Wind tunnel experiments: Atmospheric dispersion prediction methods for environmental assessment using environmental impact assessment methods.
Wind tunnel experiment - Environmental assessment
It can be utilized for various environmental impact assessments, including environmental assessments of power plants such as thermal and geothermal, decentralized power sources, and the diffusion of heat and exhaust gases from heat islands.
Wind tunnel experiments and environmental assessments refer to one of the atmospheric dispersion prediction methods established by the Environmental Impact Assessment Act. This involves placing models of terrain and structures inside a wind tunnel to recreate air flow and conduct experiments to predict the dispersion of exhaust gases released from power plants and waste incineration facilities (cleaning plants). This method is described in the "Guidelines for Environmental Impact Assessment Related to Power Plants," which serves as a guideline for implementing environmental assessments issued by the Ministry of Economy, Trade and Industry. By precisely controlling the temperature and flow velocity of the airflow within the wind tunnel, it is possible to replicate the actual atmospheric flow conditions and measure the behavior of gases and the concentration of smoke dispersion. **Applications** - Airflow analysis and dispersion analysis for various power plants, including thermal, nuclear, and geothermal. - Atmospheric environmental impact assessments in urban areas (such as decentralized power sources and urban warming effects). - Dispersion conditions of exhaust gases released from incineration facilities (cleaning plants). - Visualization experiments of flow fields around modeled buildings. **Features** - Precise reproduction of "temperature distribution, airflow distribution, and airflow turbulence" in the atmosphere. - Visualization of flow fields using smoke and lasers. - Capability to address complex structures that are difficult to replicate in simulations. *Please feel free to contact us through our company website.*
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basic information
Method: Horizontal two-wind road recirculating temperature stratified wind tunnel Test equipment dimensions: Length 40m × Width 25m × Height 5.5m Test sections: Section 1, Section 2 【Section 1】 Measurement area dimensions: Length 17m × Width 3m × Height 3m Wind speed: 0.1–15m/s Airflow temperature: 12–100℃ (at wind speed of 1m/s) Floor temperature: 12–90℃ (at wind speed of 1m/s) Airflow control: Turbulence grid, spire, angle Model installation: Can be rotated by a large turntable 【Section 2】 Measurement area dimensions: Length 10m × Width 1m × Height 1m Wind speed: 0.1–20m/s Airflow temperature: 12–100℃ (at wind speed of 2m/s) Floor temperature: 12–90℃ (at wind speed of 2m/s) Airflow control: Velocity stratification cart, velocity fluctuation generator, turbulence grid, spire, angle Model installation: -
Price information
Negotiable
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Applications/Examples of results
Impact assessments of building construction by construction companies, exhaust gas monitoring by cleaning companies, environmental assessments of nuclear power plants, and many others.
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Company information
Electric Power Tech Systems Co., Ltd. is a "comprehensive engineering" company that supports power technology. Our main business is providing technical support for research, surveys, and testing in these wide-ranging fields conducted by the Central Research Institute of Electric Power Industry, a general incorporated foundation. In addition to the technical expertise cultivated through these businesses, we further develop and customize the technologies we have created to contribute to the electric power industry and society. Please feel free to contact us if you have any inquiries.
