Minister Hernán de Solminihac visited city of Ashkelon plant: MOP reviews
Friday, November 19, 2010
Israeli desalination model
Chile
private operator receives a fixed payment for each meter of the Treasury cubic meter of water produced by the State and then transfer it and sell in different parts of the country.
GUTIÉRREZ MARCO V.
In the city of Ashkelon, Israel, Minister of Public Works, Hernán de Solminihac, reviewed how the desalination plant operates IDE Technologies, which supplies 15% of drinking water consumed in this nation. This as part of a series of activities conducted, during a tour with Digital Country Foundation, for more background to this technology and its implementation more intensive study in northern Chile, where water resources are insufficient to cover human consumption and production demand, especially in the mining sector and its future investments.
De Solminihac said the Israeli model relative to the Ashkelon desalination plant is based on a design contract, construction, operation and transfer of the plant, which was contracted to private for a period of 25 years. At the same time, the Treasury pays the company a fixed price of $ 0.53 per cubic meter during that time and, in parallel, the State is responsible for the transfer and sale of products to the different areas of the country.
Minister during 2011 is expected to have a definition of how to improve water supply in areas of greatest shortage in our country. "We will study the alternatives and see if this is the best economical solution to increase water availability in the north," he said. state subsidies that would involve the implementation of new desalination plants would be the issue that most worries the local authorities, business sources commented that seek to promote this technology. With
tour the facility in Ashkelon, De Solminihac talks with Israeli Infrastructure Minister, Uzi Landau, who addressed the issue of desalination, construction of hospitals and sewage treatment, which in 90% are reused, mainly in irrigation work.
60% of drinking water consumed in Antofagasta
is desalinated. 2013 100% of that city would be covered by plants
Aguas Antofagasta. Four
desalination plants, at least driving companies to Atacama. Source: Spread this article freely SEE, THINK, WRITE. Greetings
Rodrigo González Fernández Diploma in Corporate Social Responsibility "UN Diploma in Knowledge Management" UN
Chile
private operator receives a fixed payment for each meter of the Treasury cubic meter of water produced by the State and then transfer it and sell in different parts of the country.
GUTIÉRREZ MARCO V.
In the city of Ashkelon, Israel, Minister of Public Works, Hernán de Solminihac, reviewed how the desalination plant operates IDE Technologies, which supplies 15% of drinking water consumed in this nation. This as part of a series of activities conducted, during a tour with Digital Country Foundation, for more background to this technology and its implementation more intensive study in northern Chile, where water resources are insufficient to cover human consumption and production demand, especially in the mining sector and its future investments.
De Solminihac said the Israeli model relative to the Ashkelon desalination plant is based on a design contract, construction, operation and transfer of the plant, which was contracted to private for a period of 25 years. At the same time, the Treasury pays the company a fixed price of $ 0.53 per cubic meter during that time and, in parallel, the State is responsible for the transfer and sale of products to the different areas of the country.
Minister during 2011 is expected to have a definition of how to improve water supply in areas of greatest shortage in our country. "We will study the alternatives and see if this is the best economical solution to increase water availability in the north," he said. state subsidies that would involve the implementation of new desalination plants would be the issue that most worries the local authorities, business sources commented that seek to promote this technology. With
tour the facility in Ashkelon, De Solminihac talks with Israeli Infrastructure Minister, Uzi Landau, who addressed the issue of desalination, construction of hospitals and sewage treatment, which in 90% are reused, mainly in irrigation work.
60% of drinking water consumed in Antofagasta
is desalinated. 2013 100% of that city would be covered by plants Aguas Antofagasta. Four
desalination plants, at least driving companies to Atacama. Source: Spread this article freely SEE, THINK, WRITE. Greetings
Rodrigo González Fernández Diploma in Corporate Social Responsibility "UN Diploma in Knowledge Management" UN
www.consultajuridica.blogspot.com
www.el-observatory
politico.blogspot.com
www.lobbyingchile.blogspot.com
www.calentamientoglobalchile.blogspot.com
CEL: 93934521
Santiago-Chile Apply our training courses and consultancy LEADERSHIP - KNOWLEDGE MANAGEMENT - CORPORATE SOCIAL RESPONSIBILITY - LOBBY - RENEWABLE ENERGY, consulting nationally and internationally and are available for OTEC Y OTIC in Chile
Monday, November 15, 2010
Milena Velba With Izabel
seek to complement the initiatives of water use efficiency to meet future new sources of supply déficitEncontrar guide research on water
Finding new sources of supply guide research on water
Karen Rivers
The uptake of water in the atmosphere as a mist; desalination of sea water and reuse of this resource, are some of the lines being developed in the country in search of new sources of supply or the efficient use of water.
Climate change and variability of rainfall patterns in different parts of the country require Chile to increase its capacity innovative to ensure that this opportunity will also serve to improve the competitiveness of productive sectors such as mining and agribusiness, are and will be major consumers of this water resource.
