TH9852B - Incinerator - Google Patents

Abstract

DC60 (18/09/43) Incinerator will consist of a high rectangular shape furnace. There is a burner to light the garbage. Pollution trap smoke burner consists of a wet pollutant absorber. Pollution Absorbing Cabinet dry and exhaust fan Installed on top of the pollution absorption basin Use water as a medium for adsorption and absorption of pollutants, using diluted alkali as a water neutralization agent and activated carbon as an adsorbent. and absorb system pollution There is a side air chimney. The fuel tank and water pump are mounted on the floor side. back of the incinerator The incinerator will consist of a high rectangular shape furnace. There are incinerators to burn garbage, smoke incinerators, pollution collection systems. Contains a wet pollutant absorber kit. Dry pollutant absorber and extractor fan Installed on top of the pollution absorption basin Use water as a medium to absorb and absorb pollution. By using diluted alkali as a water neutralization agent and activated carbon as an adsorbent and assimilate the pollution of the system. There is a side air chimney. The fuel tank and water pump are mounted on the floor behind the incinerator.

Claims (3)

1. The incinerator consists of a furnace body (1) in a square shape. Upper part of the front There is a lid to open the waste container. Below the interior there is a waste grate (22). On the side there is a top and bottom compartment (18, 15) for mounting the upper and lower burners (3, 2) on the opposite side to the top. (18) There is a hole for the smoke pipe (21) to connect to the wet pollution absorber. Wet pollution absorbent suit Which consists of: - Stage one (4) wet pollution adsorption tower is cylindrical. With a smoke outlet (28) at the top, a drain (29) at the bottom, and a lower smoke outlet, connected to the smoke outlet of the furnace body (1). The second (5) is similar to the first (4) stage wet emission tower, arranged vertically parallel to the first (4) stage wet emission tower - the smoke conduit is connected to the channel C. Day out (28) of the first (4) wet pollution adsorption tower and smoke chamber. Second stage (5) - pipeline (27) parallel to the first and second stage wet emission tower (4,5), with separate pipelines connected to the pipeline (27). ) At the bottom ends together and there is a separate hose connecting the hose to the water pump (10) - a number of water jets (24,26) are connected to the water supply hose (27) in a perpendicular way to the pipeline. Water (27) is placed equally spaced inside the first and second stage wet pollutant tower (4,5). The sump (7) is placed under the wet emptying unit. For receiving water from a wet pollution absorber which absorbs sulfur dioxide, nitrogen oxides. And hydrogen chloride They are sulfuric, acidic, saltpeter and saline. Alkalic calcium hydroxide is added. And sodium hydroxide reacts with various acids. To be neutral Using powdered activated carbon With iodine absorption value of not less than 600 mg / g Is a absorber of acid pollution Remaining And to treat the water in the system to be continuously reused Dry emission chambers (8) with smoke inlet (30) and smoke outlet (35) arranged opposite. Inside the cabinet there were several (33) flattened flat sachets which contained granular activated carbon inside. With iodine adsorption value of not less than 600 mg / g as a residual pollution gas absorbent. And the smell of combustion, the smoke conduit for connecting the second stage (28) wet emission chamber (5) to the smoke inlet (30) of the dry pollutant chamber (8) ) The suction fan (11) draws the air in the cabinet, absorbs dry pollutants (8), exits to the outside through the air volume control valve (9) and the chimney (12) respectively. 2. Incinerator according to claim 1, where wet pollution absorbent suit A dry pollutant cabinet (8) and an exhaust fan (11) are installed on the emission bath (7). 3. Incinerator according to claim 1 or 2, where drains (29) of wet pollution siphon. It will be immersed 10 to 20 centimeters below the surface of the water in the basin to absorb pollution (7).