wherein said ports between said gas distribution chamber and said combustion chamber and said ports between said secondary air chamber and said combustion chamber are formed in corresponding circumferential arrays such that gas and air passing therethrough collide along the center line of the combustion chamber.