Permanent magnet rotation type environment-friendly quantitative-detection palm waste combustion turbine electricity generating equipment for power plant

Abstract

The invention discloses permanent magnet rotation type environment-friendly quantitative-detection palm waste combustion turbine electricity generating equipment for a power plant. The permanent magnet rotation type environment-friendly quantitative-detection palm waste combustion turbine electricity generating equipment for the power plant comprises a boiler body. A palm feeding port is formed in the side surface of the bottom of the boiler body. A palm smashing device is arranged on the outer side surface of the boiler body. A heat transfer barrel is arranged inside the boiler body in a sleeved mode. An exhaust gas outlet end is connected with an exhaust gas recycling and purifying mechanism. Sampling and detecting mechanisms at different heights are arranged on the outer surface of the boiler body. A waste water tiny metal sorting and collecting mechanism is arranged at the port of a liquid outlet. A steam water pipe is wound between the heat transfer barrel and the boiler body. The air outlet end of the steam water pipe is provided with a variable-speed turbocharging air outlet mechanism. A controller is arranged outside the boiler body. The controller is electrically connected with air blowers, the variable-speed turbocharging air outlet mechanism, the sampling and detecting mechanisms and the exhaust gas recycling and purifying mechanism. The permanent magnet rotation type environment-friendly quantitative-detection palm waste combustion turbine electricity generating equipment for the power plant has the beneficial effects of simple structure and high practicality.

Description

technical field [0001] The invention relates to environmental protection equipment, in particular to a permanent magnet rotation type environmental protection quantitative detection turbine power generation equipment for palm waste combustion power plants. Background technique [0002] For a single-channel sampling device, the biggest problem is that the sampling on the grid points at each measuring hole or even all the measuring holes can only be carried out sequentially, and the simultaneous sampling of all grid points cannot be realized, which seriously affects the measurement accuracy. It also brings problems such as heavy workload and inconvenient operation. At the same time, the condensed water is pressed back to the boiler with a high-temperature pump to discharge the steam. If the steam is not discharged, the pressure of the return pipe will greatly reduce the heat transfer effect and affect the production process temperature. and production efficiency, greatly wasti...

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Problems solved by technology

[0002] For a single-channel sampling device, the biggest problem is that the sampling of the grid points at each measuring hole or even all the measuring holes can only be carried out sequentially, and the simultaneous sampling of all grid points cannot be realized, which seriously affects the measurement accuracy. It also brings problems such as heavy workload and inconvenient operation. At the same time, the condensed water is pressed back to the boiler with a high-temperature pump to discharge the steam. If the steam is not discharged, the pressure of the return pipe will greatly reduce the heat transfer effect and affect the production process temperature. and production efficiency, which greatly wastes resources and pollutes the environment. At the same time, most of the current boilers burn coal for power generation, which is easy to cause environmental pollution.

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