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#Dominican #Republic #Water from Air Resource Charts

19/3/2013

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Picture: Dominican Republic map
Locations of Puerto Plata and Santa Domingo in the Dominican Republic (Source: Google Maps)
Water-from-Air Resource Charts are available for Puerto Plata and Santa Domingo in the Dominican Republic. Climate classifications for the sites are:
Puerto Plata (14 m above sea level) - equatorial | fully humid
Santa Domingo (14 m above sea level) - equatorial | winter dry

Both sites are excellent for the operation of water-from-air systems (atmospheric water generators). Monthly details are in the charts.
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#Panama #Water from Air Resource Charts

19/3/2013

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Picture: Map of Panama
Locations of Panama City and Santiago in Panama (Source: Google Maps)
Water-from-Air Resource Charts are available for Panama City and Santiago in Panama. Climate classifications are:
  • Panama City (13 m above sea level) - equatorial | monsoonal
  • Santiago (87 m above sea level) - equatorial | fully humid
Both sites are excellent for water-from-air machines (atmospheric water generators). Monthly details are in the charts.
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#Ghana #Water from Air Resource Charts

19/3/2013

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Picture: Map of Ghana
Locations of Accra and Axim (marker 'A') in Ghana (Source: Google Maps)
Water-from-Air Resource Charts are available for Accra and Axim, Ghana. Climate classifications are:
  • Accra (68 m above sea level) - equatorial | winter dry
  • Axim (39 m above sea level) - equatorial | monsoonal
Both are excellent sites for the operation of water-from-air systems (atmospheric water generators). Please see monthly details in the charts.



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#Malawi #Water from Air Resource Charts

19/3/2013

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Picture: Map of Malawi
Locations of Lilongwe and Zomba in Malawi ( Source: Google Maps)
Water-from-Air Resource Charts are available for Lilongwe and Zomba, Malawi. Climate classes are:

  • Lilongwe (1132 m above sea level) - warm temperate | winter dry | hot summer
  • Zomba (957 m above sea level) - equatorial | winter dry

On an annual basis, Lilongwe is a fair site for operation of water-from-air machines while Zomba is a good site. Detailed information useful for planning deployment of atmospheric water generators (AWGs) is given in the charts.
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#Gabon #Water from Air Resource Charts

19/3/2013

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Picture: Map of Gabon
Locations of Libreville and Port-Gentil, Gabon (Source: Google Maps)
Water-from-air resource charts are available for Libreville and Port-Gentil, Gabon. These two locations are excellent for the operation of water-from-air systems (atmospheric water generators). Libreville has an equatorial | monsoon climate while Port-Gentil has an equatorial | winter dry climate. Detailed monthly information useful for deployment of atmospheric water generators (AWGs) is given in the charts.
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#Jordan #Water from Air Resource Charts

1/3/2013

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Picture: Map of Jordan
Map of Jordan (Source: Google Maps)
Water-from-Air Resource charts are available for seven locations in Jordan: Al Aqabah, Al Mafraq, Amman, Irbid, Ma'an, Mahattat al Hafif, and Mahattat al Jufur. These sites are representative of the five Köppen-Geiger climate classes in Jordan. Several sites are at relatively high altitudes (shown in brackets following site name). The water-from-air resource decreases with altitude.

BSh (arid | steppe | hot arid): Amman (772 m)

BSk (arid | steppe | cold arid): Al Mafraq (686 m)

BWh (arid | desert | hot arid): Al Aqabah (50 m), Mahattat al Hafif (669 m), Mahattat al Jufur (687 m)

BWk (arid | desert | cold arid): Ma'an (1069 m)

Csa (warm temperate | summer dry | hot summer): Irbid (618 m)

Conditions for operating atmospheric water generators (AWGs) in Jordan range from poor to good on a monthly basis depending on location, season, and altitude. Please see charts for details.
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    Roland Wahlgren

    I have been researching and developing drinking-water-from-air technologies since 1984. As a physical geographer, I strive to contribute an accurate, scientific point-of-view to the field.

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