초록 ▼

An apparatus for destruction of volatile organic compounds (VOCs) includes an assembly 10 for collecting VOCs from at least one source of VOCs and an assembly 12 for thermodynamically destroying collected VOCs. The apparatus also includes an assembly for transporting collected VOCs from the assembly

An apparatus for destruction of volatile organic compounds (VOCs) includes an assembly 10 for collecting VOCs from at least one source of VOCs and an assembly 12 for thermodynamically destroying collected VOCs. The apparatus also includes an assembly for transporting collected VOCs from the assembly 10 for collecting VOCs to the assembly 12 for thermodynamically destroying collected VOCs. Additionally, an assembly 14 for monitoring the assembly for thermodynamically destroying collected VOCs is provided. A device controls the feed of collected VOCs to the assembly 12 for thermodynamically destroying collected VOCs and the operation of the assembly 12 for thermodynamically destroying collected VOCs as a function of one another such that the proportion of the collected VOCs to the primary fuel in the fuel combination is below a predetermined limit which varies with respect to the combustion rate of the assembly 12 for thermodynamically destroying collected VOCs.

대표청구항 ▼

What is claimed is: 1. An apparatus for destruction of volatile organic compounds, comprising: a VOC collector that collects volatile organic compounds from at lease one source of VOCs; a thermodynamic destroyer that thermodynamically destroys collected VOCs adapted to combust a primary fuel and op

What is claimed is: 1. An apparatus for destruction of volatile organic compounds, comprising: a VOC collector that collects volatile organic compounds from at lease one source of VOCs; a thermodynamic destroyer that thermodynamically destroys collected VOCs adapted to combust a primary fuel and operating to thermodynamically destroy collected VOCs by at least one of combusting collected VOCs which have been combined with the fuel and thermodynamically destroying collected VOCs which have been maintained separate from the primary fuel; a VOC transporter that transports collected VOCs from the VOC collector to the thermodynamic destroyer; a controller that controls the feed of collected VOCs upstream of the thermodynamic destroyer to ensure that the level of the collected VOCs fed to the thermodynamic destroyer is below a predetermined limit; wherein the VOC transporter includes a device, responsive to the controller, for selectively combining collected VOCs with ambient air to maintain the level of the collected VOC's below the predetermined limit; and a polishing device responsive to the controller for controlling exhaust gas temperature and dwell time of the thermodynamic destroyer in response to a monitored VOC destruction level. 2. An apparatus for destruction of volatile organic compounds, comprising: a collector that collects volatile organic compounds (VOCs) from a VOC source; an axial flow combustion turbine configured to combust a primary fuel and the collected VOCs; a VOC transport system that transports the collected VOCs from the VOC collector the combustion turbine; a controller that controls an operating condition of the VOC source so that the collected VOC level fed to the combustion turbine is below predetermined limits, and a monitoring device monitoring an exhaust flow of the combustion turbine to confirm achievement of a predetermined VOC destruction level. 3. The apparatus according to claim 2, wherein the controller controls the flow rate of collected VOCs to maintain a rotational speed and a combustion temperature of the turbine within predetermined limits. 4. The apparatus according to claim 2, further comprising a valve upstream of the VOC source, and wherein the controller controls the operating condition of the VOC source by selectively closing the valve. 5. An apparatus for destruction of volatile organic compounds, comprising: a collector that collects volatile organic compounds (VOCs) from a VOC source; an axial flow combustion turbine configured to combust a primary fuel and the collected VOCs; a VOC transport system that transports the collected VOCs from the VOC collector the combustion turbine; and a controller that controls an operating condition of the VOC source so that the collected VOC level fed to the combustion turbine is below predetermined limits; further comprising a diverter duct upstream of the combustion turbine, and wherein the controller controls the operating condition of the VOC source by diverting a controlled portion of a total flow produced by the VOC source into the diverter duct so that it does not reach the combustion turbine.