According to a study by the National Water Directorate (DGA), which dates from 2008, the demand from these sectors (adding to the forest, water and industry too) is of 896 m3 / s in 25 years, ie, water consumption would register an increase of 32.5%. "innovation, especially technological permananente is an action that should guide research to regional and local governments to implement policies and regulations to ensure sustainability of water resources for future generations, "said Jorge Olavarria, director of the newly opened Center for Research and Development in Water Resources (Ciderh) in the Atacama.
investigations that seek to highlight not only the large scale, because even small amounts of "new" water are not negligible, according to experts. According
Cerda, a professor at the Catholic University of Valparaiso and expert in hydraulic engineering, there are already success stories of rainwater catchment in each home, from roofs, for home consumption (called "rainwater harvesting").
Another interesting option, says this scholar, is the reuse of water for uses other than direct human consumption, such as irrigation of public gardens or washing cars.
"A comparison of investment and operating costs between fresh water reuse can be the basis for negotiation between a healthcare organization which provides drinking water to the city and other agricultural needs water for irrigation, which can be treated" says. 
extreme shortage
seek to complement the initiatives of water efficiency to address future deficits
Finding new sources of supply guide research on water
Karen Rivers
The uptake of water in the atmosphere as a mist; desalination of sea water and reuse of this resource, are some of the lines being developed in the country in search of new sources of supply or the efficient use of water.
Climate change and variability of rainfall patterns in different parts of the country require Chile to increase its capacity innovative to ensure that this opportunity will also serve to improve the competitiveness of productive sectors such as mining and agribusiness, are and will be major consumers of this water resource.
According to a study by the National Water Directorate (DGA), which dates from 2008, the demand from these sectors (adding to the forest, water and industry too) is of 896 m3 / s in 25 years, ie, water consumption would register an increase of 32.5%. "innovation, especially technological permananente is an action that should guide research to regional and local governments to implement policies and regulations to ensure sustainability of water resources for future generations, "said Jorge Olavarria, director of the newly opened Center for Research and Development in Water Resources (Ciderh) in the Atacama.
investigations that seek to highlight not only the large scale, because even small amounts of "new" water are not negligible, according to experts. According
Cerda, a professor at the Catholic University of Valparaiso and expert in hydraulic engineering, there are already success stories of rainwater catchment in each home, from roofs, for home consumption (called "rainwater harvesting").
Another interesting option, says this scholar, is the reuse of water for uses other than direct human consumption, such as irrigation of public gardens or washing cars.
"A comparison of investment and operating costs between fresh water reuse can be the basis for negotiation between a healthcare organization which provides drinking water to the city and other agricultural needs water for irrigation, which can be treated" says.
The northern part of Chile is the one that summons much of the research, following acute water scarcity and high demand performing
mining. "Innovation plays an important role there in the entire water cycle: in addition to the generation of new sources, is also in the technologies for recycling, decontamination, storage and transportation," says Marcela Angulo, environmental manager , Energy and Chemical Metrology of Fundación Chile.
Under this scenario, the institution has just announced the AcquaAtacama project that will develop with the French group Vinci, which intends to install a flexible underwater megatubería with which transport fresh water from the central-south to supply the north of the country. The projection is that they start to materialize in five years.innovation applied in this case, they say, allow the water to reach half the price and a tenth of the carbon footprint than records obtained by desalination.
Other investigations are being implemented in specialized centers, such as Ciderh (which is supported by CONYCIT) and the Technology Research Center for Water in the Desert (Ceitzasa), with contributions exceeding $ 1,500 million.The priority in these establishments is to discover and designing new technologies, and help the efficient management of this resource, also for building and improving desalination, or even on those who propose secondary wastewater treatment for use in mining.
Human Capital
To ensure the generation of innovative projects in the fields of water, experts say should be strengthened professionals with advanced knowledge in geology, hydrology, hydrogeology, and hydrochemistry, as they are the human capital for this task.
The mission is encouraged to develop an innovative and entrepreneurial spirit allowing them to generate research projects on this subject once they enter a particular branch of research and acquire new skills.
Source:
Spread this article
freely SEE, THINK, WRITE. Greetings
Rodrigo González Fernández
Diploma in Corporate Social Responsibility "UN
Diploma in Knowledge Management" UN
www.consultajuridica.blogspot.com
politico.blogspot www.el-observatory . com
www.lobbyingchile.blogspot.com www.calentamientoglobalchile.blogspot.com
www.respsoem.blogspot.com
CEL: 93934521 Santiago-Chile
Apply for our training courses and consultancy LEADERSHIP - KNOWLEDGE MANAGEMENT - CORPORATE SOCIAL RESPONSIBILITY - LOBBY - RENEWABLE ENERGY, consulting nationally and internationally and are available for OTEC Y OTIC in Chile
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