Climbing oil prices and growing demands for cleaner energy sources inspired many industrial boiler manufacturers to put a brand new spin on the traditional utilization of biomass to get steam as well as heat. Today’s biomass fired boiler integrates technology advances to build up automatic systems that manage accomplishing this from emissions and air control to ash removal. Using the modernization of steam boilers came numerous varieties, sizes and manufacturers, each one presenting new designs, cutting-edge technology.

The layout of a ZG boiler system includes three sections: a metering bin, a furnace as well as a ZG boiler that together to provide steam which they can use for heating or generating power within a steam turbine. Manufacturers make use of a number of ways to com-bust biomass feed-stock. The ZG system uses reciprocating fire grates to move feed stock over the boiler. Designed for use in large industrial settings such as factories, schools and greenhouses, it makes 3,450 to 10,000 pounds of steam per hour at 100 to 400 psi using biomass that has a moisture content of 30 to half.

ZG biomass fired Boilers available for purchase

The biomass fired boiler available for sale includes water tube and fire tube sections, which are insulated with 2 inches of mineral wool and engrossed in sheet steel lagging. It is this coating that keeps the boiler from reaching temperatures of 120 F. The initial 1 / 2 the hybrid boiler, the stream tube section, receives your initial heat from your burning fuel below. The water section is gas tight and composed of arched water tubes to produce heated water with the fire tube section.

The burning gases leave the lake tube and travel through horizontal pipes inside fire tube. Each tube is encompassed by water, and evaporates as the heated gas travels and doubles back with the tubes. On the fire tube section, steam travels through the top to be used as heat in buildings, or power steam generators. At this stage, any heavy particulates, or fly ash, are dropped in to a blower system that deposits them into the ash collector. The rest of the exhaust gas moves to the multicyclone collector.