خروجي از نيروگاه زمين گرمايي سبلان H2S پيش بيني و بررسي چگونگي پراكنش گاز

H2S Emission from Sabalan Geothermal Power Plant

A visible cooling tower steam plume and a detectable H2S odor are obvious off site environmental manifestations of a geothermal facility. Coupled with concerns about exposure to the high toxicity of mercury and arsenic along with radiation from radon. They have historically been to a large part responsible for the perception that air quality is significantly impacted by geothermal activities. In reality air quality impacts from geothermal facilities are usually small, particularly as compared to many other industries or fossil-fuel power plants. If a well thought out air quality program is an integral part of geothermal development and plant operations, air quality concerns can be addressed and delays in licensing can be avoided. Key to an air quality program is the early collection of data, the development of a well field and plant operational scenarios with consideration of future air quality and aggressive educational program. This research is forecasting the dispersion pattern of one of the main air pollution due to geothermal power plant for finding a solution for probable damages.