The Experts below are selected from a list of 17679 Experts worldwide ranked by ideXlab platform
N J R Kraakman - One of the best experts on this subject based on the ideXlab platform.
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recent developments in biological waste Gas Purification in europe
Chemical Engineering Journal, 2005Co-Authors: J W Van Groenestijn, N J R KraakmanAbstract:Abstract Polluted air has become an increasing environmental and health concern. Legislation controlling the emissions of air pollutants (VOC, toxics and odor) has proliferated. In recent years, biological techniques have been applied more frequently to control these emissions, because they eliminate many of the drawbacks of classical physical–chemical techniques. Different waste Gases require different strategies for optimal and sustainable Purification. Biological treatment provides an expanding variety of opportunities for economical and environmentally friendly solutions for many waste Gas emissions. In Europe, a significant body of knowledge and experience has been generated on biological waste Gas Purification. Examples of some interesting developments and new applications of biological waste Gas treatment systems in Europe during the last 5 years are presented in this paper.
Ömer Ersoy - One of the best experts on this subject based on the ideXlab platform.
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The Environmental Importance of Flue Gas Purification Systems; Case of Yatağan Thermal Power Station, pages: 571-577
2017Co-Authors: Ömer Ersoy, Mahmut Özbay, Filiz Çetinkaya Karafaki, Demet ErolAbstract:During the production of energy from large combustion plants will cause the combustion process to air pollution stands out various Gases. That Gases are quite harmful on the urban ecosystem. Wet flue Gas desulphurisation systems are preferred because of their applicability and easily operable structures without a deep information. The Station flue Gas Purification systems are designed as a Gas desulphurisation process. Each of these units has their own chimney and fluePurification systems. In flue Gas Purification systems, SO 2 , SO 3 , dust and heavy metals are purified. SO 2 which occurs by fuel burning can be increased in flue Gas Purification systems with 98% efficiency. The process is worked on the basis of spraying the lime milk produced by grinding the limestone in the mill and mixing it with water, into the waste Gas in the washing tower. The lime milk polluted after spraying process is segregated by way of hydro cyclones and discarded. The lime milk which diminishes is taken from the stock tank and given to the system. SO 2 Gas which enters in the flue Gas Purification system can be increased to 500 mg/Nm 3 . It is seen how important the Gas desulphurisation process in preventing environment pollution and for a healty landscape. This study has been presented at the II. International Sustainable Buildings Symposium in the same form.
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The Environmental Importance of Flue Gas Purification Systems; Case of Yatağan Thermal Power Station
2017Co-Authors: Ömer ErsoyAbstract:During the production of energy from large combustion plants will cause the combustion process to air pollution stands out various Gases. That Gases are quite harmful on the urban ecosystem. Wet flue Gas desulphurisation systems are preferred because of their applicability and easily operable structures without a deep information. The Station flue Gas Purification systems are designed as a Gas desulphurisation process. Each of these units has their own chimney and fluePurification systems. In flue Gas Purification systems, SO 2 , SO 3 , dust and heavy metals are purified. SO 2 which occurs by fuel burning can be increased in flue Gas Purification systems with 98% efficiency. The process is worked on the basis of spraying the lime milk produced by grinding the limestone in the mill and mixing it with water, into the waste Gas in the washing tower. The lime milk polluted after spraying process is segregated by way of hydro cyclones and discarded. The lime milk which diminishes is taken from the stock tank and given to the system. SO 2 Gas which enters in the flue Gas Purification system can be increased to 500 mg/Nm 3 . It is seen how important the Gas desulphurisation process in preventing environment pollution and for a healty landscape. This study has been presented at the II. International Sustainable Buildings Symposium in the same form.
W U Xizhang - One of the best experts on this subject based on the ideXlab platform.
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economic comparison between two Gas Purification process selexol and rectisol
Chemical Techno-Economics, 2007Co-Authors: W U XizhangAbstract:To introduce two Gas Purification processes-Selexol(dimethy ether of polyethylene glycol,commodity code NHD)and Rectisol(low temperature methanol scrubbing). To make economic comparison between them. The result is that Selexol process has competitive advantage in terms of equipment,license fee,total cost and operation fee etc.It will be much favorable by using improved NHD process with independent IPR.
Wu Xi-zhang - One of the best experts on this subject based on the ideXlab platform.
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Economic Comparison Between Two Gas Purification Process——Selexol and Rectisol
Chemical Techno-Economics, 2007Co-Authors: Wu Xi-zhangAbstract:To introduce two Gas Purification processes-Selexol(dimethy ether of polyethylene glycol,commodity code NHD)and Rectisol(low temperature methanol scrubbing). To make economic comparison between them. The result is that Selexol process has competitive advantage in terms of equipment,license fee,total cost and operation fee etc.It will be much favorable by using improved NHD process with independent IPR.
Niu Yan-x - One of the best experts on this subject based on the ideXlab platform.
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Study on Coke-oven Gas Purification Process
2010Co-Authors: Niu Yan-xAbstract:Facing greater and greater pressures from environment and energy, it is very necessary to improve traditional coke -oven Gas Purification process to reduce the discharging of toxic pollutants in coking process offGas. This paper expounds some pollutants produced in the production process of coking plant, and puts forward a new coke-oven Gas Purification process, which searches out a new path for solving the difficult problem of treating coke-oven Gas.
