Desalination Technology in South Korea
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Emerging Technologies for High Recovery Processing
ABSTRACT:
The history of high recovery processing is one of high costs and limited markets. Beginning in about 2008, perceptions were that the marketplace could significantly increase due to new applications in the unconventional oil and gas industry. In addition, markets could grow due to increased interest in industrial water reuse and increased regulation of wastewater disposal. As a result, many companies began looking at ways to lower costs through development of alternative technologies or modification of existing technologies. The purpose of the project was to assess the status and potential of the technologies to impact high recovery processing. To do this, information was gathered about both the technologies and the companies involved in their development. The assessment was done twice over a period of two years in order to observe and document progress and changes. While various technical innovations have been made resulting reducing costs, there has been little impact on the marketplace. The perceptions of 2008 have not been realized and along with other reasons, the markets are still limited. The largest potential impact technology was reasoned to be high recovery RO systems
Emerging Technologies for High Recovery Processing
ABSTRACT:
The history of high recovery processing is one of high costs and limited markets. Beginning in about 2008, perceptions were that the marketplace could significantly increase due to new applications in the unconventional oil and gas industry. In addition, markets could grow due to increased interest in industrial water reuse and increased regulation of wastewater disposal. As a result, many companies began looking at ways to lower costs through development of alternative technologies or modification of existing technologies. The purpose of the project was to assess the status and potential of the technologies to impact high recovery processing. To do this, information was gathered about both the technologies and the companies involved in their development. The assessment was done twice over a period of two years in order to observe and document progress and changes. While various technical innovations have been made resulting reducing costs, there has been little impact on the marketplace. The perceptions of 2008 have not been realized and along with other reasons, the markets are still limited. The largest potential impact technology was reasoned to be high recovery RO systems
Trends and Perspectives In Industrial Water Treatment
Introduction
Water is vital for industry, both at the national and at the international level. The water technology of the industrial sector differs fundamentally from that of the municipal sector as a function of the specific needs of each sector. In the industrial sector, these requirements vary strongly between industries and locations so that standardized solutions are not possible (cf. Fig. 1). Rather, the different needs call for a combination of methodical/technical know-how and customized process technology. In view of the close interaction between production and water technology, integrative technologies and management systems are called for. An integrated, sustainable industrial water management curbs the dependency on natural water resources and other influencing factors such as energy or the regulatory framework. It is therefore not only relevant for the domestic market, but also boosts the export of technologies, equipment, engineering and other services and enhances the competitiveness of German companies in the international markets. The Process Net Subject Division “Production-integrated Water and Waste Water Technology” examines the state of-the-art of science and technology and new perspectives in the field of production-integrated (waste) water treatment. The division’s aim is to integrate the industrial utilization of water into the entire water economy with consideration of sociological effects and to consistently improve its ecological and economic efficiency. The Subject Division offers a forum for the interdisciplinary exchange of ideas and experiences among experts from industrial production, process development, environmental technology, plant engineering and construction as well as from engineering contractors, associations and the relevant authorities. In the process, new needs for R&D and application are identified and the technology transfer from scientific research to commercial implementation is promoted. r aus der Wissenschaft in die industrielle Praxis gefördert.
Trends and Perspectives In Industrial Water Treatment
Introduction
Water is vital for industry, both at the national and at the international level. The water technology of the industrial sector differs fundamentally from that of the municipal sector as a function of the specific needs of each sector. In the industrial sector, these requirements vary strongly between industries and locations so that standardized solutions are not possible (cf. Fig. 1). Rather, the different needs call for a combination of methodical/technical know-how and customized process technology. In view of the close interaction between production and water technology, integrative technologies and management systems are called for. An integrated, sustainable industrial water management curbs the dependency on natural water resources and other influencing factors such as energy or the regulatory framework. It is therefore not only relevant for the domestic market, but also boosts the export of technologies, equipment, engineering and other services and enhances the competitiveness of German companies in the international markets. The Process Net Subject Division “Production-integrated Water and Waste Water Technology” examines the state of-the-art of science and technology and new perspectives in the field of production-integrated (waste) water treatment. The division’s aim is to integrate the industrial utilization of water into the entire water economy with consideration of sociological effects and to consistently improve its ecological and economic efficiency. The Subject Division offers a forum for the interdisciplinary exchange of ideas and experiences among experts from industrial production, process development, environmental technology, plant engineering and construction as well as from engineering contractors, associations and the relevant authorities. In the process, new needs for R&D and application are identified and the technology transfer from scientific research to commercial implementation is promoted. r aus der Wissenschaft in die industrielle Praxis gefördert.
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